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Journal of Spine Research
Volume 6, Issue 3 / 2015
English Article 
Japanese Article- Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.
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On holding the 44th Japan backbone myelopathy society arts and sciences meeting 田口敏彦 Journal of Spine Research 6(3): (1)-(1), 2015. |
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1-1-S1-1. It is tried the myelopathy-related algetic quantitative evaluation using fMRI for the patients after the spinal cord intramedullary tumor technique 堀内陽介1,2, 岩波明生1, 小牧裕司3, 辻収彦4, 許斐恒彦5, 藤吉兼浩5, 百島祐貴6, 松本守雄1, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 199-199, 2015. |
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1-1-S1-2. An effect and the mechanism of action of calcium channel α 2 δ -1 subunit agonist for the myelopathy-related pain 橘俊哉1, 楠山一樹1, 圓尾圭史1, 井上真一1, 有住文博1, 山中博樹2, 野口光一2, 吉矢晋一1 Journal of Spine Research 6(3): 199-199, 2015. |
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1-1-S1-3. Surgery results of the buttocks cutaneous nerve disorder 青田洋一1, 國谷洋2, 紺野智之2, 河井卓也1, 佐藤雅経1, 小林洋介1, 齋藤知行2 Journal of Spine Research 6(3): 200-200, 2015. |
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1-1-S1-4. It is results after the symptom and the operation of the intervertebral disk-related low back pain 大鳥精司, 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 山内かづ代, 藤本和輝, 志賀康浩, 鈴木都, 阿部幸喜, 木下英幸, 金本洋人, 高橋和久 Journal of Spine Research 6(3): 200-200, 2015. |
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1-1-S1-5. Examination of the combined modality therapy dropout case for the backbone-related intractable pain in the Okayama University Hospital 鉄永倫子, 田中雅人, 杉本佳久, 荒瀧慎也, 瀧川朋亨, 尾崎敏文 Journal of Spine Research 6(3): 201-201, 2015. |
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1-1-S1-6. A characteristic of the low back pain of the Parkinson's disease patients: From a viewpoint of orthopedics and the neurology 渡辺慶1, 下畑享良2, 平野徹1, 勝見敬一1, 大橋正幸1, 西澤正豊2, 遠藤直人1 Journal of Spine Research 6(3): 201-201, 2015. |
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1-1-DB1-1. Decompression correction fixation is superior in a denaturing sliding symptom of the elderly aged 75 or over 佐野茂夫 Journal of Spine Research 6(3): 202-202, 2015. |
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1-1-DB1-2. An elderly aged 75 or over denaturation sliding symptom: From the situation of the fixation 金山雅弘, 橋本友幸, 大羽文博, 岩田玲, 遠田慎吾, 田代薫, 渡辺尭仁 Journal of Spine Research 6(3): 202-202, 2015. |
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1-1-DB1-3. Treatment result of the backbone endoscopic operation for the elderly aged 75 or over denaturation sliding symptom 山田宏, 吉田宗人, 橋爪洋, 南出晃人, 中川幸洋, 西秀人, 岩崎博, 筒井俊二, 岡田基宏, 中尾慎一, 岡田紗枝 Journal of Spine Research 6(3): 203-203, 2015. |
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1-1-DB1-4. Look at the microscope for the spinal canal stenosis associated with the elderly aged 75 or over denaturation sliding symptom; including lower rear decompression - midline invasion, importance of the intervertebral joint preservation by the ligamentum flavum group excision - 藤原靖 Journal of Spine Research 6(3): 203-203, 2015. |
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1-1-LS1. It is advantage and fault ... of OLIF/XLIF from renaissance - MIS Vertebrectomy of the chest lumbar vertebrae front law 田中雅人 Journal of Spine Research 6(3): 204-204, 2015. |
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Chairman lecture. Reassessment of Staging Classification for Cervical Spondylotic Myelopathy 田口敏彦 Journal of Spine Research 6(3): 204-204, 2015. |
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Special lecture. Shoin Yoshida view of life and death of "Ryukonroku" 古川薫 Journal of Spine Research 6(3): 205-205, 2015. |
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1-1-S2-1. Comparison between backward decompression fixation and vertebral arch plastic surgery ... by ... three dimensions image analysis that the ossification nest extension of the cervical vertebrae posterior longitudinal ligament osteosis is inhibited by spinal fusion 勝見敬一1, 平野徹1, 渡辺慶1, 大橋正幸1, 遠藤直人1, 和泉智博2, 伊藤拓緯3 Journal of Spine Research 6(3): 205-205, 2015. |
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1-1-S2-2. The condition of a patient elucidation by intraspinal stress analysis - simulation using the finite element method possibility or - 西田周泰1, 寒竹司1, 今城靖明1, 鈴木秀典1, 吉田佑一郎1, 加藤圭彦2, 田口敏彦1 Journal of Spine Research 6(3): 206-206, 2015. |
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1-1-S2-3. Efforts for the personalized medicine realization for pubertal idiopathic scoliosis 松本守雄1, 渡辺航太1, 高橋洋平1, 小倉洋二1, 三宅敦1, 戸山芳昭1, 川上紀明2, 辻太一2, 宇野耕吉3, 鈴木哲平3, 伊東学4, 須藤英毅5, 種市洋6, 柳田晴久7, 南昌平8, 小谷俊明8, 河野克己9, 米澤郁穂10, 池川志郎11, 長嶋比呂志12, 梅山一大12, 西脇祐司13, 道川武紘14 Journal of Spine Research 6(3): 206-206, 2015. |
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1-1-S2-4. Chemonucleolysis of chondriase for lumbar disc herniation - prospective rundamaized study - 松山幸弘1, 千葉一裕2, 岩田久3, 戸山芳昭4 Journal of Spine Research 6(3): 207-207, 2015. |
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1-1-S2-5. Risk factor of the low back pain to perform of persistence postoperatively of the lumbar spinal canal stenosis 山田宏1, 吉田宗人1, 橋爪洋1, 南出晃人1, 中川幸洋1, 西秀人1, 岩崎博1, 筒井俊二1, 岡田基宏1, 中尾慎一1, 岡田紗枝1, 岡敬之2 Journal of Spine Research 6(3): 207-207, 2015. |
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1-1-S2-6. The relations of low back pain and marrow edema associated with elderly people lumbar spine degeneration scoliosis: Crossing observational study 山田清貴, 藤本吉範, 鈴木修身, 橋本貴士, 中前稔生, 松浦正己, 森迫泰貴 Journal of Spine Research 6(3): 208-208, 2015. |
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1-2-M1-1. Adaptation and limit of the percutaneous vertebral body plastic surgery for the paralysis tardive after the osteoporotic backbone vertebral body bone fracture 中前稔生, 藤本吉範, 山田清貴, 鈴木修身, 橋本貴士, 松浦正巳, 森迫泰貴 Journal of Spine Research 6(3): 208-208, 2015. |
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1-2-M1-2. Adaptation and limit of the vertebral body plastic surgery for the tardive paralysis after the chest lumbar vertebrae transitional region osteoporosis vertebral body bone fracture 武政龍一, 喜安克仁, 公文雅士, 田所伸朗, 川崎元敬, 池内昌彦 Journal of Spine Research 6(3): 209-209, 2015. |
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1-2-M1-3. Adaptation and limit of the backward fixed combination vertebral body plastic surgery for the osteoporotic vertebral body crush injury 勝見敬一1, 平野徹1, 渡辺慶1, 大橋正幸1, 渋谷洋平1, 遠藤直人1, 山崎昭義2, 溝内龍樹2, 伊藤拓緯3, 澤上公彦3, 佐野敦樹4, 菊地廉5 Journal of Spine Research 6(3): 209-209, 2015. |
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1-2-M1-4. Backward reconstruction using the cuboid cage for the tardive paralysis by the osteoporotic vertebral body crush injury 鈴木哲哉1, 石河紀之1, 阿部栄二2, 宮腰尚久3, 村井肇2, 小林孝2, 阿部利樹2, 江畑公仁男4, 粕川雄司3, 島田洋一3 Journal of Spine Research 6(3): 210-210, 2015. |
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1-2-M1-5. Comparison with backward approach spinal column reconstruction - anteroposterior one reconstruction operation for the osteoporotic vertebral body bone fracture, multicenter study - 吉井俊貴1, 坂井顕一郎2, 角谷智1, 山田剛史1, 猪瀬弘之1, 友利正樹2, 加藤剛1, 川端茂徳1, 新井嘉容2, 佐藤浩一2, 大川淳1 Journal of Spine Research 6(3): 210-210, 2015. |
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1-2-M1-6. Adaptation of various technique for the paralysis tardive after the osteoporotic backbone vertebral body bone fracture and ASF by limit - equivalence practiced hand, backward fixation, comparison - of the PSO, MISt60 case 田村睦弘, 長張浩昌, 石井文久, 馬嶋正和, 野中康臣 Journal of Spine Research 6(3): 211-211, 2015. |
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1-2-M2-1. Characteristic of CMCT by the disorder high rank in the cervical compression myelosis 舩場真裕1, 寒竹司2, 今城靖明2, 鈴木秀典2, 吉田佑一郎2, 西田周泰2, 田口敏彦2 Journal of Spine Research 6(3): 211-211, 2015. |
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1-2-M2-2. Evaluation of the cervical vertebrae compression myelosis by high-resolution Diffusion Tensor Imaging using the local excitation method 牧聡1, 國府田正雄1, 及川泰宏1, 古矢丈雄1, 稲田大悟1, 神谷光史郎1, 大田光俊1, 高橋和久1, 山崎正志2 Journal of Spine Research 6(3): 212-212, 2015. |
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1-2-M2-3. Development - of the function rating system of establishment - corticospinal tract of brain, the spinal neurologic function rating system by the nerve imaging using the functional MRI 高澤英嗣1, 花川隆2, 設楽仁1, 角田大介1, 三枝徳栄1, 飯塚陽一1, 飯塚伯1, 高岸憲二1 Journal of Spine Research 6(3): 212-212, 2015. |
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1-2-M2-4. Intactness usability test ... by nerve electric activity - Magnetospinography with the cervical vertebrae intervertebral foramen 角谷智, 川端茂徳, 牛尾修太, 山田剛史, 猪瀬弘之, 吉井俊貴, 加藤剛, 榎本光裕, 大川淳 Journal of Spine Research 6(3): 213-213, 2015. |
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1-2-M2-5. Change (about the association with the step) of the walk backbone sagittal section alignment of patients with cyrtosis 遠藤健司, 鈴木秀和, 西村浩輔, 依藤麻紀子, 村田寿馬, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 213-213, 2015. |
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1-2-M2-6. Change ... by healthy Japanese total spinal anesthesia erecting the first pillar rank alignment - normal by new two directions simultaneous slot-scanning X-ray Imager (EOS) and the age 長谷川和宏1, 岡本昌士1, 下田晴華1, 石井圭史1, 小野真稔1, 本間隆夫1, 平野徹2, 渡辺慶2 Journal of Spine Research 6(3): 214-214, 2015. |
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1-2-IL1. Transition to chronic pain : Predictors and consequences Apkar Vania Apkarian Journal of Spine Research 6(3): 214-214, 2015. |
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1-2-LS2. A maneuver and problems of the lumbosacral spine fixation 川上紀明 Journal of Spine Research 6(3): 215-215, 2015. |
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1-2-IL2. Cervical Deformity : Evaluation, Avoidance, and Treatment Jeffrey C. Wang Journal of Spine Research 6(3): 215-215, 2015. |
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1-2-IL3. Surgery of Upper Cervical Spine - overview Petr Suchomel Journal of Spine Research 6(3): 216-216, 2015. |
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1-3-M3-1. Regional alliances pass for the osteoporotic vertebral body bone fracture that used teriparatide once a week preparation together with Balloon kyphoplasty 小谷俊明, 赤澤努, 佐久間毅, 根本哲治, 飯島靖, 嶋田洋平, 南昌平 Journal of Spine Research 6(3): 216-216, 2015. |
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1-3-M3-2. After the osteoporotic backbone vertebral body bone fracture examination - about the skeletal muscle mass of patients who received prevalence - BKP (Balloon Kyphoplasty) of the sarcopenia in the protraction healing case 安岡宏樹1, 今林英明2, 朝妻孝仁3 Journal of Spine Research 6(3): 217-217, 2015. |
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1-3-M3-3. Surgery results of the backward fixation for the Osteoporotic vertebral body bone fracture and examination of the technique 美馬雄一郎, 篠崎義雄, 小林喜臣, 高橋洋平, 西田光宏, 小川潤 Journal of Spine Research 6(3): 217-217, 2015. |
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1-3-M3-4. The correction fixation to a pelvis is necessary for kyphos transformation symptom treatment by the malunion after the osteoporotic vertebral body bone fracture 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 安田達也, 大江慎, 山田智裕, 中井慶一, 坂野友啓, 有馬秀幸, 松山幸弘 Journal of Spine Research 6(3): 218-218, 2015. |
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1-3-M3-5. A treatment result of the chest lumbar vertebrae fixation for elderly people: Comparison of a young old and the elderly aged 75 or over 蔵川拓外1, 宇野耕吉2, 鈴木哲平2, 宮本裕史3, 乾義弘2, 角谷賢一朗1, 西田康太郎1 Journal of Spine Research 6(3): 218-218, 2015. |
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1-3-M3-6. Vertebral arch plastic surgery - young old for the elderly aged 75 or over cervical spondylotic myelopathy, results comparison - with non-elderly people 町野正明1, 湯川泰紹2, 伊藤圭吾2, 片山良仁2, 松本智宏2, 井上太郎2, 大内田隼2, 富田桂介2, 今釜史郎1, 石黒直樹1, 加藤文彦2 Journal of Spine Research 6(3): 219-219, 2015. |
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1-3-M4-1. Long-term results out of one of operative treatment for the adult deformity of spine based on algorithm 長谷川和宏, 下田晴華, 本間隆夫, 石井圭史, 小野真稔 Journal of Spine Research 6(3): 219-219, 2015. |
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1-3-M4-2. - that it is a point that improves operative treatment - pelvic inclination of the adult deformity of spine 大和雄, 長谷川智彦, 小林祥, 安田達也, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 山田智裕, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 220-220, 2015. |
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1-3-M4-3. Medium-term results by the fixed range of the correction fixation for the adult deformity of spine 大森圭太1, 星野雅洋1, 松崎浩巳1, 五十嵐秀俊1, 鶴田尚志1, 山崎浩司1, 松本光司1, 根本泰寛2 Journal of Spine Research 6(3): 220-220, 2015. |
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1-3-M4-4. Attempt - to shorten the maximum correction of vertebral body osteotomy - local site for the adult deformity of spine and an as possible fixed range 中尾祐介, 佐野茂夫, 森井次郎 Journal of Spine Research 6(3): 221-221, 2015. |
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1-3-M4-5. Adaptation and limit of the small invasive surgery using XLIF and PPS for the adult deformity of spine 石原昌幸1, 齋藤貴徳1, 谷口愼一郎1, 谷陽一1, 朴正旭1, 飯田寛和2 Journal of Spine Research 6(3): 221-221, 2015. |
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1-3-M4-6. After the operation of the correction fixation that used XLIF/OLIF for the adult deformity of spine together comparison - with results - traditional approach 細金直文1, 渡辺航太2, 石井賢3, 今林英明1, 日方智弘3, 岡田英次朗4, 鈴木悟士3, 戸山芳昭3, 松本守雄3 Journal of Spine Research 6(3): 222-222, 2015. |
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1-3-IL4-1. Apical Derotation and Short Fusion in AIS using Pedicle screw-plate Spinal System Wiwat Wajanavisit Journal of Spine Research 6(3): 222-222, 2015. |
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1-3-IL4-2. Corrective Osteotomy for Cervical Spine Deformity Sang-Hun Lee Journal of Spine Research 6(3): 223-223, 2015. |
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1-3-LS3. Technique of endoscopic backbone technology authorization system and PED which we want to suppress to here 出沢明1,2 Journal of Spine Research 6(3): 223-223, 2015. |
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1-3-IL5. Engineering Recovery after Spinal Cord Injury Ranu Jung Journal of Spine Research 6(3): 224-224, 2015. |
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1-3-IL6. Design, Development and Evaluation of Innovative Fusion Augmenting Spinal Hardware - Are We Going Back to the Past with a Twist? Vijay K. Goel Journal of Spine Research 6(3): 224-224, 2015. |
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1-3-ES1. Pit fall in the lumbar vertebrae disease diagnosis 松本守雄 Journal of Spine Research 6(3): 225-225, 2015. |
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1-4-F1-1. The results that are five years or more after the operation of the microscope lower foraminotomy for lumbar vertebrae intervertebral foramen part stenosis 高橋佳史1, 山田賢太郎3, 松田英樹1, 曹寿憲1, 河野浩1, 中村博亮2 Journal of Spine Research 6(3): 225-225, 2015. |
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1-4-F1-2. Examination of the onset risk of intervertebral foramen stenosis to be found after the backward decompression for the lumbar spinal canal stenosis 河野浩1, 松田英樹1, ちょう寿憲1, 高橋佳史1, 織田一貴1, 山田賢太郎2, 中村博亮3 Journal of Spine Research 6(3): 226-226, 2015. |
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1-4-F1-3. We look at the microscope which can keep supraspinous ligament and interspinous ligaments, and can the lower one side approach both sides decompression fit lumbar spinal canal stenosis with the spinal column sagittal section mal-alignment? 加藤相勲1, 並川崇1, 松村昭1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 小西定彦2, 中村博亮3 Journal of Spine Research 6(3): 226-226, 2015. |
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1-4-F1-4. It is a clinical course after the operation of the least invasive spinous process vertical structure vertebral arch plastic surgery for the lumbar spinal canal stenosis 小倉卓1, 成田渉1, 高取良太2, 槇尾智1, 大澤透3, 原田智久4, 柳澤和芳5, 林田達郎1 Journal of Spine Research 6(3): 227-227, 2015. |
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1-4-F1-5. It is examined the persistence symptom after the operation of the lumbar spinal canal stenosis judging from endoscopic lower laminectomy 豊田宏光1, 堂園将1, 松本富哉2, 寺井秀富1, 鈴木亨暢1, 星野雅俊1, 玉井孝司1, 林和憲1, 中村博亮1 Journal of Spine Research 6(3): 227-227, 2015. |
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1-4-F1-6. Evaluation - second report ... of the superiority of the spinous process preservation by the one side approach both sides decompression for the lumbar spinal canal stenosis using JOABPEQ 畠山健次, 大内純太郎, 粟飯原孝人, 斎藤康文, 久保田元也, 漆原誠 Journal of Spine Research 6(3): 228-228, 2015. |
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1-4-F2-1. It is examined the reoperation case in the course case after endoscopic lower laminectomy (MEL) for the lumbar spinal canal stenosis more than three years 下田晴華, 長谷川和宏, 石井圭史, 小野真稔, 本間隆夫 Journal of Spine Research 6(3): 228-228, 2015. |
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1-4-F2-2. A medium-term treatment result of the midline approach endoscope lower decompression for the lumbar spinal canal stenosis and examination of image views 細井邦彦1, 長江将輝1, 外村仁1, 原田智久2, 北中重行1, 小池宏典1, 阪田宗弘1, 石橋秀信1, 池田巧3, 三上靖夫3, 久保俊一1 Journal of Spine Research 6(3): 229-229, 2015. |
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1-4-F2-3. A comparison between endoscopic lower laminectomy and spinous process vertical structure type vertebral arch plastic surgery for the lumbar spinal canal stenosis: Prospective controlled trial using Zurich claudication questionnaire 山屋誠司1, 中村聡2, 千田香織2, 岩城相光2, 酒勾章2, 佐藤俊一郎1, 服部弘之1, 山田登1, 岩井和夫1, 井樋栄二3 Journal of Spine Research 6(3): 229-229, 2015. |
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1-4-F2-4. After condition of a patient - low infestation decompression of the low back pain associated with the lumbar spinal canal stenosis more than three years from the examination of the course sighting - 北中重行1, 長江将輝1, 外村仁1, 原田智久2, 小池宏典1, 細井邦彦1, 阪田宗弘1, 石橋秀信1, 池田巧3, 三上靖夫3, 久保俊一1 Journal of Spine Research 6(3): 230-230, 2015. |
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1-4-F2-5. A property of the low back pain before and after the one side approach both sides decompression in the lumbar spinal canal stenosis and the change? ... situation, attempt ... of the evaluation by detailed VAS according to right and left 高橋宏1, 青木保親2, 寺島史明1, 中島新1, 園部正人1, 齊藤雅彦1, 中川量介1, 谷口慎治1, 山田学1, 高橋和久3, 中川晃一1 Journal of Spine Research 6(3): 230-230, 2015. |
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1-4-F2-6. Effect of the clinical path on low invasive lumbar vertebrae rear decompression 高橋郁子, 石川誠一, 伊藤拓緯, 澤上公彦 Journal of Spine Research 6(3): 231-231, 2015. |
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1-4-F3-1. Effect of the percutaneous vertebral body plastic surgery on tardive motor palsy 齊藤文則1, 高橋啓介2 Journal of Spine Research 6(3): 231-231, 2015. |
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1-4-F3-2. Usefulness and limit of the vertebral body plastic surgery (alone) for the neuropathy tardive after the osteoporotic backbone vertebral body bone fracture 星野雅俊1, 辻尾唯雄2, 加藤相勲3, 鈴木亨暢1, 松本富哉4, 豊田宏光1, 松村昭3, 寺井秀富1, 小西定彦5, 関昌彦2, 中村博亮1 Journal of Spine Research 6(3): 232-232, 2015. |
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1-4-F3-3. Examination of the sagittal section sequence after the vertebral body formation combination rear fixation for the osteoporotic vertebral body bone fracture that presented neurologic symptoms 織田格, 室田栄宏, 竹内宏仁, 大嶋茂樹, 鈴木勝, 藤谷正紀 Journal of Spine Research 6(3): 232-232, 2015. |
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1-4-F3-4. Adaptation and limit of the correction osteotomy for the tardive paralysis after the osteoporotic vertebral body bone fracture 上井浩1, 徳橋泰明1, 大島正史1, 間世田優文1, 澤田浩克1, 相馬大鋭1, 中島伸哉2 Journal of Spine Research 6(3): 233-233, 2015. |
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1-4-F3-5. A technique choice and treatment result for the deformity of spine derived from an osteoporotic vertebral body bone fracture 石川慶紀1, 宮腰尚久1, 鈴木哲哉2, 小林孝3, 安藤滋4, 斉藤公男5, 本郷道生1, 粕川雄司1, 工藤大輔1, 阿部栄二3, 島田洋一1 Journal of Spine Research 6(3): 233-233, 2015. |
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1-4-F3-6. Long-term results of the backbone rear retrenchment for the Osteoporotic vertebral body bone fracture in the chest lumbar vertebrae transitional region 上田修平1, 網代泰充1, 海老原貴之1, 徳橋泰明2, 松崎浩巳3, 中島伸哉4 Journal of Spine Research 6(3): 234-234, 2015. |
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1-4-LS4. Analysis of the central functional disorder pain patients using rs-fMRI 柴田政彦, 寒重之 Journal of Spine Research 6(3): 234-234, 2015. |
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1-4-F4-1. Adaptation and limit of the front reconstruction for the osteoporotic vertebral body crush injury 金山雅弘, 金田清志, 橋本友幸, 大羽文博, 岩田玲, 遠田慎吾, 田代薫, 渡辺尭仁 Journal of Spine Research 6(3): 235-235, 2015. |
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1-4-F4-2. Surgery strategy for the osteoporotic middle low rank lumbar vertebrae vertebral body bone fracture 網代泰充1, 海老原貴之1, 上田修平1, 立川裕一郎3, 沼口俊平4, 中島智直5, 徳橋泰明2 Journal of Spine Research 6(3): 235-235, 2015. |
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1-4-F4-3. Treatment result of the spinal column reconstruction for the osteoporotic vertebral body bone fracture 鈴木喜貴, 小原徹哉, 辻太一, 斎藤敏樹, 野原亜也斗, 田内亮吏, 瀧村浩介, 大田恭太郎, 川上紀明 Journal of Spine Research 6(3): 236-236, 2015. |
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1-4-F4-4. PLIF for the osteoporotic vertebral body bone fracture merger lumbar spinal canal stenosis 町野正明1, 湯川泰紹2, 神原俊輔2, 伊藤圭吾2, 片山良仁2, 松本智宏2, 井上太郎2, 大内田隼2, 富田桂介2, 今釜史郎1, 石黒直樹1, 加藤文彦2 Journal of Spine Research 6(3): 236-236, 2015. |
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1-4-F4-5. A surgery strategy and problems for the sagittal section imbalance associated with the osteoporotic multiple vertebral body bone fracture 西田康太郎1, 高田徹2, 角谷賢一朗1, 前野耕一郎1, 由留部崇1, 蔵川拓外1, 宮崎真吾1, 寺嶋良樹1, 伊藤雅明1, 黒坂昌弘1 Journal of Spine Research 6(3): 237-237, 2015. |
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1-4-F4-6. Pay the attention to alignment maintenance after treatment result - operation of the posterior spinal fusion for the osteoporotic vertebral body bone fracture; and - 茶川一樹, 山本学, 長弘行雄, 笈川哲也, 三原惇史, 住浦誠治 Journal of Spine Research 6(3): 237-237, 2015. |
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1-4-F5-1. Clinical results - multicenter study - of Balloon Kyphoplasty for the protraction healing after the osteoporotic chest lumbar vertebrae burst fracture 溝内龍樹1, 山崎昭義1, 和泉智博1, 田仕英希1, 勝見敬一2, 平野徹2, 渡辺慶2, 大橋正幸2, 渋谷洋平2, 遠藤直人2, 伊藤拓緯3, 澤上公彦3, 三浦一人4, 傳田博司5 Journal of Spine Research 6(3): 238-238, 2015. |
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1-4-F5-2. To decrease the postsurgical orthodontic treatment loss of the treatment result - vertebral body wedge form rate of Balloon Kyphoplasty for the osteoporotic vertebral body bone fracture; - 青木雅人1, 信清正典1, 西能健1, 川口善治2 Journal of Spine Research 6(3): 238-238, 2015. |
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1-4-F5-3. Is balloon kyphoplasty (BKP) using the PMMA for osteoporotic vertebral body bone fracture (OVF) effective? - ex-vivo and in-vivo studies - 町田正文1, 河合卓也2, 佐藤雅経2, 小林洋介2, 青田洋一2 Journal of Spine Research 6(3): 239-239, 2015. |
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1-4-F5-4. It is results after the operation of vertebral body plastic surgery alone for the pseudarthrosis and the combination fixation after the osteoporotic backbone vertebral body bone fracture 水溜正也, 岡嶋啓一郎, 福田和昭 Journal of Spine Research 6(3): 239-239, 2015. |
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1-4-F5-5. Comparison between Balloon Kyphoplasty and vertebral body plastic surgery using CPC for the osteoporotic vertebral body pseudarthrosis 辻尾唯雄1, 関昌彦1, 星野雅俊2, 中村博亮2 Journal of Spine Research 6(3): 240-240, 2015. |
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1-4-F5-6. Pay attention to examination - cement form of the radiographic course after the BKP surgery for the osteoporotic vertebral body bone fracture; and - 片山幹, 吉田真, 藤尾圭司 Journal of Spine Research 6(3): 240-240, 2015. |
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1-4-F6-1. Pseudarthrosis generating protective efficacy of day after day subcutaneous administration teriparatide for the risk of developing backbone vertebral body pseudarthrosis case by the MRI T2 classification 沼沢拓也1, 岩澤智宏1, 和田簡一郎2, 石橋恭之2 Journal of Spine Research 6(3): 241-241, 2015. |
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1-4-F6-2. Risk of developing vertebral body rear wall injury in the osteoporotic vertebral body bone fracture 星野雅俊1, 辻尾唯雄2, 寺井秀富1, 並川崇3, 加藤相勲3, 松村昭3, 鈴木亨暢1, 豊田宏光1, 高山和士4, 高岡邦夫2, 中村博亮1 Journal of Spine Research 6(3): 241-241, 2015. |
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1-4-F6-3. The algetic improvement course in the conservative treatment of the Osteoporotic vertebral body bone fracture and the clinical significance 柴尾洋介1, 竹内陽介1, 俣木優輝1, 酒井晋介3, 安部哲哉2, 坂根正孝2, 山崎正志2 Journal of Spine Research 6(3): 242-242, 2015. |
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1-4-F6-4. The examination of the property of the waist back pain with the osteoporosis without the bone fracture. From the multicenter prospective study of the 1st stomach Delon acid administration effect 藤本和輝, 大鳥精司, 稲毛一秀, 山内かづ代, 折田純久, 久保田剛, 西能健, 佐藤淳, 志賀康浩, 阿部幸喜, 金元洋人, 高橋和久 Journal of Spine Research 6(3): 242-242, 2015. |
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1-4-F6-5. Incidence of the cartilage end plate injury associated with the osteoporotic vertebral body bone fracture and the adjacent intervertebral disk disorder 藤原達彦1, 明田浩司2, 竹上徳彦2, 山田淳一2, 近藤哲士1, 須藤啓広2 Journal of Spine Research 6(3): 243-243, 2015. |
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1-4-F6-6. Prophylactic - with incidence and the medical treatment of the vertebral body bone fracture new after backward approach vertebral body replacement - operation for the osteoporotic vertebral body crush injury 村井肇1, 阿部栄二1, 小林孝1, 阿部利樹1, 菊池一馬1, 鈴木哲哉2, 島田洋一3, 宮腰尚久3 Journal of Spine Research 6(3): 243-243, 2015. |
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1-5-F7-1. Comparison - with the significance - natural history case of the atlantoaxial joint fixation for RA atlantoaxial joint front subluxation 平田裕亮1, 金山修一1, 鷲見正敏1, 乾義弘2, 宇野耕吉2, 由留部崇3, 西田康太郎3, 高山博行4, 原田俊彦4, 良川昌鳳5, 謝典穎5 Journal of Spine Research 6(3): 244-244, 2015. |
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1-5-F7-2. Examination - from multicenter prospective follow-up ten years for aggravation predictor - outpatients of the rheumatic cervical vertebrae instability or more 寺嶋良樹1, 由留部崇1, 平田裕亮1, 杉山大典1,2, 鷲見正敏1 Journal of Spine Research 6(3): 244-244, 2015. |
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1-5-F7-4. Simple X-rays of lumbar spine degeneration scoliosis in patients with rheumatoid arthritis, matched cohort study - with patients with pictorial characteristic - non-rheumatism in the MRI 安田宏之1, 鈴木亨暢2, 山田賢太郎3, 高橋真治2, 堂園将2, 寺井秀富2, 豊田宏光2, 玉井孝司2, 濱峻平1, 小池達也4, 中村博亮2 Journal of Spine Research 6(3): 245-245, 2015. |
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1-5-F7-5. Examination of a three-dimensional change at circling of rheumatic epistropheus lower cervical vertebrae and the intervertebral joint form change 杉浦剛1, 長本行隆2, 松尾庸平1, 牧野孝洋1, 柏井将文1, 海渡貴司1, 岩崎幹季3, 菅本一臣1 Journal of Spine Research 6(3): 246-246, 2015. |
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1-5-F7-6. A risk factor of the cervical vertebrae lesion prevalence in the high disease activity RA patients and the onset: Did the medical treatment system change decrease prevalence? - Examination - in patients with after 2000 RA onset 海渡貴司1, 大島至郎2, 柏井将文1, 牧野孝洋1, 藤原啓恭4, 本田博嗣4, 杉浦剛1, 米延策雄3 Journal of Spine Research 6(3): 246-246, 2015. |
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1-5-F8-1. Based on the analysis of the deglutition function - movement due to the deglutition reflex imperfection-like as for the condition of a patient of dysphagia after the occiput cervical vertebrae fixation - 江幡重人, 藤田康稚, 大場哲郎, 佐藤弘直, 渡邉長和, 波呂浩孝 Journal of Spine Research 6(3): 247-247, 2015. |
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1-5-F8-2. We elucidate the condition of a patient of dysphagia after the occiput spinal fusion by the Videofluorography 金山修一, 鷲見正敏, 笠原孝一, 金村在哲, 高畑正人, 康暁博, 平田裕亮 Journal of Spine Research 6(3): 247-247, 2015. |
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1-5-F8-3. Pay the attention to results - Implant fold loss of the course case after the occipital bone posterior spinal fusion more than five years; and - 安藤圭, 今釜史郎, 伊藤全哉, 小林和克, 八木秀樹, 新城龍一, 飛田哲朗, 伊藤研悠, 都島幹人, 石川喜資, 松本明之, 田中智史, 両角正義, 石黒直樹 Journal of Spine Research 6(3): 248-248, 2015. |
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1-5-F8-4. The examination that is in cervical vertebrae scoliosis and cervical vertebrae pediatric Klippel-Feil syndrome union form 今釜史郎1, 伊藤全哉1, 安藤圭1, 小林和克1, 八木秀樹1, 飛田哲朗1, 伊藤研悠1, 石川喜資1, 都島幹人1, 松本明之1, 田中智史1, 両角正義1, Roberto Rolando2, 石黒直樹1 Journal of Spine Research 6(3): 248-248, 2015. |
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1-5-F8-5. Pay the attention to MRI in after in the preoperation of the low rank cervical vertebrae surgery case out of examination - of the factor associated with the hypertrophy of the odontoid process of epistropheus rear soft tissue in the non-RA patients; and - 堂園将, 豊田宏光, 寺井秀富, 星野雅俊, 鈴木亨暢, 高橋真治, 篠原良和, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 249-249, 2015. |
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1-5-F8-6. Comparison of a previous method for the myelopathy to assume C3/4 a responsibility high rank and the rear method 玉井孝司, 寺井秀富, 鈴木亨暢, 豊田宏光, 星野雅俊, 堂園将, 高橋真治, 林和憲, 中村博亮 Journal of Spine Research 6(3): 249-249, 2015. |
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1-5-F9-1. Pictorial examination about the hypertrophy of the dens rear soft tissue in the atlantoaxial subluxation 田口瑛子, 今林英明, 細金直文, 矢内嘉英, 井上雅博, 石坂隆博, 松川啓太朗, 根本孝一 Journal of Spine Research 6(3): 250-250, 2015. |
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1-5-F9-2. Cervical spine radiographic examination of the atlantoaxial subluxation in the Non-RA patients 堀内秀樹1, 尾形直則1, 森野忠夫1, 山岡慎大朗1, 三浦裕正2 Journal of Spine Research 6(3): 250-250, 2015. |
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1-5-F9-3. Evaluation of the transplant bone in the atlas chinquapin rear fixation (the Magerl method) 堤良祐, 坂本武志, 渡邊慶 Journal of Spine Research 6(3): 251-251, 2015. |
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1-5-F9-4. Can you predict an intraoperative airway pressure rise from the patients information of preoperation, art in cervical vertebrae rear surgery? - - with the higher cervical vertebrae alignment concerned 真鍋和, 清水敬親, 田内徹, 笛木敬介, 井野正剛, 登田尚史, 伊藤嘉奈子 Journal of Spine Research 6(3): 251-251, 2015. |
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1-5-F9-5. Examination about the anterior arch bone fracture development after the C1 laminectomy 隈元真志1, 坂本祐史1, 土方保和1, 高橋雄一1, 西田憲記2 Journal of Spine Research 6(3): 252-252, 2015. |
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1-5-F9-6. After C1 laminectomy development of anterior arch bone fracture mechanism -3 dimensions finite-element analysis - 清水孝彬1, 大槻文悟1, 藤林俊介1, 木村浩明1, 伊藤秀夫2, 松田秀一1 Journal of Spine Research 6(3): 252-252, 2015. |
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1-5-LS5. The backbone degenerative disease and sarcopenia 酒井義人 Journal of Spine Research 6(3): 253-253, 2015. |
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1-5-F10-1. Cervical vertebrae vertebral arch plastic surgery judging from the long-term results that were 20 years or more after the operation 川口善治1, 中野正人2, 安田剛敏1, 関庄二1, 鈴木賀代1, 牧野紘士1, 金森昌彦3, 木村友厚1 Journal of Spine Research 6(3): 253-253, 2015. |
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1-5-F10-2. Observational study analysis - using - tendency score that the MRI of one year is useful for the prediction of medium-term results after the cervical vertebrae decompression 池上章太1, 高橋淳1, 三澤弘道2, 堤本高宏2, 由井睦樹2, 倉石修吾1, 清水政幸1, 二木俊匡1, 上原将志1, 加藤博之1 Journal of Spine Research 6(3): 254-254, 2015. |
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1-5-F10-3. It is examined the re-aggravation case after C3-6 vertebral arch plastic surgery for the cervical spondylotic myelopathy 坂浦博伸, 三輪俊格, 黒田有佑, 大和田哲雄 Journal of Spine Research 6(3): 254-254, 2015. |
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1-5-F10-4. Prospective comparison between spinous process vertical structure type vertebral arch plastic surgery and selective laminectomy for the cervical spondylotic myelopathy between the multi-chinquapin 市村克仁, 高山博行, 原田俊彦, 青木謙二, 岸本健太, 西原寛玄 Journal of Spine Research 6(3): 255-255, 2015. |
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1-5-F10-5. Comparative study by the examination - Propensity Score Matching method of the usefulness of the low invasive decompression along the condition of a patient of the cervical spondylotic myelopathy 南出晃人1, 吉田宗人1, 山田宏1, 橋爪洋1, 中川幸洋1, 西秀人1, 岩崎博1, 筒井俊二1, 岡田基宏1, 中尾慎一1, 岡田紗枝1, 岡敬之2 Journal of Spine Research 6(3): 255-255, 2015. |
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1-5-F10-6. Comparison between Shiraishi method and echo views in the operation in the cervical vertebrae rear decompression by the traditional approach 伊藤陽平, 三原久範, 多々羅靖則, 新村高典, 森井孝明 Journal of Spine Research 6(3): 256-256, 2015. |
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1-5-F11-1. Examination of the backward decompression for the cervical vertebrae symptom-related amyotrophy 住吉範彦, 田中信弘, 中西一義, 亀井直輔, 平松武, 宇治郷諭, 力田高徳, 高澤篤之, 越智光夫 Journal of Spine Research 6(3): 256-256, 2015. |
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1-5-F11-2. Comparison ... of surgery results - front law for the proximal type cervical spondylosis-related amyotrophy vs. the backward law 新村高典1, 三原久範1, 伊藤陽平1, 森井孝明1, 蜂谷將史1, 東貴行2, 石田航3, 渡辺健一4, 岩村祐一5, 青田洋一6, 村瀬伸哉7, 齋藤知行2 Journal of Spine Research 6(3): 257-257, 2015. |
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1-5-F11-3. Medium-term results of the foraminotomy using the line preservation type paramidline approach 青山龍馬1, 白石建1, 山根淳一1, 二宮研1, 海苔聡1, 伊賀隆史1, 穴澤卯圭1, 堀田拓1, 北村和也2 Journal of Spine Research 6(3): 257-257, 2015. |
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1-5-F11-4. Look at the microscope for the cervical radiculopathy; results of the lower foraminotomy 堀清成1, 早川満1, 常陸和仁1, 片井学1, 小林大時1, 高橋延勝1, 竹林庸雄2, 山下敏彦2 Journal of Spine Research 6(3): 258-258, 2015. |
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1-5-F11-5. The cervical vertebrae front sliding is a poor prognostic factor of results after the cervical vertebrae vertebral arch plastic surgery technique 尾市健1, 大島寧1, 谷口優樹1, 松林嘉孝1, 熊野洋1, 早川謙太郎1, 福島成欣1, 大谷隼一1, 筑田博隆1, 竹下克志2, 田中栄1 Journal of Spine Research 6(3): 258-258, 2015. |
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1-5-F11-6. The unstable intervertebral factor which is not stabilized after the cervical vertebrae vertebral arch plastic surgery 石田航1, 勝畑知之1, 國谷嵩1, 三ツ木直人1, 齋藤知之2 Journal of Spine Research 6(3): 259-259, 2015. |
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1-5-F12-1. Examination about the C5 paralysis after selective laminectomy/plastic surgery for 206 cervical myelopathy 海苔聡1, 白石建1, 青山龍馬1, 二宮研1, 山根淳一1, 北村和也2 Journal of Spine Research 6(3): 259-259, 2015. |
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1-5-F12-2. The use of the perfusion water to ice-cool significantly decreases the C5 paralysis after the operation at the vertebral arch plastic surgery 武中章太, 細野昇, 向井克容, 立石耕介, 冨士武史 Journal of Spine Research 6(3): 260-260, 2015. |
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1-5-F12-3. Effect of the distance between the bone groove in the spinous process vertical structure type vertebral arch plastic surgery on cervical spondylotic myelopathy 三浦一人1, 森田修1, 川嶋禎之3, 大滝長門3, 井村健二1, 幸田久男3, 根津貴広3, 二宮宗重2 Journal of Spine Research 6(3): 260-260, 2015. |
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1-5-F12-4. Is - psychological factor involved about the axiality pain of the cervical myelopathy surgery patients? 川上守, 長田圭司, 石本優々, 北川智子, 北田ゆかり, 森下詔子, 松岡淑子 Journal of Spine Research 6(3): 261-261, 2015. |
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1-5-F12-5. Comparison - with C2 semispinalis cervicis muscle preservation group and the rebuilding group by change of Cervical Sagittal Balance after the cervical vertebrae vertebral arch plastic surgery and examination - prospective study about the axiality pain 井上雄, 曽雌茂, 茶薗昌明, 木田吉城, 篠原光, 橋本蔵人, 福宮杏里, 丸毛啓史 Journal of Spine Research 6(3): 261-261, 2015. |
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1-5-F12-6. Relations - of the neck pain early as for the injury of the cervical vertebrae rear group of muscles after the operation after the invasive quantity and cervical vertebrae technique to - cervical vertebrae rear group of muscles which makes recovery of the early neck pain the delay 青山龍馬1, 白石建1, 山根淳一1, 二宮研1, 海苔聡1, 伊賀隆史1, 穴澤卯圭1, 堀田拓1, 北村和也2 Journal of Spine Research 6(3): 262-262, 2015. |
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1-5-ES2. Chronic pain and neuroimaging 牛田享宏 Journal of Spine Research 6(3): 262-262, 2015. |
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1-6-F13-1. Usefulness of the scoliosis school examination that we saw from a consultation opportunity 三澤晶子1, 本郷道生2, 工藤大輔2, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 263-263, 2015. |
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1-6-F13-2. Current situation of the scoliosis examination in Ehime and examination - of problems - past 15 years 森野忠夫1, 尾形直則1, 堀内秀樹1, 山岡慎大朗1, 三浦裕正1 Journal of Spine Research 6(3): 263-263, 2015. |
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1-6-F13-3. Relationship of the development of pubertal idiopathic scoliosis and progress and the exercise custom 平野徹, 渡辺慶, 勝見敬一, 大橋正幸, 遠藤直人 Journal of Spine Research 6(3): 264-264, 2015. |
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1-6-F13-4. Excurvature progress maximum velocity (PAV) for the idiopathic scoliosis 茶薗昌明1, 田中孝昭1, 丸毛啓史2, 河野克己3, 鈴木信正4 Journal of Spine Research 6(3): 264-264, 2015. |
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1-6-F13-5. The effect that the backward correction fixation in the pubertal idiopathic scoliosis (AIS) patients gives in exercise capacity 加藤木丈英1, 小谷俊明2, 赤澤努2, 佐久間毅2, 南昌平2 Journal of Spine Research 6(3): 265-265, 2015. |
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1-6-F13-6. Laterality of the vertebral body epiphysis ring ossification nucleus on the convex side dent side in pubertal idiopathic scoliosis (Lenke type 1) 牧野孝洋1, 海渡貴司1, 杉浦剛3, 柏井将文1, 岩崎幹季2 Journal of Spine Research 6(3): 265-265, 2015. |
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1-6-F14-1. Correlation with re-bottom end fixation chinquapin and spinal column behavior flexibility after the backward correction fixation for pubertal idiopathic scoliosis and SRS-22 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 上原将志, 加藤博之 Journal of Spine Research 6(3): 266-266, 2015. |
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1-6-F14-2. Examination of the operation rear carrier balance in the idiopathic scoliosis Type5C curve 岡田英次朗1,2, 渡辺航太3, Long Pang1, 小倉洋二1, 高橋洋平1, 日方智宏1, 藤田順之1, 岩波明生1, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 266-266, 2015. |
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1-6-F14-3. Pay the attention to shoulder balance - CA and RSH after the correction fixation using the Convex manipulation method of pubertal idiopathic scoliosis; and - 林和憲, 寺井秀富, 豊田宏光, 星野雅俊, 鈴木亨暢, 堂園将, 高橋真治, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 267-267, 2015. |
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1-6-F14-4. Rotation correction with the distal PS by the hybrid law for thoracic vertebra idiopathy scoliosis 森平泰, 稲見聡, 竹内大作, 司馬洋, 大江真人, 浅野太志, 知場一記, 種市洋 Journal of Spine Research 6(3): 267-267, 2015. |
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1-6-F14-5. Examination of the surgery case in scoliosis idiopathic for adulthood 吉川慶1, 米澤郁穂1, 奥田貴俊1, 嶋村之利1, 高野弘充1, 佐藤達也1, 金子和夫1, 中原大志2 Journal of Spine Research 6(3): 268-268, 2015. |
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1-6-F14-6. Surgery results of the middle age (30-49 years old) for scoliosis idiopathic for adulthood 渡辺航太1, 藤田順之2, 日方智宏2, 岩波明生2, 石井賢2, 中村雅也2, 戸山芳昭2, 松本守雄2 Journal of Spine Research 6(3): 268-268, 2015. |
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1-6-F15-1. Treatment result of the foundation growing rod method of preceding for early onset scoliosis which we made 知場一記, 稲見聡, 大江真人, 森平泰, 竹内大作, 司馬洋, 浅野太志, 野原裕, 種市洋 Journal of Spine Research 6(3): 269-269, 2015. |
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1-6-F15-2. Examination by treatment result - last fixed case of the Growing Rod method for infants scoliosis 渡辺航太1, 松本守雄2, 宇野耕吉3, 鈴木哲平3, 川上紀明4, 辻太一4, 柳田晴久5, 平野徹6, 山崎健7, 南昌平8, 伊東学9, 種市洋10, 今釜史郎11, 竹下克志12, 山元拓哉13 Journal of Spine Research 6(3): 269-269, 2015. |
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1-6-F15-3. Examination of pubertal idiopathic scoliosis with the poor preoperation coronal plane balance 遠藤寛興1, 村上秀樹1, 月村悦子1, 西郷俊瑛1, 佐伯絵里1, 菅重典1, 山部大輔2, 土井田稔1 Journal of Spine Research 6(3): 270-270, 2015. |
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1-6-F15-4. Treatment result for scoliosis idiopathic in the Lenke type 2 puberty with the proximal Rigid thoracic vertebra curve 須藤英毅1, 安倍雄一郎2, 鐙邦芳3, 岩崎倫政1, 伊東学4 Journal of Spine Research 6(3): 270-270, 2015. |
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1-6-F15-5. Effect to give lung thorax compliance of the hybrid legal backward correction fixation that used costovertebral joint dissection together on pubertal idiopathic scoliosis 司馬洋, 稲見聡, 森平泰, 竹内大作, 大江真人, 浅野太, 野原裕, 種市洋 Journal of Spine Research 6(3): 271-271, 2015. |
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1-6-F15-6. Complications of Skip Pedicle Screw Fixation for pubertal idiopathic scoliosis 上原将志, 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 加藤博之 Journal of Spine Research 6(3): 271-271, 2015. |
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1-6-LS6. Including mechanism of the low back pain intractable after the backbone technique and correspondence - spinal cord stimulation therapy - 大鳥精司, 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 山内かづ代, 藤本和輝, 志賀康浩, 鈴木都, 阿部幸喜, 木下英幸, 金元洋人, 高橋和久 Journal of Spine Research 6(3): 272-272, 2015. |
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1-6-F16-1. Attempt of the standing position balance measurement before and after new two directions simultaneous slot-scanning X-ray Imager (EOS) and the deformity of spine surgery using the center of gravity unrest meter 長谷川和宏, 岡本昌士, 下田晴華, 石井圭史, 小野真稔, 本間隆夫 Journal of Spine Research 6(3): 272-272, 2015. |
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1-6-F16-2. Examination of the usefulness of the TPA in the backbone sagittal section balance evaluation 佐藤雅経, 青田洋一, 河井卓也, 小林洋介 Journal of Spine Research 6(3): 273-273, 2015. |
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1-6-F16-3. The association between strength of back muscle and standing position spinal column pelvis form: Usefulness of T1 pelvic angle 本郷道生, 宮腰尚久, 粕川雄司, 石川慶紀, 工藤大輔, 島田洋一 Journal of Spine Research 6(3): 273-273, 2015. |
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1-6-F16-4. The effect that a human trunk line volume gives to the backbone sagittal section alignment of the adult deformity of spine patients 黒須健太1, 吉田剛1, 長谷川智彦2, 大和雄2, 小林祥2, 安田達也2, 有馬秀幸2, 戸川大輔2, 松山幸弘2 Journal of Spine Research 6(3): 274-274, 2015. |
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1-6-F16-5. Can PSO give appropriate dynamic balance to the adult kyphosis transformation patients? PSO postoperative three-dimensional movement analysis 八木満, 石尾昌代, 町田正文, 朝妻孝仁 Journal of Spine Research 6(3): 274-274, 2015. |
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1-6-F16-6. Extensive correction is fixed, and walk posture, the walking ability of the adult deformity of spine patients are improved 有馬秀幸, 大和雄, 長谷川智彦, 戸川大輔, 小林祥, 安田達也, 坂野友啓, 大江慎, 山田智裕, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 275-275, 2015. |
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1-6-F17-1. Pay attention to examination coronal plane alignment of the adjacent intervertebral wedge-shaped transformation after PLIF; and ... 立石耕介, 細野昇, 武中章太, 向井克容, 冨士武史 Journal of Spine Research 6(3): 275-275, 2015. |
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1-6-F17-2. PLIF preoperation, the postoperative backbone pelvis alignment change in our hospital 三輪俊格, 坂浦博伸, 黒田有佑, 大和田哲雄 Journal of Spine Research 6(3): 276-276, 2015. |
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1-6-F17-3. Association of persistence low back pain and the backbone pelvis alignment after the lumbar vertebrae fixation 田代薫1, 金山雅弘1, 大羽文博1, 岩田玲1, 遠田慎吾1, 渡辺尭仁1, 橋本友幸1, 金子和夫2 Journal of Spine Research 6(3): 276-276, 2015. |
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1-6-F17-4. Comparison with sagittal alignment change - preoperation alignment defectiveness case and the lumbar spine degeneration cyrtosis after the backward decompression for the lumbar spinal canal stenosis 友利正樹1, 新井嘉容1, 坂井顕一郎1, 鳥越一郎1, 前原秀二1, 相馬真1, 平井高志1, 佐藤浩一1, 大川淳2 Journal of Spine Research 6(3): 277-277, 2015. |
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1-6-F17-5. The spinal column pelvis mal-alignment brings about a disorder between the adjacent chinquapin after PLIF 松本富哉, 奥田真也, 前野考史, 山下智也, 山崎良二, 岩崎幹季 Journal of Spine Research 6(3): 277-277, 2015. |
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1-6-F17-6. It is the association of results after the correction and the operation in the lumbar vertebrae hypoplasia sliding symptom 河村一郎1, 武冨栄二2, 山元拓哉1, 田邊史1, あべ松昌彦1, 冨永博之1, 石堂康弘1, 米和徳1, 小宮節郎1 Journal of Spine Research 6(3): 278-278, 2015. |
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1-6-F18-1. Ten years past about a morbidity rate change of scoliosis of Nara-shi and comparison in these 10 years 重松英樹1, 門野文彦2, 田中幸博3, 山本聡4, 奥田哲教1, 岩田栄一朗1, 森本安彦1, 田中康仁1 Journal of Spine Research 6(3): 278-278, 2015. |
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1-6-F18-2. Consideration from age changes of the standing position sagittal section spinal column pelvis alignment of Japanese people 小鹿寧之, 玄奉学, 佐久間吉雄, 河野裕, 宮川慶, 泉対信賢 Journal of Spine Research 6(3): 279-279, 2015. |
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1-6-F18-3. TOEI2014 study: SRS-22 and spinal column pelvis parameter of the person of old examination 井出浩一郎1, 長谷川智彦2, 戸川大輔2, 大和雄2, 小林祥2, 安田達也2, 坂野友啓2, 有馬秀幸2, 大江慎2, 山田智裕2, 中井慶一2, 松山幸弘2 Journal of Spine Research 6(3): 279-279, 2015. |
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1-6-F18-4. Does the gonarthrosis affect the standing position spinal column pelvis parameter? (TOEI study) 後迫宏紀1, 小林祥2, 長谷川智彦2, 大和雄2, 藤田倫匡1, 戸川大輔2, 安田達也2, 有馬秀幸2, 坂野友啓2, 大江慎2, 山田智裕2, 星野裕信2, 松山幸弘2 Journal of Spine Research 6(3): 280-280, 2015. |
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1-6-F18-5. Clinical results of the reduction-type spinous process vertical structure rear decompression method for the case with Kissing spine, alignment change 伊藤圭介1, 金子卓男2, 長張浩昌2, 砂川隆英2, 池上博泰2, 武者芳朗1 Journal of Spine Research 6(3): 280-280, 2015. |
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1-6-F18-6. Evaluation of the distortion ratio and spinal column alignment of the lumbar back in general inhabitants 宮腰尚久, 粕川雄司, 木島泰明, 石川慶紀, 木下隼人, 大内賢太郎, 鈴木真純, 加賀望, 島田洋一 Journal of Spine Research 6(3): 281-281, 2015. |
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1-6-ES3-1. From the situation of positioning and significance - radiologist of the vertebral body bone fracture evaluation in the osteoporotic practice - 伊東昌子 Journal of Spine Research 6(3): 281-281, 2015. |
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1-6-ES3-2. Maintenance - of problems - prevention, a diagnosis, the treatment system of the osteoporotic vertebral body bone fracture practice 戸川大輔 Journal of Spine Research 6(3): 282-282, 2015. |
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1-7-F19-1. Use experience - for 164 examination - easy infection hosts of surgical-site infections (SSI) with the iodine coating backbone instrument 石井孝佳, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 藤井衛之, 五十嵐峻, 土屋弘行 Journal of Spine Research 6(3): 282-282, 2015. |
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1-7-F19-2. What should I do to make hand post-operative wound infection "0?" We take the measures after the operation with a blind spot of the infection prophylaxis 久保田基夫, 譲原雅人, 橘滋國, 相山仁 Journal of Spine Research 6(3): 283-283, 2015. |
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1-7-F19-3. Attempt of the risk factor scoring in backbone surgical-site infections 飯田泰明, 和田明人, 横山雄一郎, 井上泰裕, 長谷川敬二, 柘植新太郎, 中村一将, 高橋寛 Journal of Spine Research 6(3): 283-283, 2015. |
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1-7-F19-4. The backbone instrumentation surgery than artificial joint replacement ... multicenter SSI database interim analysis results ... at elevated risk for SSI 山田浩司1, 穂積高弘2, 山川聖史2, 竹下祐次郎3, 三好光太3, 増田和浩4, 近藤泰児4, 穴水依人5, 安部博昭1, 東川晶郎1, 渡邉健一1, 加藤慎也1, 唐司寿一1, 小林篤樹6, 大友望1, 佐々木了7 Journal of Spine Research 6(3): 284-284, 2015. |
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1-7-F19-5. Are the postoperative complications incidences different in use presence or absence of instrumentation in the spinal operations? ... multicenter SSI database interim analysis results ... 東川晶郎1, 山田浩司1, 穂積高弘2, 山川聖史2, 竹下祐次郎3, 三好光太3, 増田和浩4, 近藤泰児4, 穴水依人5, 小林篤樹6, 佐々木了7, 安部博昭1, 渡邊健一1, 加藤慎也1, 唐司寿一1, 大友望1 Journal of Spine Research 6(3): 284-284, 2015. |
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1-7-F19-6. Examination by the multivariate analysis of the SSI risk factor in the adult cervical vertebrae rear surgery using the technique of the multicenter prospective surgical-site infections (SSI) surveillance 荻原哲1, 山崎隆志2, 丸山徹3, 稲波弘彦4, 三好光太5, 筑田博隆6, 東成一7, 岡敬之8, 山田高嗣8, 村上元昭8, 河村直洋8, 山川聖史8, 原慶宏2, 大島寧6, 森井次郎8, 竹下祐次郎8 Journal of Spine Research 6(3): 285-285, 2015. |
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1-7-F20-1. It is examined the infection after the spinal operations in patients on dialysis 和田圭司, 村田泰章, 石井千春, 柴正弘, 玉木亮, 島本周治, 加藤義治 Journal of Spine Research 6(3): 285-285, 2015. |
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1-7-F20-2. Invention of the antimicrobial administration method for the purulent spondylitis 門田領1, 望月眞人1, 相庭温臣1, 国府田正雄2 Journal of Spine Research 6(3): 286-286, 2015. |
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1-7-F20-3. Use experience of iodine coating instrument in the infection lesion for the purulent spondylitis 藤井衛之1, 藤井衛之1, 村上英樹1, 出村諭1, 加藤仁志1, 吉岡克人1, 太田敬3, 杉田守礼1, 近藤章1, 五十嵐峻1, 米澤則隆1, 白井寿治2, 土屋弘行1 Journal of Spine Research 6(3): 286-286, 2015. |
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1-7-F20-4. Usefulness - of the dispersion in surgery part infection prophylaxis - vancomycin wound in the backbone instrumentation surgery of the easy infection host 平野徹1, 渡辺慶1, 勝見敬一1, 大橋正幸1, 遠藤直人1, 高橋郁子2, 佐野敦樹2 Journal of Spine Research 6(3): 287-287, 2015. |
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1-7-F20-5. Effect of perioperative infection measures on monoportal PLIF 吉田裕俊1, 井上三四郎1, 富永冬樹1, 新井嘉容2, 坂井顕一郎2, 鳥越一郎2, 友利正樹2, 佐藤浩一2 Journal of Spine Research 6(3): 287-287, 2015. |
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1-7-F20-6. It is examined the effectiveness of the vancomycin local site dispersion in the wound part infection prophylaxis after the backbone instrumentation surgery 和田圭司, 沼口大輔, 島本周治, 村田泰章, 石井千春, 柴正弘, 玉木亮, 加藤義治 Journal of Spine Research 6(3): 288-288, 2015. |
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1-7-F21-1. The concrescence process of the transplant bone in the fixation between the backward approach lumbar vertebrae vertebral body and the significance 澤上公彦, 伊藤拓緯, 高橋郁子, 石川誠一 Journal of Spine Research 6(3): 288-288, 2015. |
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1-7-F21-2. Prospective study using VAS about the change over time of neck pain after the vertebral arch plastic surgery for cervical vertebrae ossification of posterior longitudinal ligament and the cervical spondylotic myelopathy and the cervical vertebrae function and JOACMEQ 藤原啓恭1, 海渡貴司2, 牧野孝洋2, 本田博嗣1, 三山彬1, 米延策雄3 Journal of Spine Research 6(3): 289-289, 2015. |
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1-7-F21-3. Is psycho status of patient the effect factor of early results after the operation? Examination ... using JOA, JOABPEQ after preoperation for the ... lumbar herniated disk case 西能健, 青木雅人, 信清正典 Journal of Spine Research 6(3): 289-289, 2015. |
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1-7-F21-4. Where does the JOACMEQ bladder function reflect the quality of life drop due to the urination disorder to? 近江洋嗣, 中野恵介, 中原慶亮, 今田光一, 澤田利匡, 川岸利光 Journal of Spine Research 6(3): 290-290, 2015. |
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1-7-F21-5. Is the evaluation using the JOABPEQ social life disorder score for patients with elderly people low back pain appropriate? - Inspection - of the quality of life improvement effect of daily teriparatide on osteoporosis 海老原貴之1, 網代泰充1, 上井浩2, 大島正史2, 間世田優文2, 沼口俊平3, 佐久間俊行3, 上田修平1, 及川久之3, 徳橋泰明2 Journal of Spine Research 6(3): 290-290, 2015. |
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1-7-F21-6. The degree of problems - low back pain of JOABPEQ in the evaluation of the lumbar spinal canal stenosis influences an evaluation of JOABPEQ; or - 渡邉和之, 大谷晃司, 二階堂琢也, 加藤欽志, 志田努, 矢吹省司, 菊地臣一, 紺野愼一 Journal of Spine Research 6(3): 291-291, 2015. |
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1-7-LS7. Clinical Results for 1 and 2 level Cervical Arthroplasty : FDA Study Results, Multi-Center French Study Results and Surgical Technique of Cervical Disc Arthroplasty W. Daniel Bradley Journal of Spine Research 6(3): 291-291, 2015. |
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1-7-F22-1. Development and risk factor of venous thromboembolism (VTE) after spinal operations 長谷川浩士1, 橋本淳一1, 林雅弘2, 伊藤友一3, 尾鷲和也4, 武井寛5, 笹木勇人6, 古川孝志7, 千葉克司3, 杉田誠5, 内海秀明3, 山川淳一2, 岩崎聖4, 鈴木智人1, 嶋村之秀1, 高木理彰1 Journal of Spine Research 6(3): 292-292, 2015. |
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1-7-F22-2. Effect of the anticoagulation in the spinal operations perioperative period 福田和昭, 岡嶋啓一郎, 水溜正也 Journal of Spine Research 6(3): 292-292, 2015. |
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1-7-F22-3. Effective search method of the venous thromboembolism in the perioperative period of the lumbar vertebrae disease 伊室貴1, 丸毛啓史2, 曽雌茂2 Journal of Spine Research 6(3): 293-293, 2015. |
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1-7-F22-4. It is the prospective study of the extradural haematoma after the cervical spine vertebral arch plastic surgery 坂井顕一郎1, 新井嘉容1, 相馬真1, 鳥越一郎1, 前原秀二1, 友利正樹1, 平井高志1, 佐藤浩一1, 大川淳2 Journal of Spine Research 6(3): 293-293, 2015. |
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1-7-F22-5. It is examined the extradural haematoma after the spinal operations 柘植新太郎1, 和田明人2, 大日方嘉行1, 横山雄一郎2, 飯田泰明2, 井上泰裕2, 長谷川敬二2, 土谷一晃2, 高橋寛2 Journal of Spine Research 6(3): 294-294, 2015. |
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1-7-F22-6. Blood pressure fluctuation and the obesity increase the risk of the extradural haematoma after the backbone technique after the extubation 山田賢太郎, 安倍雄一郎, 柳橋寧, 百町貴彦, 佐藤栄修 Journal of Spine Research 6(3): 294-294, 2015. |
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1-7-F23-1. Perioperative complications after the backward spinal column reconstruction for the paralysis and kyphosis tardive after the osteoporotic vertebral body crush injury: It is compared the secondary osteoporosis if primary 宮腰尚久1, 菊池一馬2, 小林孝2, 鈴木哲哉3, 佐々木寛4, 粕川雄司1, 阿部栄二2, 島田洋一1 Journal of Spine Research 6(3): 295-295, 2015. |
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1-7-F23-2. Examination of the backbone postoperative complications of elderly people patients 80 years or older 高田徹1, 前野耕一郎2, 角谷賢一朗2, 由留部崇2, 蔵川拓外2, 宮崎信吾2, 寺嶋良樹2, 伊藤雅明2, 黒坂昌弘2, 西田康太郎2 Journal of Spine Research 6(3): 295-295, 2015. |
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1-7-F23-3. Examination of perioperative complications of chest lumbar vertebrae, the lumbar vertebrae front fixation 奥村潤一郎1, 本間信吾2 Journal of Spine Research 6(3): 296-296, 2015. |
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1-7-F23-4. The present situation of dialysis spinal operations in our hospital 山田剛史, 角谷智, 猪瀬弘之, 吉井俊貴, 加藤剛, 川端茂徳, 大川淳 Journal of Spine Research 6(3): 296-296, 2015. |
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1-7-F23-5. Rod fold loss after adult deformity of spine long fusion 安田達也, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 松山幸弘 Journal of Spine Research 6(3): 297-297, 2015. |
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1-7-F23-6. 22 examination that caused bladder rectal disorder exacerbation after the backbone spinal cord surgery 八木秀樹, 今釜史郎, 伊藤全哉, 安藤圭, 小林和克, 飛田哲朗, 伊藤研悠, 石川喜資, 都島幹人, 松本明之, 田中聡, 両角正義, 石黒直樹 Journal of Spine Research 6(3): 297-297, 2015. |
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1-7-F24-1. Risk factor of the transplant bone de-change in the cervical spine front vertebral body subtotal excision decompression fixation between the multi-chinquapin using Rotationally Dynamic Plate 坂井顕一郎1, 新井嘉容1, 相馬真1, 鳥越一郎1, 前原秀二1, 友利正樹1, 平井高志1, 佐藤浩一1, 大川淳2 Journal of Spine Research 6(3): 298-298, 2015. |
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1-7-F24-2. Adaptation of various backbone endoscopic operation for the disorder between the adjacent chinquapin after PLIF 高野裕一, 稲波弘彦, 湯澤洋平, 志保井柳太郎, 林明彦 Journal of Spine Research 6(3): 298-298, 2015. |
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1-7-F24-3. Pit fall and troubleshooting of the PED method 吉原潔, 中村潤一郎 Journal of Spine Research 6(3): 299-299, 2015. |
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1-7-F24-4. Safe quality indicator in spinal operations 山崎隆志, 原慶宏, 早川恵司, 安野雅統, 國澤弘之 Journal of Spine Research 6(3): 299-299, 2015. |
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1-7-F24-5. Examination using the effect propensity-score matching analysis to give incidence of the endocranium injury in the backbone endoscopic operation and outcome 相馬一仁1, 大島寧1, 岡敬之1, 松平浩1, 高野裕一2, 田中栄1, 稲波弘彦2 Journal of Spine Research 6(3): 300-300, 2015. |
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1-7-F24-6. Effect of the pars sacralis epidural block therapy on lumbar spinal canal stenosis post-operative haematoma without the neuroparalysis 藤田順之1, 日方智宏1, 岩波明生1, 渡辺航太2, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 300-300, 2015. |
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1-8-F25-1. The hyperglycemia is the factor which significantly inhibits motor function recovery for acute phase after the spinal cord injury 岡田誠司1, 小早川和1, 久保田健介1, 林田光正1, 松本嘉寛1, 播广谷勝三1, 芝啓一郎2, 岩本幸英1 Journal of Spine Research 6(3): 301-301, 2015. |
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1-8-F25-2. Elucidation of the nerve injury mechanism by new cell death necroptosis in the spinal cord injury 菅野晴夫, 小澤浩司, 舘田聡, 八幡健一郎, 井樋栄二 Journal of Spine Research 6(3): 301-301, 2015. |
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1-8-F25-3. Granulocyte colony-stimulating factor neuroprotection therapy for the spinal cord injury 國府田正雄1, 古矢丈雄1, 稲田大悟1, 神谷光史郎1, 大田光俊1, 牧聡1, 高橋和久1, 山崎正志2 Journal of Spine Research 6(3): 302-302, 2015. |
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1-8-F25-4. Analysis of the epigenetic ornamentation association factor in the mouse injury spinal cord 堀桂子1, 神山淳2, 岩波明生1, 岡野栄之2, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 302-302, 2015. |
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1-8-F25-5. Oncogenic pro-evaluation establishment (the first report) of nerve trunk cells derived from human iPS cells 飯田剛1, 神山淳2, 岩波明生1, 岡野栄之2, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 303-303, 2015. |
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1-8-F25-6. Foreleg motor function compensation mechanism - electrophysiological inspection - in the cervical cord half-cut sheet of paper rat 竹内拓海1, 高橋雅人2, 里見和彦3, 長谷川淳2, 大袮英昭2, 佐藤俊輔2, 長谷川雅一2, 市村正一2 Journal of Spine Research 6(3): 303-303, 2015. |
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1-8-F26-1. Effect of the dedifferentiation fat cell (DFAT) transplant on rat degenerated intervertebral disc model 中山渕志1, 風間智彦2, 佐久間俊行1, 加野浩一郎3, 松本太郎2, 徳橋泰明1 Journal of Spine Research 6(3): 304-304, 2015. |
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1-8-F26-2. The reactive oxygen species are treatment targets of the degenerated intervertebral disc 鈴木悟士1, 藤田順之1, 細金直文2, 石井賢1, 渡邊隆一1, 日方智宏1, 渡辺航太3, 戸山芳昭1, 堀内圭輔1, 宮本健史1, 松本守雄1 Journal of Spine Research 6(3): 304-304, 2015. |
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1-8-F26-3. Expression of nerve growth factor control structure with the prostaglandin about intervertebral disk-related low back pain 澤地恭昇, 村田寿馬, 鈴木秀和, 遠藤健司, 依藤麻紀子, 田中英俊, 小坂泰一, 山本謙吾 Journal of Spine Research 6(3): 305-305, 2015. |
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1-8-F26-4. Effect of the antiRANKL (receptor activator of NF-кB ligand) antibody in the rule sensory nerve of the lumbar vertebrae intervertebral disk injury model 佐藤雅, 稲毛一秀, 山内かづ代, 折田純久, 佐久間詳浩, 久保田剛, 及川泰宏, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 305-305, 2015. |
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1-8-F26-5. Local administration effect of the antiIL-6 receptor antibody on neuropathic pain using the mouse sciatic nerve injury model 中山俊, 西能健, 折田純久, 山内かづ代, 久保田剛, 稲毛一秀, 佐藤淳, 藤本和輝, 志賀康浩, 金元洋人, 阿部幸喜, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 306-306, 2015. |
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1-8-F26-6. Diffusional Kurotosis Imaging analysis of the degenerated intervertebral disc in the lumbago 高野弘充1, 青木茂樹2, 米澤郁穂1, 堀正明2, 桂正樹3, 増谷佳孝4, 錦織瞭5, 奥田貴俊1, 嶋村之利1, 吉川慶1, 佐藤達哉1, 金子和夫1 Journal of Spine Research 6(3): 306-306, 2015. |
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1-8-F27-1. Genetic search to be associated with extension, the development of posterior longitudinal ligament osteosis 齊藤正徳, 猪瀬弘之, 川端茂徳, 加藤剛, 榎本光裕, 吉井俊貴, 山田剛史, 角谷智, 牛尾修太 Journal of Spine Research 6(3): 307-307, 2015. |
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1-8-F27-2. Examination of the effect to give the transcription factor that mechanical stress in human cervical spine OPLL is involved in cartilage ossification among department of ossification front 杉田大輔, 内田研造, 中嶋秀明, 小久保安朗, 吉田藍, 山岸敦嗣, 馬場久敏 Journal of Spine Research 6(3): 307-307, 2015. |
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1-8-F27-3. How does teriparatide act for a vertebra proliferative lesion; examination - using the - diffuse characteristics idiopathy hyperostosis model mouse (twy/twy)? 濱野博基, 高畑雅彦, 清水智弘, 平塚重人 Journal of Spine Research 6(3): 308-308, 2015. |
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1-8-F27-4. Mechanism of the osteoporosis-related pain to examine from transient receptor vanilloid 4 (TRPV4) expression during rat oophorectomy model osteoporosis vertebral body rule nerve 折田純久, 山内かづ代, 鈴木都, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 308-308, 2015. |
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1-8-F27-5. Effect of the antinerve growth factor antibody on rat muscle damage postoperative pain 鈴木雅博, 稲毛一秀, 山内かづ代, 折田純久, 佐久間詳浩, 久保田剛, 及川泰宏, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金本洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 309-309, 2015. |
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1-8-F27-6. The search of the skeletal muscle reproduction accelerating agent for sarcopenia treatment and effect to a paraspinal column line 飛田哲朗1, 大河原美静2, 今釜史郎1, 伊藤全哉1, 安藤圭1, 石黒直樹1, 大野欽司2 Journal of Spine Research 6(3): 309-309, 2015. |
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1-8-F28-1. Characteristic of the cervical compression myelosis with the central exercise conduction time protraction of the arms predominance 藤本和弘, 寒竹司, 今城靖明, 鈴木秀典, 吉田佑一郎, 舩場真裕, 西田周泰, 田口敏彦 Journal of Spine Research 6(3): 310-310, 2015. |
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1-8-F28-2. Correlation of CMCT and MRI image views in the cervical myelopathy 力田高徳, 田中信弘, 中西一義, 亀井直輔, 平松武, 住吉範彦, 高澤篤之, 越智光夫 Journal of Spine Research 6(3): 310-310, 2015. |
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1-8-F28-3. Electrophysiological examination for the lumbar part lesion out of the intervertebral foramen 柴正弘1, 加藤義治1, 村田泰章1, 和田圭司1, 玉木亮1, 八田哲2, 金谷幸一2, 油井充1, 加藤建1, 沼口大輔3, 山本直也3 Journal of Spine Research 6(3): 311-311, 2015. |
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1-8-F28-4. Innervation mapping of the muscle of leg by the nerve root electrical stimulation in the operation 室橋高男1, 山田奨人1, 橋本修一1, 吉本三徳2, 嘉野真允2, 寺島嘉紀2, 竹林庸雄2, 山下敏彦2 Journal of Spine Research 6(3): 311-311, 2015. |
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1-8-F28-5. Spontaneous discharge - at rest abnormal new diagnostic method - hips multifidus muscle with the needle electromyogram of the lumbar vertebrae intervertebral foramen part constriction 竹内幹伸, 神谷光広, 若尾典充, 平澤敦彦, 高安正和 Journal of Spine Research 6(3): 312-312, 2015. |
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1-8-F28-6. About comparison - Redundant Nerve Roots of MRI and the myelogram in the lumbar spinal canal stenosis - 永倉大輔, 岡野良知, 川村耕平, 釘宮典孝, 鳥尾哲矢, 高橋啓介 Journal of Spine Research 6(3): 312-312, 2015. |
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1-8-F29-1. Look at the microscope for the lumbar spinal canal stenosis 80 years or older; a treatment result of the lower one side approach both sides decompression 辻尾唯雄1, 関昌彦1, 星野雅俊2, 中村博亮2 Journal of Spine Research 6(3): 313-313, 2015. |
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1-8-F29-2. Comparison - with the under results -80 years old patients of the posterior lumbar spinal fusion that super elderly people (80 years or older) underwent 小坂浩史, 三代卓哉, 眞鍋裕昭 Journal of Spine Research 6(3): 313-313, 2015. |
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1-8-F29-3. It is results after the operation of the spinal fusion for the elderly aged 75 or over lumbar spine degeneration disease 青木保親1, 高橋宏2, 中川晃一2, 中島新2, 渡辺敦也1, 中嶋隆行1, 高澤誠1, 高橋和久3 Journal of Spine Research 6(3): 314-314, 2015. |
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1-8-F29-4. Activity and vital prognosis (medium-and-long term results) after the spinal fusion for elderly people 80 years or older 石川慶紀1, 宮腰尚久1, 小林孝2, 鈴木哲哉3, 佐々木寛4, 石河紀之3, 本郷道生1, 粕川雄司1, 工藤大輔1, 千葉光穂4, 阿部栄二2, 島田洋一1 Journal of Spine Research 6(3): 314-314, 2015. |
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1-8-F29-5. Surgery experience for the rachiopathy 90 years or older 廣田仁志1, 川内義久1, 富村奈津子1, 鮫島浩司2 Journal of Spine Research 6(3): 315-315, 2015. |
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1-8-F29-6. Examination of the backbone instrumentation surgery in super elderly people 遠田慎吾1, 金山雅弘1, 橋本友幸1, 大羽文博1, 岩田玲1, 田代薫1, 渡辺尭仁1, 金子和夫2 Journal of Spine Research 6(3): 315-315, 2015. |
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1-8-F30-1. Traumatic cervical cord injury epidemiology of the South Tokushima district that aging goes ahead through, findings of 2,006-2,013 years 藤井幸治, 成瀬章 Journal of Spine Research 6(3): 316-316, 2015. |
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1-8-F30-2. Examination about the home discharge of patients with elderly people cervical cord injury 石井正悦 Journal of Spine Research 6(3): 316-316, 2015. |
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1-8-F30-3. The condition of a patient and treatment strategy of the kubisagari symptom in elderly people 田中英俊1, 鈴木秀和1, 小林浩人2, 遠藤健司1, 西村浩輔1, 依藤麻紀子1, 山本謙吾1 Journal of Spine Research 6(3): 317-317, 2015. |
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1-8-F30-4. Treatment result evaluation using JOACMEQ of single swing-style vertebral canal expansion technique (ELAP) for the elderly aged 75 or over cervical myelopathy 75 years or older 日方智宏1, 藤田順之1, 岩波明生1, 渡辺航太2, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 317-317, 2015. |
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1-8-F30-5. Examination of the effect on backbone alignment in the sarcopenia patients and motor function 飛田哲朗1, 今釜史郎1, 伊藤研悠1, 石川喜資1, 村本明生1, 長谷川幸治1, 石黒直樹1 Journal of Spine Research 6(3): 318-318, 2015. |
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1-8-F30-6. The effect that lumbar vertebrae surgery gives to quality of life of the elderly aged 75 or over 堂園将, 豊田宏光, 寺井秀富, 星野雅俊, 鈴木亨暢, 高橋真治, 篠原良和, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 318-318, 2015. |
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1-EPA-1. Is That Flat Back Flexible or Rigid? A New Method for Evaluating Thoracic Spine Flexibility Masatake Ino, Keisuke Fueki, Naofumi Toda, Tetsu Tanouchi, Nodoka Manabe, Kanako Itoh, Takachika Shimizu Journal of Spine Research 6(3): 319-319, 2015. |
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1-EPA-2. Increased risk of spinal cord injury in patients with diabetes : a nationwide population-based retrospective cohort study Chien Chang Liao, Ta Liang Chen Journal of Spine Research 6(3): 319-319, 2015. |
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1-EPA-3. A Prospective, Randomized Study Comparing Selective Laminectomy and Conventional Laminoplasty for Cervical Spondylotic Myelopathy : A Minimum of 2-year Follow-up Toshitaka Yoshii, Shoji Tomizawa, Hiroyuki Inose, Tsuyoshi Kato, Satoshi Sumiya, Tsuyoshi Yamada, Shigenori Kawabata, Kenichi Shinomiya, Atsushi Okawa Journal of Spine Research 6(3): 320-320, 2015. |
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1-EPA-4. Anatomical locations of common iliac veins at the level of Sacrum - perforation risk is related to the trajectory angle of screws - Javid Akhgar, Hidetomi Terai, Mohammad Suhrab, Akinobu Suzuki, Hiromitsu Toyoda, Masatoshi Hoshino, Koji Tamai, Kazunori Hayashi, Shinji Takahashi, Sho Dozono, Hiroaki Nakamura Journal of Spine Research 6(3): 320-320, 2015. |
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1-EPA-5. Outcomes after spinal cord injury in patients with previous anemia : a nationwide population-based study Yi Chun Chou1, Chien Chang Liao2, Ta Liang Chen2 Journal of Spine Research 6(3): 321-321, 2015. |
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1-EPA-6. Local application of the sympathetic nerve blockers around the dorsal root ganglion reduces painful behavior in a lumbar radiculopathy model Izaya Ogon, Tsuneo Takebayashi, Katsumasa Tanimoto, Takehito Iwase, Tsuyoshi Miyakawa, Yoshinori Terashima, Toshihiko Yamashita Journal of Spine Research 6(3): 321-321, 2015. |
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1-EPA-7. Clinical and radiographic risk factor for knee-spine syndrome in 535 elderly volunteers (TOEI study) Sho Kobayashi, Daisuke Togawa, Tomohiko Hasegawa, Yu Yamato, Tastuya Yasuda, Hideyuki Arima, Tomoaki Banno, Shin Oe, Tomohiro Yamada, Nakai Keiichi, Ushirosako Hiroki, Yukihiro Matsuyama Journal of Spine Research 6(3): 322-322, 2015. |
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1-EPA-8. Differential diagnosis of malignant and benign vertebral fractures using magnetic resonance imaging Tomoyuki Takigawa, Masato Tanaka, Yoshihisa Sugimoto, Shinya Artaki, Tomoko Tetsunaga, Keiichiro Nishida, Toshifumi Ozaki Journal of Spine Research 6(3): 322-322, 2015. |
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1-EPA-9. Comparison of Typical Thoracic Curves and Atypical Thoracic Curves within the Lenke 1 Classification Takahito Fujimori1,2, Tracey Bastrom2, Carrie E Bartley2, Peter O Newton2 Journal of Spine Research 6(3): 323-323, 2015. |
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1-EPA-10. Surgical Strategy for Intramedullary Spinal Cord Tumors Based on the Transcranial Electrically Stimulated Muscle Evoked Potential Monitoring : The JSSR Prospective Multi-Center Study Yasushi Fujiwara1, Yukihiro Matsuyama2, Sho Kobayashi2, Takanori Saito3, Muneharu Ando4, Zenya Ito5, Shigenori Kawabata6, Kazunobu Kida7, Tsukasa Kanchiku8, Kei Yamada9, Kanichiro Wada10, Naoya Yamamoto11, Masahito Takahashi12, Kennichi Shinomiya13, Kazuhiko Satomi14, Toshikazu Tani7 Journal of Spine Research 6(3): 323-324, 2015. |
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1-EP1-1. The role of surgery in the management of isolated metastases from renal cell carcinoma to the spine - Can surgical resection prolong the survival? - Satoshi Kato1, Hideki Murakami1, Satoru Demura1, Katsuhito Yoshioka1, Noriaki Yokogawa1, Moriyuki Fujii1, Takashi Igarashi1, Noritaka Yonezawa1, Norio Kawahara2, Hiroyuki Tsuchiya1 Journal of Spine Research 6(3): 324-324, 2015. |
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1-EP1-2. Knee extension musclar strength is assosiated with pelvic anteversion in healthy elderly volunteers Tomohiro Yamada, Yu Yamato, Keichi Nakai, Shin Oe, Hideyuki Arima, Tomohiro Banno, Tatsuya Yasuda, Shyo Kobayashi, Tomohiko Hasegawa, Daisuke Togawa, Yukihiro Matsuyama Journal of Spine Research 6(3): 325-325, 2015. |
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1-EP1-3. Cervical kyphosis and spinal balance in adolescent idiopathic scoliosis Kenyu Ito, Shiro Imagama, Zenya Ito, Kei Ando, Kazuyoshi Kobayashi, Hideki Yagi, Tetsuro Hida, Mikito Tsushima, Yoshimoto Ishikawa, Akiyuki Matsumoto, Masayoshi Morozumi, Satoshi Tanaka, Naoki Ishiguro Journal of Spine Research 6(3): 325-325, 2015. |
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1-EP1-4. Incidence and risk factors for recurrent proximal junctional kyphosis following adult spinal deformity surgery Haruki Funao1, Yoshiaki Toyama2, Morio Matsumoto2, Khaled Kebaish3 Journal of Spine Research 6(3): 326-326, 2015. |
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1-EP1-5. Characteristics of thoracic ossification of the ligamentum flavum in professional baseball players : comparison with age- and sexmatched control subjects Kinshi Kato, Shoji Yabuki, Koji Otani, Takuya Nikaido, Kenichi Otoshi, Kazuyuki Watanabe, Shinichi Kikuchi, Shinichi Konno Journal of Spine Research 6(3): 326-326, 2015. |
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1-EP1-6. Intervertebral Bridging Ossifications Increase the Risk of Intravertebral Cleft Formation Following a Vertebral Compression Fracture Atsushi Kimura, Teruaki Endo, Hirokazu Inoue, Katsushi Takeshita Journal of Spine Research 6(3): 327-327, 2015. |
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1-EP2-1. Adverse reactions to repetitive lumbar magnetic stimulation Yaoki Nakao1, Syusaku Sasada2, Kenji Kato1, Takashi Murayama3, Suguru Kadowaki4, Shin Yoshida5, Masayuki Iizuka3, Tomoyoshi Komiyama6, Yoshikazu Ugawa4, Yukio Nishimura1 Journal of Spine Research 6(3): 327-327, 2015. |
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1-EP2-2. Evaluation of Thoracic Factor Following Scoliosis Surgery in Patients With Scoliosis and Pectus Excavatum Ryoji Tauchi, Taichi Tsuji, Tetsuya Ohara, Yoshitaka Suzuki, Toshiki Saito, Ayato Nohara, Noriaki Kawakami Journal of Spine Research 6(3): 328-328, 2015. |
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1-EP2-3. Prevention of spinal cord injury using monitoring of waveform deterioration in cervical screw fixation Kazuyoshi Kobayashi, Shiro Imagama, Zenya Ito, Kei Ando, Hideki Yagi, Tetsuro Hida, Kenyu Ito, Mikito Tsushima, Yoshimoto Ishikawa, Naoki Ishiguro Journal of Spine Research 6(3): 328-328, 2015. |
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1-EP2-4. Rapamycin, a mTORC1 Inhibitor, Has Beneficial, but Other mTOR modulators Have Harmful Effects on the Intervertebral Disc Cellular Apoptosis, Senescence, and Extracellular Matrix Degradation Takashi Yurube1,2, Gwendolyn Sowa2, Nam V.Vo2, Kotaro Nishida1, Masahiro Kurosaka1, James D. Kang2 Journal of Spine Research 6(3): 329-329, 2015. |
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1-EP2-5. Physical signs and clinical features of elderly patients with cervical myelopathy : Comparison of 3 different age groups in 100 consecutive operative cases Takahiko Hamasaki, Norikazu Hamada, Toshihiro Matsuo, Hiroki Hachisuka, Yasunori Izuta, Ryo Mori, Shingo Okawa, Takahiro Harada, Takashi Sugita Journal of Spine Research 6(3): 329-329, 2015. |
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1-EP2-6. Cervical spinal fractures in patient with diffused idiopathic spinal hyperostosis ; a multicenter study, Nagoya spine group Mikito Tsushima1, Shiro Imagama1, Fumihiko Kato2, Yasutsugu Yukawa2, Koji Sato3, Toshihiro Ando3, Ryuichi Shinjo4, Tokumi Kanemura5, Norimitsu Wakao6, Zenya Ito1, Kei Ando1, Naoki Ishiguro1 Journal of Spine Research 6(3): 330-330, 2015. |
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1-P1-1. Characteristic of the MRI that we looked at the microscope and imaged within one week after lower vertebral pulp enucleation 高山和士1, 北輝夫1, 藪晋人1, 西野壱哉1, 坂中秀樹1, 山野慶樹1, 中村博亮2 Journal of Spine Research 6(3): 330-330, 2015. |
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1-P1-2. Comparison of microscope lower one side invasion both sides decompression for the lumbar spinal canal stenosis and bilateral development decompression 三宅亮次, 三好英昭, 林二三男 Journal of Spine Research 6(3): 331-331, 2015. |
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1-P1-3. Look at the lumbar vertebrae microscope; intervertebral joint preservation in the lower one side approach both sides decompression and the examination in the image views that are it or more after - technique about bone new life after the operation for five years 堂園将, 豊田宏光, 寺井秀富, 星野雅俊, 鈴木亨暢, 高橋真治, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 331-331, 2015. |
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1-P1-4. The limit of this technique in infestation and the clinical results - high rank lumbar vertebrae case to the approach side intervertebral joint in the lumbar vertebrae one side approach both sides decompression? ... 高橋宏1, 青木保親2, 谷口慎治1, 寺島史明1, 中島新1, 園部正人1, 齊藤雅彦1, 中川量介1, 山田学1, 高橋和久3, 中川晃一1 Journal of Spine Research 6(3): 332-332, 2015. |
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1-P1-5. Usefulness of the 3DCT navigation system in the operation in the endoscopic lower one side invasion both sides decompression 河野裕, 玄奉学, 佐久間吉雄, 小鹿寧之, 宮川慶, 泉対信賢 Journal of Spine Research 6(3): 332-332, 2015. |
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1-P1-6. The effectiveness only for microscope lower decompression for the lumbar spinal canal stenosis with the denaturing sliding symptom: The postoperative sliding progress is unavoidable, but terminates in approximately one year 宮内晃1, 住田忠幸2, 泉文一郎1, 大本武児1, 真鍋英喜1 Journal of Spine Research 6(3): 333-333, 2015. |
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1-P2-1. It is low back pain of one year after the backbone endoscope lower decompression for the lumbar spinal canal stenosis 片岡秀雄, 富永俊克, 舩場真裕, 城戸研二 Journal of Spine Research 6(3): 333-333, 2015. |
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1-P2-2. Long-term results out of one of the endoscopic lower rear decompression for the lumbar spinal canal stenosis 佐久間吉雄, 玄奉学, 河野裕, 小鹿寧之, 宮川慶, 泉対信賢 Journal of Spine Research 6(3): 334-334, 2015. |
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1-P2-3. Percutaneous endoscopic lower laminectomy for the lumbar spinal canal stenosis 岡本壮太, 清水純人 Journal of Spine Research 6(3): 334-334, 2015. |
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1-P2-4. A study on effect of the denaturing sliding and intervertebral disc herniation in the lumbar spinal canal stenosis: Analysis using the The Japanese Orthopaedic Association low back pain evaluation questionnaire by the endoscopic lower decompression 粟飯原孝人1, 平山次郎2, 畠山健次1, 漆原誠1, 大内純太郎1 Journal of Spine Research 6(3): 335-335, 2015. |
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1-P2-5. Comparison with the treatment result of the lumbar spinal canal stenosis without treatment result - sliding of the endoscopic lower laminectomy for the lumbar vertebrae sliding symptom 鈴木亨暢, 豊田宏光, 寺井秀富, 星野雅俊, 堂園将, 高橋真治, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 335-335, 2015. |
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1-P2-6. Surgery results - of the efforts - navigation support bottom endoscopic tandem surgery of operative time shortening for the endoscopic operation between the lumbar vertebrae 2 chinquapin 佐久間吉雄, 玄奉学, 河野裕, 小鹿寧之, 宮川慶, 泉対信賢 Journal of Spine Research 6(3): 336-336, 2015. |
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1-P3-1. Medium-term results of percutaneous endoscopic lower lumbar herniated disk enucleation (PELD) 安部哲哉1, 坂根正孝1, 藤井賢吾1, 中山敬太1, 塚西敏則1, 野口裕史1, 竹内陽介3, 船山徹2, 山崎正志1 Journal of Spine Research 6(3): 336-336, 2015. |
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1-P3-2. Where is the decompression by the percutaneous endoscopic PE applicable to, the limit? 伊藤不二夫1, 柴山元英1, 中村周1, 山田実1, 星尚人1, 三浦恭志2 Journal of Spine Research 6(3): 337-337, 2015. |
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1-P3-3. Comparison between days of hospitalization and operative stress according to the approach of epidural anaesthesia lower PED 中村潤一郎, 吉原潔 Journal of Spine Research 6(3): 337-337, 2015. |
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1-P3-4. Treatment result of the PED transforaminal method for the lumbar vertebrae intervertebral disk Massive hernia 船戸貴宏1, 西良浩一2, 浦山茂樹3, 森下益多朗1, 出沢明4 Journal of Spine Research 6(3): 338-338, 2015. |
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1-P3-5. The approach that low infestation is given the PED Transforaminal method more 吉原潔, 中村潤一郎 Journal of Spine Research 6(3): 338-338, 2015. |
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1-P3-6. The change of the method of operation of PEL (percutaneous endoscopic laminectomy) for the lumbar spinal canal stenosis in our hospital 清水純人, 岡本壮太 Journal of Spine Research 6(3): 339-339, 2015. |
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1-P4-1. After the adaptation, the operation of the endoscopic operation for the lumbar vertebrae outside lesion about results and point to keep in mind - particularly bleeding control - 土屋邦喜, 宮崎幸政, 末田麗真 Journal of Spine Research 6(3): 339-339, 2015. |
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1-P4-2. Medium-and-long term results of the lumbar vertebrae spinous process midline vertical structure approach vertebral arch segmental resection 野村裕, 柳澤義和 Journal of Spine Research 6(3): 340-340, 2015. |
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1-P4-3. Bone regeneration to occur after the decompression between the muscle preservation type lumbar vertebrae vertebral arch for the lumbar spinal canal stenosis 外村仁1, 八田陽一郎2, 長江将輝1, 北中重行1, 小池宏典1, 細井邦彦1, 阪田宗弘1, 石橋秀信1, 池田巧3, 三上靖夫3, 久保俊一1 Journal of Spine Research 6(3): 340-340, 2015. |
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1-P4-4. Treatment result - of the endoscopic adjuvant bottom T-saw vertebral arch plastic surgery that tried for preservation of treatment strategy - cervical vertebrae rear tissue for the cervical spondylotic myelopathy of the elderly aged 75 or over 南部浩史, 金粕浩一, 久門弘, 真橋尚吾 Journal of Spine Research 6(3): 341-341, 2015. |
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1-P4-5. Examination of the usefulness of the backbone endoscopic operation for the cervical spondylotic myelopathy of elderly people 南出晃人, 吉田宗人, 山田宏, 橋爪洋, 中川幸洋, 西秀人, 岩崎博, 筒井俊二, 岡田基宏, 中尾慎一, 岡田紗枝, 岩橋弘樹 Journal of Spine Research 6(3): 341-341, 2015. |
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1-P4-6. Short-term surgery results of the midline approach endoscope lower cervical vertebrae laminectomy for the compressive cervical myelopathy 大島寧1, 稲波弘彦2, 高野裕一2, 筑田博隆1, 竹下克志3, 田中栄1 Journal of Spine Research 6(3): 342-342, 2015. |
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1-P5-1. About the learning curve of the percutaneous pedicle of vertebral arch screw through - low infestation PLIF - 生熊久敬, 上甲良二 Journal of Spine Research 6(3): 342-342, 2015. |
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1-P5-2. Learning curve by the backbone surgery fellow of the early period of Minimally invasive transforaminal lumbar interbody fusion (MIS-TLIF) introduction 磯貝宜広1, 船尾陽生1, 石井賢2, 金子康仁1, 大門憲史1, 小柳貴裕1, 戸山芳昭2, 松本守雄2 Journal of Spine Research 6(3): 343-343, 2015. |
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1-P5-3. Medium-term results of fixation (TLIF) between the transintervertebral foramen lumbar vertebrae vertebral body for the lumbar vertebrae intervertebral foramen constriction using the percutaneous pedicle of vertebral arch screw 三浦一人1, 森田修1, 川嶋禎之3, 大滝長門3, 井村健二3, 幸田久男3, 根津貴広3, 二宮宗重2 Journal of Spine Research 6(3): 343-343, 2015. |
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1-P5-4. Comparison - with medium-term results (more than three years) - traditional approach of the fixation between the low invasive transintervertebral foramen approach lumbar vertebrae vertebral body 大森一生, 小野孝一郎 Journal of Spine Research 6(3): 344-344, 2015. |
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1-P5-5. From treatment result - local site decompression fixation of MIS-TLIF for lumbar spine degeneration scoliosis to deformity of spine correction - 須賀雄一, 森友信彦 Journal of Spine Research 6(3): 344-344, 2015. |
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1-P5-6. Short-term results of the XLIF surgery in our hospital 吉岡淳思, 蜂谷裕道, 田中健一郎, 村松孝一, 渡邊裕規, 谷口祥一 Journal of Spine Research 6(3): 345-345, 2015. |
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1-P6-1. It is results after the operation of low invasive backward approach lumbar vertebrae interbody fixation (MIS-PLIF) by the intermuscular approach for the lumbar vertebrae sliding symptom for a medium-and-long term 堤本高宏, 由井睦月, 大場悠己, 鎌仲貴之, 太田浩史, 古作英美, 三澤弘道 Journal of Spine Research 6(3): 345-345, 2015. |
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1-P6-2. Comparison between surgery results - one side approach law and midline approach method - of low invasive PLIF using percutaneous pedicle of vertebral arch screw (PPS) 安藤智洋1, 佐藤公治1, 鵜飼淳一1, 松井寛樹1, 岸田俊一2 Journal of Spine Research 6(3): 346-346, 2015. |
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1-P6-3. Comparison of surgery results in the Percutaneous Versus Mini-Open pedicle of vertebral arch screw implant 堀悠介1, 星野雅俊2, 辻尾唯夫1, 関昌彦1, 万代幸司1, 中村博亮2 Journal of Spine Research 6(3): 346-346, 2015. |
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1-P6-4. Examination of the merits and demerits of the dispersion in the prophylactic vancomycin technique in mini-OPEN PLIF 有薗剛, 井口明彦, 今村隆太 Journal of Spine Research 6(3): 347-347, 2015. |
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1-P6-5. Comparison of clinical results of the low invasive posterior lumbar spinal fusion that used one axis communication hole hydroxyapatite or β-TCP together to a local bone 宮崎拓自, 小谷善久, 松居祐樹, ゴンチャル イワン, 綛村俊之, 益子龍弥 Journal of Spine Research 6(3): 347-347, 2015. |
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1-P7-1. Does the backbone pelvis alignment have an influence on the bone union of PLIF/TLIF? 遠田慎吾1, 金山雅弘1, 橋本友幸1, 大羽文博1, 岩田玲1, 田代薫1, 渡辺尭仁1, 金子和夫2 Journal of Spine Research 6(3): 348-348, 2015. |
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1-P7-2. Of bone union rate of the percutaneous pedicle of vertebral arch screw combination facet fusion for the lumbar spine degeneration sliding symptom and clinical results - PLF insult it low; - 宮下智大1, 安宅洋美2, 加藤啓1, 丹野隆明2 Journal of Spine Research 6(3): 348-348, 2015. |
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1-P7-3. Examination of the factor contributing to the vertebral body end plate bone cyst formation, bone union in the fixation between the lumbar vertebrae vertebral body using the CBT method 松川啓太朗1, 今林英明1, 谷戸祥之2, 安岡宏樹3, 田口瑛子1, 矢内嘉英1, 井上雅博1, 石坂隆博1, 細金直文1, 朝妻孝仁2, 根本孝一1 Journal of Spine Research 6(3): 349-349, 2015. |
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1-P7-4. - that the cage neighborhood all circumferences-related cysts formation between the chinquapin in prospective comparative study - CBT method PLIF of two years reduces clinical image results after the operation in CBT method PLIF and traditional approach PLIF 海渡貴司1, 柏井将文1, 牧野孝洋1, 藤原啓恭2, 杉浦剛1 Journal of Spine Research 6(3): 349-349, 2015. |
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1-P7-5. The L5/S1 corner is ... to influence for L5/S1 TLIF postoperative bone union results after the L5/S1 TLIF technique in examination - preoperation of the risk factor of the bone union imperfection 小林喜臣, 篠崎義雄, 美馬雄一郎, 西田光宏, 高橋洋平, 小川潤 Journal of Spine Research 6(3): 350-350, 2015. |
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1-P7-6. A role and limit of the caudalis edge S1 screw in the lumbosacral spine rear fixation that is higher than 3 chinquapin 北山和道 Journal of Spine Research 6(3): 350-350, 2015. |
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1-P8-1. Examination of disorder (ASD) between the adjacent chinquapin in fixation (PLIF) between the lumbar vertebrae rear vertebral body which used skill in braking together 立花直寛1, 河村直洋1, 笹川武史2, 増山茂1, 平尾雄二郎1, 高橋直樹1, 久野木順一1 Journal of Spine Research 6(3): 351-351, 2015. |
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1-P8-2. If the shift of the cranial adjacent vertebral body is big, the transformation of the coronal plane progresses after the lumbar vertebrae fixation 磯貝宜広1, 石井賢2, 細金直文3, 日方智宏2, 藤田順之2, 金子康仁1, 小柳貴裕1, 中村雅也2, 戸山芳昭2, 松本守雄2 Journal of Spine Research 6(3): 351-351, 2015. |
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1-P8-3. Evaluation - TLIF vs. of the disorder between the chinquapin adjacent after the backward surgery for the fourth lumbar spine degeneration sliding symptom in the image in five years Look at the microscope; lower one side approach both sides decompression - 大山翔一朗1, 松村昭1, 並川崇1, 加藤相勲1, 嶋谷彰芳1, 臼井俊方1, 中村博亮2 Journal of Spine Research 6(3): 352-352, 2015. |
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1-P8-4. Examination of the prophylactic surgery for the disorder between the adjacent chinquapin of fixation (TLIF) between the lumbar vertebrae rear vertebral body 伏見一成1, 近藤祐一1, 森博美1, 金森茂雄1, 仲村智1, 高澤真2, 川島健志3, 宮川貴樹3, 岩田淳4 Journal of Spine Research 6(3): 352-352, 2015. |
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1-P8-5. Adjacent disorder after the kyphoscoliosis correction fixation using S2 alar-iliac screw 阿部利樹1, 阿部栄二1, 村井肇1, 鵜木栄樹1, 小西奈津雄1, 小林孝1, 菊池一馬1, 赤川学1, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 353-353, 2015. |
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1-P8-6. Correction fixation - ilium screw for the adult deformity of spine can protect S1 screw; or - 福岡宗良, 水谷潤, 鈴木伸幸, 大塚聖視, 松本佳久, 大塚隆信 Journal of Spine Research 6(3): 353-353, 2015. |
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1-P9-1. Clinical outcome of posterior instrumentation surgery for osteoporotic vertebral fracture in thoracolumbar spine 佐野秀仁, 長谷川雅一, 高橋雅人, 長谷川淳, 市村正一 Journal of Spine Research 6(3): 354-354, 2015. |
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1-P9-2. Short-term results of low invasive backbone stability technique (MISt) for the Osteoporotic vertebral body bone fracture 小島敦1, 笹生豊2, 鳥居良昭3, 森岡成太2, 藤井厚司4, 梅原亮1, 石森光一1, 黒屋進吾1, 別府諸兄1 Journal of Spine Research 6(3): 354-354, 2015. |
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1-P9-3. Surgical treatment for the lower lumbar vertebrae osteoporosis characteristics crush injury 中嶋秀明, 内田研造, 本定和也, 坂本拓己, 山岸淳嗣, 馬場久敏 Journal of Spine Research 6(3): 355-355, 2015. |
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1-P9-4. Comparison - of examination - bone union group and the tardive paralysis group of the development of paralysis risk factor tardive after the osteoporotic vertebral body bone fracture 柏井将文1, 杉浦剛1, 牧野孝洋1, 岩崎幹季2, 海渡貴司1 Journal of Spine Research 6(3): 355-355, 2015. |
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1-P9-5. Comparison with the backward fixation by posterior spinal fusion and the traditional approach using the percutaneous pedicle of vertebral arch screw in the chest lumbar vertebrae vertebral fracture complicated with diffuse spinal osteophytosis 松本卓二1, 安藤宗治2, 麻殖生和博2, 福井大輔2 Journal of Spine Research 6(3): 356-356, 2015. |
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1-P10-1. The issue of local sagittal section vertebral body plastic surgery combination PS short fusion digit for the osteoporosis-related vertebral body crush injury pseudarthrosis 森英治, 植田尊善, 前田健, 弓削至, 河野修, 高尾恒彰, 坂井宏旭, 益田宗彰, 森下雄一郎, 林哲生, 松下昌史, 芝啓一郎 Journal of Spine Research 6(3): 356-356, 2015. |
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1-P10-2. It is examined the operative stress of vertebral body plastic surgery for the crush injury and the backward fixation after the Osteoporotic vertebral body bone fracture 野谷尚樹, 宮崎正志, 吉岩豊三, 津村弘 Journal of Spine Research 6(3): 357-357, 2015. |
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1-P10-3. Treatment result - fixation range of the vertebral body formation combination rear fixation for the pseudarthrosis is 1 above-1below after the osteoporotic vertebral body bone fracture; or more than 2 above-2below - 白旗敏之1, 工藤理史1, 神與市2, 松岡彰1, 星野雄志1, 平泉裕1, 稲垣克記1 Journal of Spine Research 6(3): 357-357, 2015. |
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1-P10-4. It is weighed results HA group and the CPC group after the operation of the backward fixed combination vertebral body plastic surgery for the osteoporotic vertebral body bone fracture 木島和也1, 圓尾圭史2, 森山徳秀1, 橘俊哉2, 井上真一2, 有住文博2, 吉矢晋一2 Journal of Spine Research 6(3): 358-358, 2015. |
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1-P10-5. The percutaneous vertebral body plastic surgery for the chest lumbar vertebrae burst fracture and low invasive reconstruction using the percutaneous pedicle of vertebral arch screw 北原建彰, 進藤重雄, 水野広一, 大谷和之, 三宅論彦, 請川大, 中井修 Journal of Spine Research 6(3): 358-358, 2015. |
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1-P10-6. Radiculopathy associated with the vertebral body bone fracture dysraphism 玉井孝司, 豊田宏光, 鈴木亨暢, 寺井秀富, 星野雅俊, 堂園将, 高橋真治, 林和憲, 中村博亮 Journal of Spine Research 6(3): 359-359, 2015. |
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1-P11-1. Usefulness for the loosening prevention of pedicle screw of the PTH preparation to kick for the spinal fusion that we performed in our hospital 藤田康稚1, 江幡重人1, 佐藤弘直1, 大場哲郎1, 渡辺長和2, 波呂浩孝1 Journal of Spine Research 6(3): 359-359, 2015. |
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1-P11-2. Effect of teriparatide on Osteoporotic vertebral body bone fracture protraction concrescence case 吉田佑一郎, 寒竹司, 今城靖明, 鈴木秀典, 西田周泰, 田口敏彦 Journal of Spine Research 6(3): 360-360, 2015. |
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1-P11-3. A treatment result of teriparatide for the chest waist transitional region Osteoporotic vertebral body bone fracture: Evaluation by the patients writing by oneself-style questionnaire 辻収彦, 小川祐人 Journal of Spine Research 6(3): 360-360, 2015. |
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1-P11-4. Effect of the teriparatide administration for the operation in the backbone instrumentation surgery 江畑公仁男1, 冨岡立1, 湯浅悠介1, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 361-361, 2015. |
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1-P11-5. About the incidence of new vertebral body bone fracture after the fixation between the multi-chinquapin and an effect of teriparatide on osteoporotic vertebral body bone fracture pseudarthrosis 圓尾圭史, 橘俊哉, 井上真一, 有住文博, 吉矢晋一 Journal of Spine Research 6(3): 361-361, 2015. |
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1-P11-6. Effect of teriparatide on kyphosis disorder between the chinquapin adjacent after the operation of lumbar spine degeneration scoliosis 八木満, 町田正文, 谷戸祥之, 朝妻孝仁 Journal of Spine Research 6(3): 362-362, 2015. |
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1-P12-1. Examination of the factor associated with the spinal column sagittal section alignment improvement after the lumbar vertebrae endoscope lower laminectomy 堂園将, 豊田宏光, 寺井秀富, 星野雅俊, 鈴木亨暢, 高橋真治, 篠原良和, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 362-362, 2015. |
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1-P12-2. Examination of all spinal column sagittal section alignment aggravation cases after the backward decompression for the lumbar spinal canal stenosis 日方智宏1, 渡辺航太2, 藤田順之1, 岩波明生1, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 363-363, 2015. |
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1-P12-3. Effect and the treatment strategy which lumbar spinal canal stenosis gives in all backbone sagittal section balance 橋本和喜, 宮本裕史, 池田光正, 赤木將男 Journal of Spine Research 6(3): 363-363, 2015. |
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1-P12-4. A change of spinal column alignment and the quality of life after the spinal column correction fixation for the osteoporotic deformity of spine: Comparison with the non-surgery case 宮腰尚久1, 本郷道生1, 小林孝2, 阿部利樹2, 阿部栄二2, 島田洋一1 Journal of Spine Research 6(3): 364-364, 2015. |
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1-P12-5. The effect that the deformity of spine after the osteoporotic vertebral body bone fracture gives to all backbone sagittal section alignment 池田光正, 宮本裕史, 橋本和喜, 赤木將男 Journal of Spine Research 6(3): 364-364, 2015. |
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1-P12-6. Change of the spinal column pelvis alignment after the reposition fixation for the extensive lumbar vertebrae sliding symptom 本定和也, 中嶋秀明, 竹浦直人, 坂本拓巳, 内田研造 Journal of Spine Research 6(3): 365-365, 2015. |
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1-P13-1. Backward correction fixation - correction rate and spinal column balance - for lumbar spine degeneration scoliosis using the Side-loading system 山縣徹1, 高見俊宏2, 内藤堅太郎2, Pierre-Marie Longis3, 岩井謙育1, 大畑建治2, Joel Delecrin3 Journal of Spine Research 6(3): 365-365, 2015. |
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1-P13-2. The appropriate lumbar vertebrae lordosis angle which matched Pelvic Incidence is determined by a vertebral body shape 飯村拓哉, 稲見聡, 森平泰, 竹内大作, 司馬洋, 大江真人, 浅野太志, 知場一記, 種市洋 Journal of Spine Research 6(3): 366-366, 2015. |
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1-P13-3. Does the backbone pelvis alignment affect the scoliosis progress and the human trunk balance aggravation after short segment fusion for lumbar spine degeneration scoliosis? 金山雅弘, 橋本友幸, 大羽文博, 岩田玲, 遠田慎吾, 田代薫, 渡辺尭仁 Journal of Spine Research 6(3): 366-366, 2015. |
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1-P13-4. Adaptation and limit of short fusion for the lumbar spine degeneration scolioses 大田秀樹, 松本佳之, 中山美数, 酒井翼, 井口洋平, 清田光一, 巽政人, 木田浩隆, 竹光義治 Journal of Spine Research 6(3): 367-367, 2015. |
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1-P13-5. Examination of the factor of the surgery results reoperation case for the adult deformity of spine and the risk factor 乾義弘, 宇野耕吉, 川北晃平, 鈴木哲平, 堂垣佳宏 Journal of Spine Research 6(3): 367-367, 2015. |
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1-P13-6. What can you correct in local correction effect on severe denaturing scoliosis - LIF of lateral interbody fusion (LIF)? - 大和雄, 長谷川智彦, 小林祥, 安田達也, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 山田智弘, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 368-368, 2015. |
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1-P14-1. Change of the backbone lower limbs sagittal section sequence before and after the artificial joint replacement 茶薗昌明1, 田中孝昭1, 熊谷吉夫1, 山元駿1, 丸毛啓史2 Journal of Spine Research 6(3): 368-368, 2015. |
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1-P14-2. Change of sagittal section backbone - pelvis alignment before and after the Total Hip Arthroplasty for the high rank dislocation crotch 吉原智仁, 森本忠嗣, 塚本正紹, 園畑素樹, 馬渡正明 Journal of Spine Research 6(3): 369-369, 2015. |
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1-P14-3. Can Iliac cortical density line (projection line of Arcuate line of ilium) become the simple and easy pelvic base line to correlate with Pelvic Tilt? 土井俊郎, 東野修, 樽角清志 Journal of Spine Research 6(3): 369-369, 2015. |
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1-P14-4. Comparison of the Pelvic incidence measurement in simple X-rays and tomosynthesis and the simple CT 油井充1, 大鶴任彦2, 村田泰章2, 和田圭司2, 柴正弘2, 橘田彩菜2, 森田康介2, 堀内悠平2, 加藤義治2 Journal of Spine Research 6(3): 370-370, 2015. |
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1-P14-5. Including the effectiveness in the prediction of the vicarious alignment change in effective - fault fixation chinquapin of casting test as simulation before surgery for the adult deformity of spine - 金子慎二郎1, 斉藤正史2, 河野仁2, 許斐恒彦1, 谷戸祥之1, 朝妻孝仁1 Journal of Spine Research 6(3): 370-370, 2015. |
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1-P14-6. Using preoperation plan - fulcrum backward bending (FBB) of the adult deformity of spine - 中山健太朗, 稲見聡, 森平泰, 竹内大作, 司馬洋, 大江真人, 浅野太志, 野原裕, 種市洋 Journal of Spine Research 6(3): 371-371, 2015. |
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1-P15-1. Cranial pelvic total spinal anesthesia pillar alignment and the compensation function 吉田剛1, 黒須健太1, 佐藤義弘2, 清水聡志3, 安田達也4, 戸川大輔4, 長谷川智彦4, 大和雄4, 小林祥4, 有馬秀幸4, 坂野友啓4, 大江慎4, 中井慶一4, 山田智祐4, 松山幸弘4 Journal of Spine Research 6(3): 371-371, 2015. |
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1-P15-2. Backward correction fixation using PLIF and rod rotation between the multi-chinquapin for lumbar spine degeneration kyphoscoliosis Cobb corner 50 degrees or more 松村昭1, 並川崇1, 加藤相勲1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 中村博亮2 Journal of Spine Research 6(3): 372-372, 2015. |
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1-P15-3. What is the X-rays parameter in the operation to influence sagittal balance after the operation in the adult deformity of spine surgery most? 藤田康稚1, 江幡重人1, 佐藤弘直1, 大場哲郎1, 渡辺長和2, 波呂浩孝1 Journal of Spine Research 6(3): 372-372, 2015. |
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1-P15-4. Correlation and normal - with usefulness - clinical manifestations of Global Tilt which is the new parameter in all backbone sagittal section alignment evaluations 中尾祐介1, 佐野茂夫1, 森井次郎1, Obeid Ibrahim2, Vital Jean-Marc2, 清水敬親3, 丸山徹4 Journal of Spine Research 6(3): 373-373, 2015. |
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1-P15-5. Comparison - for examination - healthy subject and the lumbar spine degeneration sliding symptom of the lumbar vertebrae pelvis rhythm using the image of X-rays video 吉岡克人, 村上秀樹, 出村諭, 加藤仁志, 杉田守礼, 近藤章, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 373-373, 2015. |
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1-P15-6. Effect of epoetin β hypodermic injection in the pre-operative autologous blood donation before chiropractic surgery 池上章太, 高橋淳, 倉石修吾, 清水政幸, 二木俊匡, 上原将志, 加藤博之 Journal of Spine Research 6(3): 374-374, 2015. |
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1-P16-1. The compensation afunction of the neck thoracic vertebra alignment causes the postoperative correction loss 大江慎, 中井慶一, 山田智裕, 有馬秀幸, 坂野友啓, 安田達也, 戸川大輔, 小林祥, 大和雄, 長谷川智彦, 松山幸弘 Journal of Spine Research 6(3): 374-374, 2015. |
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1-P16-2. Treatment result of Pedicle Subtraction Osteotomy (PSO) for the adult deformity of spine 竹内大作, 稲見聡, 森平泰, 司馬洋, 大江真人, 浅野太志, 知場一記, 野原裕, 種市洋 Journal of Spine Research 6(3): 375-375, 2015. |
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1-P16-3. Comparison - with the traditional approach using correction fixation - rod rotation using the LIF for SRS-Schwab classification Curve type L 大和雄, 長谷川智彦, 小林祥, 安田達也, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 山田智弘, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 375-375, 2015. |
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1-P16-4. A characteristic of the deformity of spine compensated by pelvic retroversion and validity of the surgery 中井慶一, 戸川大輔, 長谷川智彦, 大和雄, 小林祥, 安田達也, 坂野友啓, 有馬秀幸, 大江慎, 山田智裕, 一ノ瀬初美, 松山幸弘 Journal of Spine Research 6(3): 376-376, 2015. |
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1-P16-5. It is the predictor in the operation of the lumbar lordosis after the operation in the adult deformity of spine surgery 菊池一馬1, 阿部栄二1, 村井肇1, 小林孝1, 阿部利樹1, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 376-376, 2015. |
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1-P16-6. The patients standpoint type satisfaction evaluation of the fixation between the single chinquapin for the lumbar spinal canal stenosis with the adult deformity of spine 山崎良二1, 奥田真也1, 山下智也1, 松本富哉1, 前野考史1, 小田剛紀2, 岩崎幹季1 Journal of Spine Research 6(3): 377-377, 2015. |
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1-P17-1. Relations of X-rays parameter and the waist back muscle fatigue in the kyphos transformation patients 小柳津卓哉1, 榎本光裕1, 請川大2, 吉井俊貴1, 猪瀬弘之1, 加藤剛1, 川端茂徳1, 大川淳1 Journal of Spine Research 6(3): 377-377, 2015. |
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1-P17-2. Three-dimensional analysis of the shoulder blade displacement in patients with cyrtosis: Glenohumeral joint disorder by Spine-affected Shoulder Syndrome (SSS) 安倍雄一郎, 佐藤栄修, 山田賢太郎, 百町貴彦, 柳橋寧 Journal of Spine Research 6(3): 378-378, 2015. |
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1-P17-3. The development of cervical spine mal-alignment factor after the backbone kyphosis correction 遠藤健司, 村田寿馬, 鈴木秀和, 依藤麻紀子, 西村浩輔, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 378-378, 2015. |
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1-P17-4. Three patients who used VCR together for the backbone Kyphosis symptom due to the achondrogenesis, and underwent correction fixation 魚谷弘二, 瀧川朋亨, 渡邉典行, 篠原健介, 山根健太郎, 荒瀧慎介, 杉本佳久, 田中雅人, 尾崎敏文 Journal of Spine Research 6(3): 379-379, 2015. |
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1-P17-5. With the condition that does not need to postpone fixation to examination - pelvis of the adult kyphoscoliosis transformation corrective surgery - 飯田尚裕, 大山安正, 片柳順也, 阿藤晃久, 峯研, 松本和之, 古川裕和, 東村隆, 大関覚 Journal of Spine Research 6(3): 379-379, 2015. |
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1-P17-6. What is the spinal column parameter that is useful for an evaluation after the operation of lumbar spine degeneration kyphoscoliosis? : Is caught with Fist on clavicle position, and stand; an evaluation using all spinal column X-rays lateral projection 小林孝1, 阿部栄二1, 阿部利樹1, 菊池一馬1, 村井肇1, 島田洋一2, 宮腰尚久2 Journal of Spine Research 6(3): 380-380, 2015. |
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1-P18-1. Adult deformity of spine correction using OLIF 藤林俊介, 大槻文悟, 木村浩明, 松田秀一 Journal of Spine Research 6(3): 380-380, 2015. |
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1-P18-2. Short-term results of the OLIF combination chest lumbosacral spine correction fixation for the adult deformity of spine 原耕三, 秋山典宏, 増田尚也, 多門和一, 高橋忍 Journal of Spine Research 6(3): 381-381, 2015. |
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1-P18-3. Examination - of XLIF, OLIF and comparison - correction angle and the operative stress with the traditional approach which used a percutaneous pedicle of vertebral arch screw for the highly adult deformity of spine together 原田智久1, 長江将輝2, 高取良太3, 成田渉4, 林田達郎4, 槇尾智4, 大澤透5, 小倉卓4, 三上靖夫6, 久保俊一2 Journal of Spine Research 6(3): 381-381, 2015. |
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1-P18-4. Do kyphosis of adults, the kyphoscoliosis corrective surgery improve not only clinical manifestations of GERD but also the objective mucous membrane disorder? 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 安田達也, 大江慎, 山田智裕, 中井慶一, 坂野友啓, 有馬秀幸, 松山幸弘 Journal of Spine Research 6(3): 382-382, 2015. |
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1-P18-5. Treatment result of the front rear corrective surgery of the second that used XLIF between the multi-chinquapin for adult kyphoscoliosis, cyrtosis together 山口英敏1, 金村徳相1, 佐竹宏太郎1, 世木直喜1, 伊藤全哉2, 八木秀樹2, 田中智史2, 今釜史郎2 Journal of Spine Research 6(3): 382-382, 2015. |
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1-P18-6. Clinical results of OLIF for the adult deformity of spine and the backward MIS approach composite operation 小谷善久, Gonchar Ivan, 宮崎拓自, 松居祐樹, 綛村俊之, 益子竜弥 Journal of Spine Research 6(3): 383-383, 2015. |
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1-P19-1. Examination of the factor to decrease rib hump for pubertal idiopathic scoliosis by the multicenter study 田中雅人1, 高橋淳2, 酒井大輔3, 谷口優樹4, 竹下克志5, 廣岡孝彦6, 尾崎敏文1 Journal of Spine Research 6(3): 383-383, 2015. |
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1-P19-2. Comparison of thoracic vertebra, the lumbar vertebrae angle of torsion by the difference of the correction operation for idiopathic scoliosis that assumed thoracic vertebra the main curve 出村諭, 村上英樹, 加藤仁志, 吉岡克人, 杉田守礼, 近藤章, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 384-384, 2015. |
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1-P19-3. Sagittal section alignment change after the backward fixation in idiopathic scoliosis having a lumbar vertebrae curve ball 鈴木哲平, 宇野耕吉, 乾義弘, 川北晃平 Journal of Spine Research 6(3): 384-384, 2015. |
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1-P19-4. Lenke 1, radiographic examination of the backward correction fixation rear carrier balance for 2 idiopathy scoliosis 並川崇1, 松村昭1, 加藤相勲1, 大山翔一朗1, 中村博亮2 Journal of Spine Research 6(3): 385-385, 2015. |
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1-P19-5. Examination of chest lumbar vertebrae/lumbar vertebrae curve after the backward thoracic vertebra fixation for pubertal idiopathic scolioses Lenke1C, 2C and the coronal plane balance 石川雅之1, 曹凱2, Pang Long2, 渡辺航太3, 八木満4, 細金直文5, 町田正文4, 石原慎一1, 西山誠1, 福井康之1, 松本守雄2 Journal of Spine Research 6(3): 385-385, 2015. |
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1-P20-1. Examination of the number of screws necessary for the correction of the pubertal idiopathic scoliosis thoracic vertebra curve 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 上原将志, 加藤博之 Journal of Spine Research 6(3): 386-386, 2015. |
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1-P20-2. Validity of the fixed range decision method that focused on an intervertebral disk behavior flexibility evaluation for pubertal idiopathic scoliosis 豊田宏光, 寺井秀富, 鈴木亨暢, 星野雅俊, 堂園将, 林和憲, 篠原良和, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 386-386, 2015. |
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1-P20-3. Is idiopathic scoliosis (Lenke type 2) with thoracic vertebra double curves correctable in derotation maneuver using single rod? 町田正文1, 斉藤正史2, 八木満3, 福田健太郎4, 三宅敦3, 竹光正和3 Journal of Spine Research 6(3): 387-387, 2015. |
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1-P20-4. Lenke type 1, examination of sagittal alignment in 2 嶋村之利, 米澤郁穂, 奥田貴俊, 吉川慶, 高野弘充, 佐藤達哉, 金子和夫 Journal of Spine Research 6(3): 387-387, 2015. |
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1-P20-5. Examination - about pleural effusion retention - frequency and the associated factor occurring after the pubertal idiopathic scoliosis surgery 斉藤公亮, 林和憲, 寺井秀富, 豊田宏光, 星野雅俊, 鈴木亨暢, 堂園将, 高橋真治, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 388-388, 2015. |
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1-P21-1. Surgery results of the Simultaneous double-rod rotation method in the scoliosis 宮崎正志, 吉岩豊三, 野谷尚樹, 石原俊信, 津村弘 Journal of Spine Research 6(3): 388-388, 2015. |
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1-P21-2. The effect that backward correction fixation gives in the form of the vertebral body in bone immature pubertal idiopathic scoliosis 牧野孝洋1, 海渡貴司1, 杉浦剛2, 松尾庸平2, 柏井将文1, 岩崎幹季3, 菅本一臣2 Journal of Spine Research 6(3): 389-389, 2015. |
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1-P21-3. Less than spinal column sagittal section alignment - Cobb corner 10 degrees in young people "scoliosis state" case and comparison - that 20 degrees is within it 10 degrees or more 菊池孝幸1, 山崎健2, 吉田知史1, 村上秀樹3, 遠藤寛興3, 山部大輔3, 沼田徳生4, 土井田稔3 Journal of Spine Research 6(3): 389-389, 2015. |
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1-P21-4. We set a limit to the scoliosis convex side shoulder extorsion as Spine-affected Shoulder Syndrome (SSS) 安倍雄一郎1, 佐藤栄修1, 須藤英毅2, 山田賢太郎1, 百町貴彦1, 柳橋寧1 Journal of Spine Research 6(3): 390-390, 2015. |
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1-P21-5. Examination of the pubertal idiopathic scolioses treatment drop out case 安原和之, 笹生豊, 鳥居良昭, 小島敦, 森岡成太, 藤井厚司, 上野純, 梅原亮, 石森光一, 飯沼雅央 Journal of Spine Research 6(3): 390-390, 2015. |
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Description of the ninth Asia Traveling Fellowship - Vietnam, visit - to Korea 渡邊吾一1, 中前稔生2 Journal of Spine Research 6(3): 393-393, 2015. |
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Visit 2014 JSSR ninth ASIA Traveling Fellow Korea and Singapore 吉井俊貴1, 熊谷玄太郎2 Journal of Spine Research 6(3): 393-393, 2015. |
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Description of the ninth Asia Travelling Fellowship - India, visit - to Taiwan 岩波明生1, 柏井将文2 Journal of Spine Research 6(3): 394-394, 2015. |
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Description of the ninth Asia Traveling Fellowship - Vietnam, visit - to Taiwan (Taipei) 菅野晴夫1, 宮下智大2 Journal of Spine Research 6(3): 394-394, 2015. |
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Description of the ninth Asia Traveling Fellowship experience 松本嘉寛1, 吉岡克人2 Journal of Spine Research 6(3): 395-395, 2015. |
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Visit the ninth Asia Travelling Fellowship - Hong Kong, Indonesia; and - 野村裕1, 岡田英次朗2 Journal of Spine Research 6(3): 395-395, 2015. |
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2-1-DB2-1. Front decompression fixation for the cervical spondylotic myelopathy of the elderly aged 75 or over 進藤重雄, 中井修, 水野広一, 北原建彰, 大谷和之, 三宅論彦, 請川大 Journal of Spine Research 6(3): 399-399, 2015. |
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2-1-DB2-2. Selective front decompression fixation for the cervical spondylotic myelopathy 谷口愼一郎1, 齋藤貴徳1, 石原昌幸1, 谷陽一1, 朴正旭1, 武政龍一2, 喜安克仁2, 田所伸朗2, 池内昌彦2 Journal of Spine Research 6(3): 399-399, 2015. |
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2-1-DB2-3. Elderly aged 75 or over cervical myelopathy: Situation of the rear method 今城靖明, 寒竹司, 鈴木秀典, 吉田佑一郎, 西田周泰, 藤本和弘, 田口敏彦 Journal of Spine Research 6(3): 400-400, 2015. |
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2-1-DB2-4. A surgery choice for the cervical spondylotic myelopathy of the elderly aged 75 or over: From the situation of the rear method 大谷晃司, 二階堂琢也, 渡邉和之, 加藤欽志, 志田努, 矢吹省司, 紺野愼一, 菊地臣一 Journal of Spine Research 6(3): 400-400, 2015. |
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2-1-S3-1. Distance until treatment strategy - clinical test start using the hepatocyte growth factor HGF for the acute phase spinal cord injury and future fine-view - 北村和也1, 岩波明生1, 岩井宏樹1, 岡野栄之2, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 401-401, 2015. |
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2-1-S3-2. Effect on survival of oligodendrocytic progenitor cells through the endoplasmic reticulum stress competence of the amiloride administration in the spinal cord injury rat and myelinization 今井洸1, 渡辺雅彦1, 加藤裕幸1, 隅山香織2, 黒岩真弘1, 柳澤聖1, 持田譲治1 Journal of Spine Research 6(3): 401-401, 2015. |
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2-1-S3-3. Promotion - of transplant cells survival, the axon remyelination by neural regeneration treatment with Schwann cells transplant - neurotrophy factor D15A for the spinal cord injury 菅野晴夫1, Pearse Damien2, 小澤浩司1, 井樋栄二1, Bunge Mary2 Journal of Spine Research 6(3): 402-402, 2015. |
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2-1-S3-4. The transplanted nerve trunk cells promote function recovery after the spinal cord injury by reciprocal synapse rebuilding with the host neuron 岡田誠司, 横田和也, 小早川和, 林田光正, 松本嘉寛, 播广谷勝三, 岩本幸英 Journal of Spine Research 6(3): 402-402, 2015. |
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2-1-S3-5. Cells transplant therapy for the chronic phase cervical cord injury 鈴木秀典1,2, 田口敏彦1, Ryan P. Salewski2, Michael G. Fehlings3,4 Journal of Spine Research 6(3): 403-403, 2015. |
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2-1-S3-6. The optional walk function rebuilding of patients with severe cervical injury by the artificially nerve connection 中尾弥起1, 笹田周作2, 加藤健治1, 村山尊司3, 門脇傑4, 吉田晋5, 飯塚正之3, 小宮山伴与志6, 宇川義一4, 西村幸男1 Journal of Spine Research 6(3): 403-403, 2015. |
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2-1-LS8-1. Total management of the patients reporting a pain 川口善治 Journal of Spine Research 6(3): 404-404, 2015. |
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2-1-LS8-2. It is ... for a case in significance ... adults deformity of spine of the backbone surgery 長谷川和宏 Journal of Spine Research 6(3): 404-404, 2015. |
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2-1-S4-1. To you who carry the next generation succession - of the results of - ancient people 菊地臣一 Journal of Spine Research 6(3): 405-405, 2015. |
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2-1-S4-2. An electric potential increase phenomenon in the spinal cord electrodiagnosis and the mechanism 谷俊一1, 田所伸朗2, 牛田享宏3, 谷口愼一郎4, 武政龍一2, 木田和伸1 Journal of Spine Research 6(3): 405-405, 2015. |
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2-1-S4-3. Development of the backbone surgery of cervical myelopathy and this country 米延策雄 Journal of Spine Research 6(3): 406-406, 2015. |
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2-1-S4-4. Think now after scoliosis outpatient department charge 34 years. 鈴木信正 Journal of Spine Research 6(3): 406-406, 2015. |
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2-1-VS-1. Simultaneous Double-Rod Rotation Technique for Correction of AIS 須藤英毅1, 伊東学2, 安倍雄一郎3, 鐙邦芳4, 高畑雅彦1, 岩崎倫政1 Journal of Spine Research 6(3): 407-407, 2015. |
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2-1-VS-2. New cervical vertebrae rear approach and the application to penetrate along Inter-muscular plane 白石建1, 上田誠司2, 青山龍馬1, 山根淳一3, 二宮研1, 北村和也4, 海苔聡1, 谷戸祥之5 Journal of Spine Research 6(3): 407-407, 2015. |
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2-1-VS-3. Laminectomy of the bony formation for the lumbar spine degeneration sliding merger constriction 小田裕胤1, 武藤正記1, 田口敏彦2, 寒竹司2, 吉田佑一郎2 Journal of Spine Research 6(3): 408-408, 2015. |
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2-1-VS-4. It is spinal column retrenchment for the paraplegia after the osteoporotic vertebral body bone fracture 税田和夫 Journal of Spine Research 6(3): 408-408, 2015. |
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2-1-VS-5. Reconstruction operation of the epistropheus mandible chinquapin with the pedicle of vertebral arch screw 鐙邦芳 Journal of Spine Research 6(3): 409-409, 2015. |
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2-1-SEV. ... that pit - ignorance and the dishonesty that we can see from surgical complications cause a tragic incident 根尾昌志 Journal of Spine Research 6(3): 409-409, 2015. |
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2-2-M5-1. What is a factor influencing clinical results of the endoscopic lower decompression for the lumbar spine degeneration sliding symptom? 南出晃人1, 吉田宗人1, 山田宏1, 橋爪洋1, 中川幸洋1, 西秀人1, 岩崎博1, 筒井俊二1, 中尾慎一1, 岡田紗枝1, 岩橋弘樹1, 岡敬之2 Journal of Spine Research 6(3): 410-410, 2015. |
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2-2-M5-2. The clinical results and image of the case change in the course more than five years after the low invasive decompression for the lumbar spine degeneration sliding symptom 森弦1, 三上靖夫2, 長江将輝3, 野々村卓3, 池田巧2, 外村仁3, 大澤透1, 新井祐志3, 久保俊一3 Journal of Spine Research 6(3): 410-410, 2015. |
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2-2-M5-3. It is weighed results after the operation of the different method of operation for the lumbar spine degeneration sliding symptom for five years 江幡重人, 藤田康稚, 大場哲郎, 佐藤弘直, 渡辺長和, 波呂浩孝 Journal of Spine Research 6(3): 411-411, 2015. |
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2-2-M5-4. Long-term results of Mini-open TLIF for the lumbar spine degeneration disease 宮川慶, 玄奉学, 佐久間吉雄, 河野裕, 小鹿寧之, 泉対信賢 Journal of Spine Research 6(3): 411-411, 2015. |
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2-2-M5-5. Examination - in low invasive decompression - midline approach endoscope lower decompression enforcement case for the lumbar spinal canal stenosis who had denaturing scoliosis 長江将輝1, 三上靖夫2, 原田智久3, 外村仁1, 北中重行1, 小池宏典1, 細井邦彦1, 阪田宗弘1, 石橋秀信1, 池田巧2, 久保俊一1 Journal of Spine Research 6(3): 412-412, 2015. |
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2-2-M5-6. We look at the microscope for lumbar spinal canal stenosis with the wedging between the denaturing scoliosis and chinquapin, and is the lower one side approach both sides decompression adaptive? - Prospective study - that we paid our attention to X-rays parameter in preoperation 加藤相勲1, 並川崇1, 松村昭1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 小西定彦2, 中村博亮3 Journal of Spine Research 6(3): 412-412, 2015. |
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2-2-M6-1. Br(E)-MsEP analysis Japan backbone myelopathy society spinal cord monitoring working group multicenter study in high-risk spinal operations 小林祥, 松山幸弘, 川端茂徳, 安藤宗治, 寒竹司, 高橋雅人, 伊藤全哉, 藤原靖, 山田圭, 和田簡一郎, 木田和伸, 山本直也, 谷俊一 Journal of Spine Research 6(3): 413-413, 2015. |
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2-2-M6-2. Comparison - with tumor in usefulness - endocranium of the electrical stimulation composition line evoked response transcranial among art in the spinal cord intramedullary tumor surgery out of the marrow 安田明正1, 岩波明生1, 茂田綾3, 日方智宏1, 渡辺航太1, 石井賢1, 松本守雄1, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 413-413, 2015. |
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2-2-M6-3. We take the measures with a risk factor of the liquorrhea after the operation in the skill in tumor vertebra complete removal 横川文彬, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 414-414, 2015. |
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2-2-M6-4. Nothing of the cervical vertebrae pedicle of vertebral arch screw insertion maneuver is exposed to radiation; applied - of - screw guide template system 金山修一1, 菅原卓2, 東山巨樹2, 高畑正人1, 鷲見正敏1 Journal of Spine Research 6(3): 414-414, 2015. |
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2-2-M6-5. Postoperative risk management in the front decompression fixation between the cervical vertebrae multi-chinquapin 相庭温臣1, 望月眞人1, 門田領1, 國府田正雄2 Journal of Spine Research 6(3): 415-415, 2015. |
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2-2-M6-6. Examination about the perioperative complications of spinal operations for the high-risk childhood rachiopathy 伊藤雅明1, 武岡由樹3, 鈴木哲平2, 角谷賢一朗1, 西田康太郎1 Journal of Spine Research 6(3): 415-415, 2015. |
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2-2-M7-1. Examination - from the former directions multicenter study change -10 age of the rheumatic cervical vertebrae instability aggravation of the outpatient or more 平田裕亮, 由留部崇, 鷲見正敏 Journal of Spine Research 6(3): 416-416, 2015. |
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2-2-M7-2. Image views of the asymptomatic cervical vertebrae posterior longitudinal ligament ossification 古矢丈雄1, 國府田正雄1, 藤由崇之2, 稲田大悟1, 神谷光史郎1, 大田光俊1, 牧聡1, 高橋和久1, 大河昭彦3, 山崎正志4 Journal of Spine Research 6(3): 416-416, 2015. |
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2-2-M7-3. Change of the paralysis after the conservative treatment for the non-caries-related cervical cord injury 森英治, 植田尊善, 前田健, 弓削至, 河野修, 高尾恒彰, 坂井宏旭, 益田宗彰, 森下雄一郎, 林哲生, 松下昌史, 芝啓一郎 Journal of Spine Research 6(3): 417-417, 2015. |
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2-2-M7-4. Prognostic factor to shift to surgery for the lumbar spinal canal stenosis 福島成欣1, 松平浩2, 岡敬之2, 原慶宏3, 筑田博隆1, 大島寧1, 熊野洋1, 早川謙太郎1, 谷口優樹1, 松林嘉孝1, 大谷隼一1, 尾市健1, 田中栄1 Journal of Spine Research 6(3): 417-417, 2015. |
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2-2-M7-5. Community-based cohort investigation - of relative - backbone vertebral body bone fracture of progress and the bone density of the vertebral body transformation 山田淳一1, 明田浩司1, 竹上徳彦1, 加藤俊宏2, 村田耕一郎1, 福島達樹2, 須藤啓広1 Journal of Spine Research 6(3): 418-418, 2015. |
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2-2-M7-6. The convalescence prediction by diachronic MRI image views for the vertebral body crush injury after the osteoporotic vertebral body bone fracture: Multicenter prospective cohort study 2012-2014 (interim report) 高橋真治1, 星野雅俊1, 豊田宏光1, 辻尾唯雄2, 井関一道3, 高山和士4, 笹岡隆一5, 安田宏之6, 兼松文昭7, 河野浩8, 長山隆一9, 中村博亮1 Journal of Spine Research 6(3): 418-418, 2015. |
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2-2-LS9. Adult deformity of spine treatment - current situation and future - 松山幸弘 Journal of Spine Research 6(3): 419-419, 2015. |
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2-2-IL7. The role of C2-C7 and C0-C2 angle in the development of dysphagia after cervical spine surgery Wei Tian Journal of Spine Research 6(3): 419-419, 2015. |
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2-2-M8-1. The ossification condition of a patient of the spinal ligament ossification nest judging from an image of all backbone CT 川口善治1, 中野正人2, 安田剛敏1, 関庄二1, 鈴木賀代1, 牧野紘士1, 金森昌彦3, 木村友厚1 Journal of Spine Research 6(3): 420-420, 2015. |
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2-2-M8-2. Multicenter prospective study (the first report) about the thoracic vertebra posterior longitudinal ligament osteosis surgery 今釜史郎1, 安藤圭1, 竹内一裕2, 星地亜都司3, 竹下克志4, 長谷川智彦5, 松山幸弘5, 相澤俊峰6, 中川幸洋6, 筑田博隆6, 渡辺雅彦6, 山田圭6, 戸山芳昭7, 松本守雄7, 吉井俊貴8, 大川淳8 Journal of Spine Research 6(3): 420-420, 2015. |
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2-2-M8-3. Need - of the evaluation that added a dynamic factor to effect on cervical vertebrae ossification of posterior longitudinal ligament prediction - K-line of the backward decompression 校條祐輔1, 高畑雅彦1, 須藤英毅2, 長濱賢1, 黒木圭1, 小甲晃史1, 岩崎倫政1 Journal of Spine Research 6(3): 421-421, 2015. |
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2-2-M8-4. Comparison - multicenter study - of front decompression fixation for the cervical vertebrae posterior longitudinal ligament osteosis that is big (>= 50%) of the ossification occupation rate and the backward decompression fixation 吉井俊貴1, 坂井顕一郎2, 角谷智史1, 山田剛史1, 友利正樹2, 猪瀬弘之1, 加藤剛1, 川端茂徳1, 新井嘉容2, 佐藤浩一2, 大川淳1 Journal of Spine Research 6(3): 421-421, 2015. |
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2-2-M8-5. - that importance - surgery results of the timing are decided on surgery adaptation for the thoracic vertebra ossification of posterior longitudinal ligament by degree and the onset style of the preoperative paralysis progress 高畑雅彦, 須藤英毅, 長濱賢, 黒木圭, 小甲晃史, 校條祐輔, 岩崎倫政 Journal of Spine Research 6(3): 422-422, 2015. |
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2-2-M8-6. The effectiveness of the technique choice by the decompression range ossification nest kyphosis angle for the multi-chinquapin thoracic vertebra ossification of posterior longitudinal ligament 上井浩, 徳橋泰明, 大島正史, 間世田優文, 澤田浩克, 相馬大鋭 Journal of Spine Research 6(3): 422-422, 2015. |
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2-2-PD-1. About the clinical effect that a psychologic disorder of JOABPEC in patients with low back pain gives from analysis using - neuropathic scoliosis pain screening tool painDETECT - 檜山明彦, 渡辺雅彦, 佐藤正人, 酒井大輔, 加藤裕幸, 持田讓治 Journal of Spine Research 6(3): 423-423, 2015. |
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2-2-PD-2. Comparison of surgery short-term results of front decompression fixation for the compressive cervical myelopathy using patients standpoint type outcome (JOACMEQ) and the backward decompression (the vertebral arch formation) 宮本敬1, 日置暁2, 増田剛宏3, 下川哲哉1, 秋山治彦3 Journal of Spine Research 6(3): 423-423, 2015. |
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2-2-PD-3. Is the psychology standard involved in the post-operative hip pain of patients with lumbar spinal canal stenosis, surgery satisfaction in preoperation? 石元優々, 川上守, 長田圭司, 北川智子, 森下詔子, 松岡淑子 Journal of Spine Research 6(3): 424-424, 2015. |
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2-2-PD-4. The degree of problems - preoperative low back pain of JOABPEQ in the surgery scholastic evaluation of the decompression for the lumbar spinal canal stenosis influences the surgery results that saw in JOABPEQ; or - 渡邉和之, 大谷晃司, 二階堂琢也, 加藤欽志, 志田努, 矢吹省司, 菊地臣一, 紺野愼一 Journal of Spine Research 6(3): 424-424, 2015. |
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2-2-PD-5. The difference in PLIF postoperative harness therapy which used Instrumentation together affects patients standpoint type outcome (JOABPEQ) and the bone union rate; or - in front of direction randomization comparative study (the second report) - 藤原啓恭1, 海渡貴司2, 牧野孝洋2, 本田博嗣1, 三山彬1, 米延策雄3 Journal of Spine Research 6(3): 425-425, 2015. |
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2-2-PD-6. After effect (the second report) that fixed chinquapin number of rooms of the fixation between the backward approach lumbar vertebrae vertebral body gives for the patients standpoint type outcome - operation comparison - for two years 牧野孝洋1, 海渡貴司1, 藤原啓恭3, 本田博嗣3, 杉浦剛2, 柏井将文1 Journal of Spine Research 6(3): 425-425, 2015. |
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2-3-MS1. The latest topic about the osteoporotic practice 宗圓聰 Journal of Spine Research 6(3): 426-426, 2015. |
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2-3-F31-1. Dynamic change of the change over time of the bone metabolism marker due to the antiRANKL antibody and the vertebral body bone 稲毛一秀, 折田純久, 山内かづ代, 久保田剛, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 426-426, 2015. |
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2-3-F31-2. ADL in the osteoporosis-related backbone vertebral body bone fracture, importance of the mental component of the QoL disorder 鈴木伸幸1, 福岡宗良1, 水谷潤1, 南谷千帆2, 大塚聖視1, 松本佳久1 Journal of Spine Research 6(3): 427-427, 2015. |
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2-3-F31-3. Significance of the pedicle of vertebral arch bone fracture in the conservative treatment for the osteoporotic vertebral body bone fracture 藤岡悠樹, 佐々木正修, 井上忠 Journal of Spine Research 6(3): 427-427, 2015. |
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2-3-F31-4. Analysis of the sagittal section backbone, the pelvic parameter of elderly people with chest lumbar vertebrae kyphosis due to the osteoporotic vertebral body bone fracture 井上真一, 橘俊哉, 圓尾圭史, 有住文博, 吉矢晋一 Journal of Spine Research 6(3): 428-428, 2015. |
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2-3-F31-5. The effect that the backbone pelvis alignment at injury gives to the bone union of the osteoporotic vertebral body bone fracture 岩田玲1, 金山雅弘1, 大羽文博1, 遠田慎吾1, 田代薫1, 渡辺尭仁1, 橋本友幸1, 岩崎倫政2 Journal of Spine Research 6(3): 428-428, 2015. |
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2-3-F31-6. Fact-finding about the osteoporotic treatment in our hospital cooperation medical institution 三澤治夫, 寺本亜留美, 高畑智宏, 竹内一裕 Journal of Spine Research 6(3): 429-429, 2015. |
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2-3-F32-1. Treatment result - of the fixation between the short chinquapin which used no decompression rear fixation - spinous process plate for the tardive paralysis together after the osteoporotic backbone vertebral body bone fracture 中野敦之1, 金明博1, 馬場一郎1, 藤原憲太1, 足立周1, 藤城高志1, 中矢良治1, 福本晋吾1, 根尾昌志1, 劉長萬2 Journal of Spine Research 6(3): 429-429, 2015. |
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2-3-F32-2. Adaptation and improvement of the retrenchment for the neuroparalysis tardive after the osteoporotic backbone vertebral body bone fracture 山本直也1, 沼口大輔1, 玉木亮2, 駒場泉恵1, 伊藤達雄1 Journal of Spine Research 6(3): 430-430, 2015. |
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2-3-F32-3. Examination - of results - prognostic factor of the backward retrenchment for the chest waist transitional region osteoporosis-related vertebral body crush injury 橘安津子1, 河野仁1, 片岡嗣和1, 渡邉泰伸1, 中道清広1, 竹内拓海1, 斉藤正史1, 細金直文2, 町田正文3 Journal of Spine Research 6(3): 430-430, 2015. |
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2-3-F32-4. Surgery results of the paralysis tardive after the osteoporotic vertebral body bone fracture 税田和夫1, 穴水依人2, 秋山達1, 遠藤実1, 神田翔太郎1, 前田陽典1 Journal of Spine Research 6(3): 431-431, 2015. |
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2-3-F32-5. Long-term results of the backward retrenchment for the osteoporotic vertebral body bone fracture 加藤裕幸, 渡辺雅彦, 檜山明彦, 酒井大輔, 佐藤正人, 持田讓治 Journal of Spine Research 6(3): 431-431, 2015. |
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2-3-F32-6. Examination from 39 usefulness shortening osteotomy combination chest lumbosacral spine fixation of the new ilium screw which devised the insertion part 尾立征一, 四方實彦, 添田恒光, 山村知 Journal of Spine Research 6(3): 432-432, 2015. |
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2-3-IL8. The future of challenge - backbone spinal cord surgery to intractable spinal disease - 松山幸弘 Journal of Spine Research 6(3): 432-432, 2015. |
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2-3-LS10. Myelopathy-related pain and neural regeneration medical care 山下敏彦 Journal of Spine Research 6(3): 433-433, 2015. |
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2-3-F33-1. The new parameter that is useful as a risk factor of the early adjacent vertebral body bone fracture after Balloon Kyphoplasty (BKP) 朴正旭1, 石原昌幸1, 齋藤貴徳1, 谷口愼一郎1, 谷陽一1, 飯田寛和2 Journal of Spine Research 6(3): 433-433, 2015. |
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2-3-F33-2. Treatment result evaluation using JOABPEQ of percutaneous vertebral body plastic surgery (BKP) 山本至宏1, 渡辺雅彦2, 新井文征1, 松山大輔1, 黒岩真弘1, 佐藤正人2, 持田讓治2 Journal of Spine Research 6(3): 434-434, 2015. |
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2-3-F33-3. Is there the nature more advantageous to balloon kyphoplaty for the osteoporotic vertebral body bone fracture than percutaneous vertebral body plastic surgery? 山本直也1, 沼口大輔1, 玉木亮2, 駒場泉恵1 Journal of Spine Research 6(3): 434-434, 2015. |
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2-3-F33-4. Evaluation - that we paid our attention to the instability in the Balloon Kyphoplasty (BKP) - vertebral body for the osteoporotic vertebral body bone fracture 中山央, 渡邊吾一 Journal of Spine Research 6(3): 435-435, 2015. |
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2-3-F33-5. The backward fixed combination vertebral body plastic surgery for the osteoporotic vertebral body bone fracture case: Does the spinal column balance have an influence on the quality of life? Examination by JOABPEQ 勝見敬一1, 平野徹1, 渡辺慶1, 大橋正幸1, 渋谷洋平1, 遠藤直人1, 山崎昭義2, 溝内龍樹2, 伊藤拓緯3, 澤上公彦3, 佐野敦樹4, 菊地廉5 Journal of Spine Research 6(3): 435-435, 2015. |
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2-3-F33-6. Treatment result of the short segment reposition fixation that used vertebral body plastic surgery of the transpedicular together for a chest waist transitional region burst fracture 竹下博志, 大藪寛, 吉岡誠 Journal of Spine Research 6(3): 436-436, 2015. |
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2-3-F34-1. New classification - in effect - conservative treatment of the ligamenta flava hypertrophy in the lumbar spinal canal stenosis 酒井義人1, 原田敦1, 伊藤定之1, 伊藤研悠2, 飛田哲朗2, 渡辺研3 Journal of Spine Research 6(3): 436-436, 2015. |
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2-3-F34-2. About an association between incidence and low back pain of the Modic change between the lumbar spinal canal stenosis affection chinquapin without the instability 大山翔一朗1, 加藤相勲1, 並川崇1, 松村昭1, 嶋谷彰芳1, 臼井俊方1, 小西定彦3, 中村博亮2 Journal of Spine Research 6(3): 437-437, 2015. |
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2-3-F34-3. Association between lumbar part bone-related Gender, change and clinical manifestations - The Wakayama Spine Study - according to the generation that is in a vertebral canal form 岩橋弘樹1, 吉村典子5, 橋爪洋1, 山田宏1, 石元優々2, 長田圭司2, 寺口真年3, 籠谷良平4, 浅井宣樹1, 曽根勝真弓1, 村木重之5, 岡敬之5, 阿久根徹5, 南出晃人1, 中川幸洋1, 吉田宗人1 Journal of Spine Research 6(3): 437-437, 2015. |
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2-3-F34-4. Association between lumbar spinal canal stenosis and extremity skeletal muscle index, fall and health-related quality of life in general inhabitants 高澤英嗣, 飯塚伯, 飯塚陽一, 角田大介, 三枝徳栄, 大澤貴志, 高岸憲二 Journal of Spine Research 6(3): 438-438, 2015. |
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2-3-F34-5. What is a factor against conservative therapy for lumbar spinal canal stenosis? 油利俊輔, 富永俊克, 片山秀雄, 舩場真裕 Journal of Spine Research 6(3): 438-438, 2015. |
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2-3-F34-6. The effect that a cognitive evaluation for the pain gives to subjective disease severity in the patients with lumbar spinal canal stenosis 樋口大輔 Journal of Spine Research 6(3): 439-439, 2015. |
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2-3-F35-1. Examination of the factor associated with the sliding increase after the endoscopic lower decompression for the lumbar spine degeneration sliding symptom 生田光, 増田圭吾 Journal of Spine Research 6(3): 439-439, 2015. |
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2-3-F35-2. We look at decompression fixation using cage and the mirror in the backbone and are weighed medium-term results of the lower laminectomy against pedicle screw for the lumbar spine degeneration sliding symptom 森下益多朗, 味八木二郎, 石原陽平, 船戸貴宏 Journal of Spine Research 6(3): 440-440, 2015. |
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2-3-F35-3. Medium-term results of ME-MILD for the lumbar spine degeneration sliding symptom 栗原康太, 吉本三徳, 嘉野真允, 寺島嘉紀, 竹林庸雄, 山下敏彦 Journal of Spine Research 6(3): 440-440, 2015. |
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2-3-F35-4. Pay attention to a lesion between medium-and-long term treatment result - adjacency chinquapin of MIS-TLIF for the lumbar spine degeneration sliding symptom; and - 石井賢1,6, 塩野雄太2,6, 金子康仁3,6, 船尾陽生3,6, 石原慎一4,6, 藤田順之1,6, 加藤正二郎5,6, 日方智宏1,6, 中村雅也1,6, 戸山芳昭1,6, 松本守雄1,6 Journal of Spine Research 6(3): 441-441, 2015. |
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2-3-F35-5. After long-term results - operation of the posterolateral fusion for the lumbar spine degeneration sliding symptom more than 15 years - 大島正史1, 上井浩1, 間世田優文1, 澤田浩克1, 相馬大鋭1, 中島智直2, 徳橋泰明1 Journal of Spine Research 6(3): 441-441, 2015. |
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2-3-F35-6. About clinical results - which is five years or more after the fixation (PLIF) technique between the backward course lumbar vertebrae vertebral body for the lumbar spine degeneration sliding symptom particularly results drop factors in a postoperative course - 河野心範1, 岩村祐一1, 稲坂理樹1, 藤巻洋1, 紺野智之1, 斎藤知行2 Journal of Spine Research 6(3): 442-442, 2015. |
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2-3-F36-1. Usefulness and problems of the nerve monitor Ling's method in Extreme lateral interbody fusion (XLIF) 岩崎博, 山田宏, 橋爪洋, 南出晃人, 中川幸洋, 西秀人, 筒井俊二, 中尾慎一, 岡田紗枝, 岩橋弘樹, 吉田宗人 Journal of Spine Research 6(3): 442-442, 2015. |
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2-3-F36-2. Examination - for the use of neurologic complications measures - nerve monitoring finger electrode case of XLIF 成田渉1, 高取良太2, 小倉卓1, 林田達郎1, 槇尾智1, 大澤透3, 原田智久4, 長江将輝5, 三上靖夫6, 久保俊一5 Journal of Spine Research 6(3): 443-443, 2015. |
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2-3-F36-3. Usefulness of the new approach aiming at the femoral nerve injury prevention with the XLIF maneuver 石井賢1, 塩野雄太2, 日方智宏1, 渡辺航太3, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 443-443, 2015. |
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2-3-F36-4. It is results and complications after the operation of XLIF 大森一生, 小野孝一郎 Journal of Spine Research 6(3): 444-444, 2015. |
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2-3-F36-5. The setting of the XLIF cage in the lumbar vertebrae and position relations with great vessels 世木直喜1, 金村徳相1, 佐竹宏太郎1, 山口英敏1, 田中智史2, 今釜史郎2 Journal of Spine Research 6(3): 444-444, 2015. |
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2-3-F36-6. Psoas major muscle injury with XLIF and the change over time 隈部香里1, 金村徳相1, 佐竹宏太郎1, 山口英敏1, 世木直喜1, 田中智史2, 今釜史郎2 Journal of Spine Research 6(3): 445-445, 2015. |
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2-4-MS2. It is ... for efforts ... further innovation new until now of Japanese MISt 佐藤公治 Journal of Spine Research 6(3): 445-445, 2015. |
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2-4-F37-1. From the healthy subject data of sex differences and -600 age changes of the backbone pelvis sagittal section parameter - 湯川泰紹1, 加藤文彦1, 須田浩太2, 山縣正庸3, 植田尊善4 Journal of Spine Research 6(3): 446-446, 2015. |
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2-4-F37-2. Index - Wakayama Spine Study - according to Gender, the generation of the spinal column sagittal section alignment in local inhabitants 浅井宣樹1, 吉田宗人1, 岡敬之2, 村木重之3, 橋爪洋1, 山田宏1, 筒井俊二1, 阿久根徹4, 田中栄5, 川口浩6, 中村耕三4, 吉村典子7 Journal of Spine Research 6(3): 446-446, 2015. |
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2-4-F37-3. New spinal column pelvis parameter (T1-pelvic angle, global tilt) in the person of old examination and correlative - TOEI study - with the health-related quality of life 坂野友啓, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 安田達也, 大江慎, 有馬秀幸, 松山幸弘 Journal of Spine Research 6(3): 447-447, 2015. |
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2-4-F37-4. Parameter cutoff value of quality of life and the deformity of spine of the person of old locomotorium examination that we evaluated in TOEI study - Locomo 25 戸川大輔1, 渡邉悠2, 大和雄1, 安田達也1, 山田智裕1, 井出浩一郎3, 小林祥1, 大江慎1, 有馬秀幸1, 坂野友啓1, 中井慶一1, 長谷川智彦1, 松山幸弘1 Journal of Spine Research 6(3): 447-447, 2015. |
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2-4-F37-5. Racial differences (comparison between Japan and North America) of the association between sagittal section parameter and HR-QOL in the adult deformity of spine 細金直文1, Christopher Ames2, Virginie Lafage3, 松山幸弘4, 種市洋5, 大和雄4, 竹内大作5, 渡辺航太6, 戸山芳昭7, 松本守雄7 Journal of Spine Research 6(3): 448-448, 2015. |
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2-4-F37-6. Does the sagittal section alignment of the adult deformity of spine vary according to age? 安田達也, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 松山幸弘 Journal of Spine Research 6(3): 448-448, 2015. |
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2-4-F38-1. - that we need - low rank lumbar lordosis 30 degrees or more to obtain ideal spinopelvic alignment by adult deformity of spine surgery 安田達也, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 松山幸弘 Journal of Spine Research 6(3): 449-449, 2015. |
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2-4-F38-2. The lumbar vertebrae lordosis angle which you should assume an aim at surgery time of the adult deformity of spine? - Making - of formula improving pelvic retroversion 大和雄, 長谷川智彦, 小林祥, 安田達也, 戸川大輔, 坂野友啓, 有馬秀幸, 大江慎, 山田智裕, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 449-449, 2015. |
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2-4-F38-3. Is the spinal column pelvis parameter (T1-pelvic angle) which is new as a radiographic evaluation of the patients after the adult deformity of spine technique useful? 坂野友啓, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 安田達也, 大江慎, 有馬秀幸, 松山幸弘 Journal of Spine Research 6(3): 450-450, 2015. |
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2-4-F38-4. Parameter and the ideal level to determine quality of life after the operation of the adult deformity of spine 稲見聡, 森平泰, 竹内大作, 司馬洋, 大江真人, 浅野太志, 知場一記, 野原裕, 種市洋 Journal of Spine Research 6(3): 450-450, 2015. |
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2-4-F38-5. It is weighed the image of X-rays after the operation in the operation in an adult deformity of spine case and the fixed case between the lumbar vertebrae 1 chinquapin 藤田康稚1, 江幡重人1, 佐藤弘直1, 大場哲郎1, 渡辺長和2, 波呂浩孝1 Journal of Spine Research 6(3): 451-451, 2015. |
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2-4-F38-6. Incidence and risk factor of O-T discordance in surgically treated patient with DLS 八木満, 町田正文, 谷戸祥之, 朝妻孝仁 Journal of Spine Research 6(3): 451-451, 2015. |
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2-4-F39-1. Examination of complications in eXtreme Lateral Interbody Fusion (XLIF) 田中智史1, 金村徳相2, 佐竹宏太郎2, 山口英敏2, 世木直喜2, 八木秀樹1, 小林和克1, 安藤圭1, 伊藤全哉1, 今釜史郎1 Journal of Spine Research 6(3): 452-452, 2015. |
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2-4-F39-2. We evaluate results and the iliopsoas muscle muscular strength of two years after the adult deformity of spine surgery technique using Lateral interbody fusion 酒井大輔1, Lee Yu-Po2, Garfin Steve2, 持田讓治1 Journal of Spine Research 6(3): 452-452, 2015. |
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2-4-F39-3. Examination - by invention - XLIF enforcement case of the percutaneous pedicle of vertebral arch screw insertion method in the lateral decubitusposition using the smartphone app 成田渉1, 高取良太2, 小倉卓1, 林田達郎1, 槇尾智1, 大澤透3, 原田智久4, 長江将輝5, 三上靖夫6, 久保俊一5 Journal of Spine Research 6(3): 453-453, 2015. |
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2-4-F39-4. Biomechanical evaluation - of implant failure - OLIF, PSO, the VCR after the correction for the adult kyphos 高石官成1, 河野仁2, 斉藤正史2 Journal of Spine Research 6(3): 453-453, 2015. |
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2-4-F39-5. Examination of the anatomical high degree of difficulty in Lateral Access Surgery (OLIF, XLIF) for the adult deformity of spine, and the like 星野雅洋1, 大森圭太1, 五十嵐秀俊1, 鶴田尚志1, 山崎浩司1, 松本光司1, 松崎浩巳1, 根本泰寛2, 中島智直3 Journal of Spine Research 6(3): 454-454, 2015. |
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2-4-F39-6. Examination about the correction between the local chinquapin in the OLIF method 志賀康浩, 大鳥精司, 山内かづ代, 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 藤本和輝, 高橋和久 Journal of Spine Research 6(3): 454-454, 2015. |
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2-4-F40-1. Advantage - of the anteroposterior merger correction fixation that we combined new treatment strategy - low infestation front approach of the adult deformity of spine treatment with the extensive sagittal section imbalance with 佐久間毅, 小谷俊明, 赤澤努, 根本哲治, 飯島靖, 嶋田洋平, 南昌平 Journal of Spine Research 6(3): 455-455, 2015. |
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2-4-F40-2. Predictive - of kyphosis correction - acquisition local site lordosis angle using Lateral Lumbar Interbody Fusion 大槻文悟, 藤林俊介, 木村浩明, 松田秀一 Journal of Spine Research 6(3): 455-455, 2015. |
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2-4-F40-4. Correction of the Extreme lateral interbodyfusion (XLIF) combination for the adult deformity of spine 森平泰, 稲見聡, 竹内大作, 司馬洋, 大江真人, 浅野太志, 知場一記, 種市洋 Journal of Spine Research 6(3): 456-456, 2015. |
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2-4-F40-5. About comparison between PSO and surgery results - operative stress of XLIF for backbone kyphoscoliosis - 大田秀樹, 松本佳之, 中山美数, 酒井翼, 井口洋平, 清田光一, 巽政人, 木田浩隆, 竹光義治 Journal of Spine Research 6(3): 457-457, 2015. |
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2-4-F40-6. Heteromorphic correction and treatment result by XLIF and PPS for lumbar spine degeneration kyphoscoliosis 小倉卓1, 原田智久2, 成田渉1, 林田達郎1, 大澤透4, 槇尾智1, 高取良太3 Journal of Spine Research 6(3): 457-457, 2015. |
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2-4-F41-1. It is outcome after the backward correction fixation for lumbar spine degeneration kyphoscoliosis: Is the long range fixation beneficial? 渡辺慶1, 大橋正幸1, 長谷川和宏2, 山崎昭義3, 勝見敬一1, 平野徹1, 遠藤直人1 Journal of Spine Research 6(3): 458-458, 2015. |
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2-4-F41-2. Adaptation of the L5-S1 fixation judging from adult spinal column kyphoscoliosis - sagittal section balance acquisition 阿部栄二, 菊池一馬, 小林孝, 阿部利樹, 村井肇 Journal of Spine Research 6(3): 458-458, 2015. |
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2-4-F41-3. About a factor involved in L5/S pseudarthrosis, a lordosis loss of the correction fixation that assumed S1 pedicle screw for the adult deformity of spine caudalis fixed end 大谷和之1, 中井修1, 進藤重雄1, 水野広一1, 北原建彰1, 三宅論彦1, 請川大1, 大川淳2 Journal of Spine Research 6(3): 459-459, 2015. |
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2-4-F41-4. About decision of surgery results - LIV of the lumbosacral area fixation in adult spinal column kyphoscoliosis and anchorage - 中道清広1, 河野仁1, 橘敦子1, 竹内拓海1, 渡邉泰伸1, 片岡嗣和1, 斉藤正史1, 細金直文2, 町田正文3 Journal of Spine Research 6(3): 459-459, 2015. |
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2-4-F41-5. A treatment strategy for the traumatic cyrtosis of the chest lumbar vertebrae transitional region: Acquisition of the good sagittal section global balance in the local site 松本光司1, 星野雅洋1, 松崎浩巳1, 大森圭太1, 五十嵐秀俊1, 鶴田尚志1, 山崎浩司1, 根本泰寛2, 徳橋泰明3 Journal of Spine Research 6(3): 460-460, 2015. |
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2-4-F41-6. It is the course case after treatment result - operation of the adult deformity of spine correction fixation by Segmental translation and cantilever technique more than two years 福田健太郎, 高橋勇一朗 Journal of Spine Research 6(3): 460-460, 2015. |
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2-4-F42-1. Treatment result of the backward spinal column osteotomy with a 5th lumbar vertebra for the lumbosacral spine part deformity of spine or sacral vertebrae 船尾陽生1, 戸山芳昭2, 松本守雄2, Kebaish Khaled3 Journal of Spine Research 6(3): 461-461, 2015. |
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2-4-F42-2. Examination of the correction fixation for kyphoscoliosis associated with Parkinson disease 佐久間俊行1,2, 松崎浩巳1, 星野雅洋1, 大森圭太1, 五十嵐秀俊1, 鶴田尚志1, 山崎浩司1, 松本光司1, 根本泰寛3 Journal of Spine Research 6(3): 461-461, 2015. |
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2-4-F42-3. Surgery results for elderly people spinal column kyphoscoliosis 岩崎幹季1, 前野考史1, 奥田真也1, 柏井将文2, 牧野孝洋2, 海渡貴司2 Journal of Spine Research 6(3): 462-462, 2015. |
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2-4-F42-4. Pay attention to compensatory decrease of the backbone which is not within change - fixation range of the sagittal section alignment before and after the vertebral body osteotomy for the adult deformity of spine; and - 中尾祐介, 佐野茂夫, 森井次郎 Journal of Spine Research 6(3): 462-462, 2015. |
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2-4-F42-5. Can you maintain the lumbar lordosis which you were able to get during an operation? Examination ... in ... adults deformity of spine case 中井慶一, 長谷川智彦, 大和雄, 小林祥, 戸川大輔, 安田達也, 坂野友啓, 有馬秀幸, 大江慎, 山田智裕, 一ノ瀬初美, 松山幸弘 Journal of Spine Research 6(3): 463-463, 2015. |
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2-4-F42-6. Human trunk flexural movement becoming difficult after the backward correction fixation for the adult deformity of spine 戸川大輔, 長谷川智彦, 大和雄, 小林祥, 安田達也, 大江慎, 有馬秀幸, 坂野友啓, 山田智裕, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 463-463, 2015. |
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2-4-F43-1. It is examination about the Proximal junctional kyphosis (PJK) generating after adult deformity of spine rear correction fixation 松村昭1, 並川崇1, 加藤相勲1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 中村博亮2 Journal of Spine Research 6(3): 464-464, 2015. |
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2-4-F43-2. The change of the spinal column sagittal section alignment in the standing position lateral simple radiographic appearance of elderly people occurs on the head side than higher lumbar vertebrae. 佐藤義弘1, 大和雄2, 戸川大輔2, 安田達也2, 渡邉悠2, 井出浩一郎2, 山田智裕2, 小林祥2, 有馬秀幸2, 坂野友啓2, 長谷川智彦2, 星野裕信2, 松山幸弘2 Journal of Spine Research 6(3): 464-464, 2015. |
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2-4-F43-3. Policy of the technique choice in our hospital of the adult deformity of spine 江幡重人, 藤田康稚, 大場哲郎, 佐藤弘直, 波呂浩孝 Journal of Spine Research 6(3): 465-465, 2015. |
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2-4-F43-4. Relations of lumbar vertebrae sliding and the sagittal section backbone pelvis alignment in the Osteoarthritis of the hip 森本忠嗣, 塚本正紹, 吉原智仁 Journal of Spine Research 6(3): 465-465, 2015. |
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2-4-F43-5. The effect that a pelvic lateroversion change gives in spinal column coronal plane alignment: Classification of the lumbar vertebrae compensation style that assumed THA of the elongation of leg a model 安倍雄一郎, 佐藤栄修, 山田賢太郎, 百町貴彦, 柳橋寧 Journal of Spine Research 6(3): 466-466, 2015. |
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2-4-F43-6. Examination of sagittal section backbone - pelvis alignment before and after the lower limbs artificial joint replacement 塚本正紹, 森本忠嗣, 吉原智仁, 園畑素樹, 馬渡正明 Journal of Spine Research 6(3): 466-466, 2015. |
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2-4-ES4. Mainly on conservative therapy - kinesitherapy for the low back pain disease - 矢吹省司 Journal of Spine Research 6(3): 467-467, 2015. |
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2-5-E1-1. Expression of alpha-2-delta-1 subunit at the lumbar spinal cord in spinal cord injury rats Kazuki Kusuyama Journal of Spine Research 6(3): 467-467, 2015. |
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2-5-E1-2. Patterns of Cervical Disc Degeneration - Analysis of Magnetic Resonance Imaging of over 1,000 Symptomatic Subjects Akinobu Suzuki1, Tetsuo Hayashi2, Hirokazu Inoue3, Shinji Takahashi1, Michael D Daubs4, Jeffrey C Wang5, Hiroaki Nakamura1 Journal of Spine Research 6(3): 468-468, 2015. |
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2-5-E1-3. The Prevalence Of Cervical Myelopathy Among Subjects With Narrow Cervical Spinal Canal In A Large Cohort : The Wakayama Spine Study. Keiji Nagata1, Noriko Yoshimura4, Hiroshi Hashizume2, Shigeyuki Muraki3, Yuyu Ishimoto1, Hiroshi Yamada2, Noboru Takiguchi2, Yukihiro Nakagawa2, Hiroyuki Oka4, Kozo Nakamura5, Toru Akune3, Muhehito Yoshida2 Journal of Spine Research 6(3): 468-468, 2015. |
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2-5-E1-4. The characteristics of cervical myelopathy and imaging studies of cervical spine in the elderly : The Wakayama Spine Study Keiji Nagata1, Noriko Yoshimura4, Hiroshi Hashizume2, Shigeyuki Muraki3, Yuyu Ishimoto1, Hiroshi Yamada2, Noboru Takiguchi2, Yukihiro Nakagawa2, Hiroyuki Oka4, Kozo Nakamura5, Toru Akune3, Muhehito Yoshida2 Journal of Spine Research 6(3): 469-469, 2015. |
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2-5-E1-5. The Risk of Vertebral Artery Injury in Cervical Spinal Dislocation Analyzed by CT Angiography Kosei Nagata, Atsuki Kobayashi Journal of Spine Research 6(3): 469-469, 2015. |
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2-5-E1-6. One versus Two-Level Treatment with Total Disc Replacement or Anterior Cervical Discectomy and Fusion W. Daniel Bradley1, Reginald J. Davis2, Michael S. Hisey3, Hyun W. Bae4 Journal of Spine Research 6(3): 470-470, 2015. |
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2-5-E1-7. Five Year Results from a US FDA, Prospective, Randomized Clinical Trial of One-Level Cervical Total Disc Replacement W. Daniel Bradley1, Reginald J. Davis2, Michael S. Hisey3, Hyun W. Bae4 Journal of Spine Research 6(3): 470-470, 2015. |
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2-5-E2-1. Relation between lumbar spondylolisthesis and its association with symptomatic lumbar spinal stenosis in a population-based cohort : The Wakayama Spine Study Yuyu Ishimoto1, Munehito Yoshida2, Hiroshi Yamada2, Keiji Nagata1, Hiroshi Hashizume2, Akihito Minamide2, Shigeyuki Muraki3, Hiroyuki Oka3, Toru Akune3, Noriko Yoshimura3 Journal of Spine Research 6(3): 471-471, 2015. |
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2-5-E2-2. Correction of Kyphotic Deformity due to Tuberculous Spondylitis with Titanium Cylindrical Cages Filled with Autologous Bone Graft : Preliminary Report Lukas Widhiyanto, Bambang Prijambodo Journal of Spine Research 6(3): 471-471, 2015. |
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2-5-E2-3. Does The Facet Joint Violation When Inserting A Percutaneous Pedicle Screw Affect The Adjacent Segment Disorders? Shinya Arataki, Masato Tanaka, Yoshihisa Sugimoto, Tomoyuki Takigawa, Michiko Tetsunaga, Kentaro Yamane, Kensuke Shinohara, Noriyuki Watanabe, Koji Uotani, Toshifumi Ozaki Journal of Spine Research 6(3): 472-472, 2015. |
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2-5-E2-4. How to Prevent Postoperative Paralysis from Thoracic ossification of posterior longitudinal ligament (OPLL) Surgery - Nationwide Multi-Institutional Study - Zenya Ito1,2, Yukihiro Matsuyama2, Muneharu Ando2, Shigenori Kawabata2, Tsukasa Kanchiku2, Kazunobu Kida2, Yasushi Fujiwara2, Takanori Saito2, Kei Yamada2, Sho Kobayashi2, Naoya Yamamoto2, Kanichiro Wada2, Kazuhiko Satomi2, Kenichi Shinomiya2, Toshikazu Tani2 Journal of Spine Research 6(3): 472-472, 2015. |
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2-5-E2-5. A Study of the Predictive Value of the Modified Tokuhashi Score in Metastatic Spinal Tumour Causing Cord Compression in a Southern Chinese Population Ka Kin Cheung1, Yuk Nam Yeung1, Tai Chung Lam2, Hung On Cheng1, Yuk Yin Chow1 Journal of Spine Research 6(3): 473-473, 2015. |
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2-5-E2-6. Minimally invasive percutaneous endoscopic lumbar discectomy for athletes under local anesthesia Subash C. Jha, Ichiro Tonogai, Kosaku Higashino, Toshinori Sakai, Yoichiro Takata, Yuichiro Goda, Koichi Sairyo Journal of Spine Research 6(3): 473-473, 2015. |
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2-5-E2-7. Efficacy of the weak opioid, tramadol-acetaminophen in the NSAIDs uncontrollable chronic low back pain Toshihiro Imamura Journal of Spine Research 6(3): 474-474, 2015. |
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2-5-LS11. Challenges with Pedicle Screw Fixation of Cervical Spine and Solutions using a Dynamic Surgical Guidance (DSG) device Heiko Kolle Journal of Spine Research 6(3): 474-474, 2015. |
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2-5-F44-1. Reconsideration is necessary for a treatment strategy called the fixation for lumbar spinal canal stenosis with the low back pain. 山田宏1, 吉田宗人1, 橋爪洋1, 南出晃人1, 中川幸洋1, 西秀人1, 岩崎博1, 筒井俊二1, 岡田基宏1, 中尾慎一1, 岡田紗枝1, 岡敬之2 Journal of Spine Research 6(3): 475-475, 2015. |
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2-5-F44-2. Than the neuropathic pain prevalence study subanalysis in the current situation and patients of the neuropathic pain screening in the lumbar vertebrae disease with limit - backbone-related chronic pain 折田純久1, 大鳥精司1, 山下敏彦2, 米延策雄3, 川上守4, 田口敏彦5, 菊地臣一6, 牛田享宏7, 中村雅也8, 高橋和久1 Journal of Spine Research 6(3): 475-475, 2015. |
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2-5-F44-3. Epidemiology of symptomatic lumbar spine degeneration scoliosis and examination - in the locomotorium examination for condition of a patient - public inhabitants 飯塚陽一, 飯塚伯, 三枝徳栄, 佐々木毅志, 田鹿毅, 山本敦史, 高岸憲二 Journal of Spine Research 6(3): 476-476, 2015. |
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2-5-F44-4. Attempt using possibility - diffusion tensor parameter of the diagnosis of the outside lesion in the lumbar vertebrae vertebral canal 江口和1, 大鳥精司2, 鈴木宗貴1, 及川泰宏3, 金元洋人2, 高橋和久2 Journal of Spine Research 6(3): 476-476, 2015. |
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2-5-F44-5. The current situation and the future of the condition of a patient elucidation for the intractable spinal cord adhesive arachnitis 朝本俊司1, 福井康之1, 西山誠1, 石川雅之1, 石原慎一1, 土居浩2, 光山哲滝3, 山内達也4 Journal of Spine Research 6(3): 477-477, 2015. |
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2-5-F44-6. How long does the sensory disturbance of patients with cervical myelopathy improve by surgery? (prospective study one-year after the operation) 宮本裕史1, 金山修一2, 鷲見正敏2, 宇野耕吉3, 池田光正1, 赤木將男1 Journal of Spine Research 6(3): 477-477, 2015. |
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2-5-F45-1. An involuntary movement strength classification and surgery results of patients with cervical myelopathy associated with the athetoid type of cerebral palsy 三原久範, 多々羅靖則, 新村高典, 伊藤陽平, 森井孝明 Journal of Spine Research 6(3): 478-478, 2015. |
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2-5-F45-2. Results of the backward approach microscope lower intervertebral disk enucleation for the thoracic vertebra intervertebral disc herniation 矢尻洋一, 高橋一雄, 高橋勇樹, 長谷川淳一, 善財慶治, 有海明央 Journal of Spine Research 6(3): 478-478, 2015. |
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2-5-F45-3. Treatment result of the backward reposition fixation using the percutaneous pedicle of vertebral arch screw for the chest lumbar vertebrae burst fracture 菊地剛, 尾崎修平, 伊藤康夫 Journal of Spine Research 6(3): 479-479, 2015. |
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2-5-F45-4. Clinical studies - multicenter prospective random study of the bony formation promotion effect of the PTH in the fixation between the backbone vertebral body for the backbone degenerative disease with the osteoporosis 江幡重人1, 波呂浩孝1, 高橋淳2, 長谷川智彦3, 向山啓二郎3, 松山幸弘3 Journal of Spine Research 6(3): 479-479, 2015. |
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2-5-F45-5. Clinical results and precision evaluation of the S2 AIS setting case using O-arm Navigation 松居祐樹1, 小谷善久2, ゴンチャル イワン1, 宮崎拓自1, 綛村俊之1, 益子竜弥1 Journal of Spine Research 6(3): 480-480, 2015. |
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2-5-F45-6. Surgery treatment result of the piriformis syndrome 尾鷲和也, 岩崎聖 Journal of Spine Research 6(3): 480-480, 2015. |
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2-5-F46-1. Does a symptom improve after the myelography in the patients with degenerative lumbar vertebrae disease? 榊原紀彦1, 明田浩司2, 竹上謙次3, 近藤哲士4, 森下浩一郎5, 三枝ふみの6, 笠井裕一1 Journal of Spine Research 6(3): 481-481, 2015. |
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2-5-F46-2. About a diagnosis of lumbar vertebrae intervertebral disk degeneration that paid its attention to history taking 唐司寿一, 稲波弘彦, 高野裕一, 湯澤洋平, 志保井柳太郎, 林明彦 Journal of Spine Research 6(3): 481-481, 2015. |
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2-5-F46-3. Comparison of the clinical picture of a lumbosacral spine transitional region intervertebral foramen stenosis and the lumbar spinal canal stenosis 高橋洋平, 篠崎義雄, 小川潤, 小林善臣, 西田光宏 Journal of Spine Research 6(3): 482-482, 2015. |
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2-5-F46-4. The corset wearing is effective for the low back pain of the restricted standing position worker 塚本学1, 中村英一郎1, 筒井隆夫2, 山根宏敏1, 山口将則1, 邑本哲平1, 酒井昭典1 Journal of Spine Research 6(3): 482-482, 2015. |
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2-5-F46-5. The pain of lower extremities at rest is really pathognomonic symptom for lumbar vertebrae intervertebral foramen constriction; or with - pain of lower extremities at rest? - 丹野隆明1, 安宅洋美1, 岩本靖彦1, 宮下智大2, 加藤啓2 Journal of Spine Research 6(3): 483-483, 2015. |
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2-5-F46-6. Effect of the antiinterleukin-6 receptor antibody tocilizumab systemic therapy on intractable waist pain of lower extremities 西能健, 折田純久, 久保田剛, 稲毛一秀, 佐藤淳, 藤本和輝, 志賀康浩, 金元洋人, 阿部幸喜, 山内かづ代, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 483-483, 2015. |
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2-5-F47-1. Examination - by effect JOACMEQ - that age gives for results after the operation of the cervical vertebrae front surgery 川島健志1, 宮本敬2, 日置暁3, 増田剛宏1, 下川哲哉2, 清水克時4, 秋山治彦1 Journal of Spine Research 6(3): 484-484, 2015. |
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2-5-F47-2. JOACMEQ reflects the condition of a patient of the lower limbs motor function of patients with cervical myelopathy 平松タケシ, 田中信弘, 中西一義, 亀井直輔, 住吉範彦, 力田高徳, 越智光夫 Journal of Spine Research 6(3): 484-484, 2015. |
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2-5-F47-3. Characteristic of the cervical complaints in the general healthy subject who added quality of life, a rating system of the psychologic aspect 長田圭司, 石元優々, 北川智子, 北田ゆかり, 森下詔子, 松岡淑子, 川上守 Journal of Spine Research 6(3): 485-485, 2015. |
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2-5-F47-4. What is the outcome associated with the cervical vertebrae extended postoperative satisfaction? 横山徹1, 竹内和成1, 岩崎宏貴1, 和田簡一郎2, 田中利弘2, 熊谷玄太郎2, 陳俊輔2, 山崎義人3 Journal of Spine Research 6(3): 485-485, 2015. |
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2-5-F47-5. Evaluation of the deglutition function using EAT-10 萬納寺誓人1, 国府田正雄2, 古矢丈雄2, 新籾正明3, 村上正純1 Journal of Spine Research 6(3): 486-486, 2015. |
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2-5-F47-6. Costs of the surgery medical treatment for the metastatic bone tumors of the spine using EuroQOL-5D (EQ-5D) vs. effect 宮崎真吾1, 角谷賢一朗1, 酒井良忠2, 前野耕一郎1, 高田徹3, 由留部崇1, 蔵川拓外1, 寺嶋良樹1, 江島泰生4, 河本旭哉4, 原仁美1, 坂下明大5, 佐々木良平4, 秋末敏宏1, 黒坂昌弘1, 西田康太郎1 Journal of Spine Research 6(3): 486-486, 2015. |
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2-5-ES5. Measures to highly osteoporotic spinal operations 上野正喜 Journal of Spine Research 6(3): 487-487, 2015. |
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2-6-F48-1. Association between bone mass and bony formation inhibition protein sclerostin in patients with posterior longitudinal ligament osteosis 柏井将文1, 松尾庸平1, 杉浦剛1, 森本時光1, 藤森孝人2, 牧野孝洋1, 海渡貴司1, 岩崎幹季3 Journal of Spine Research 6(3): 487-487, 2015. |
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2-6-F48-2. Inspection about the disease severity of the adjacent vertebral body bone fracture between the assimilation vertebra 土方保和1, 高橋雄一1, 隈元真志1, 坂本裕史1, 西田憲記2 Journal of Spine Research 6(3): 488-488, 2015. |
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2-6-F48-3. Investigation - in prevalence and diabetes incidence of complication - our hospital consultation patients of DISH in the Japanese 平澤敦彦1, 若尾典充1, 神谷光広1, 竹内幹伸1, 佐藤啓二2, 高安正和1 Journal of Spine Research 6(3): 488-488, 2015. |
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2-6-F48-4. Prevalence of diffuse idiopathic hyperostosis (DISH) which we saw from our hospital chest CT examinee 森幹士, 西澤和也, 中村陽, 今井晋二, 松末吉隆 Journal of Spine Research 6(3): 489-489, 2015. |
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2-6-F48-5. Prevalence comparison between whites and tonic vertebra increase in the Asian, posterior longitudinal ligament ossification, nuchal ligament ossification 藤森孝人1, 小田剛紀1, Serena Hu3, 岩崎幹季2 Journal of Spine Research 6(3): 489-489, 2015. |
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2-6-F48-6. An ossification range of the ossification of posterior longitudinal ligament and obese association 嘉野真允, 押切勉, 寺島嘉紀, 吉本三徳, 竹林庸雄, 山下敏彦 Journal of Spine Research 6(3): 490-490, 2015. |
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2-6-F49-1. Comparison - of treatment result - front decompression fixation according to the technique for the ossification of posterior longitudinal ligament of cervical spine, the vertebral arch formation, the backward decompression fixation 宮川貴樹1, 宮本敬2, 増田剛宏1, 下川哲哉2, 秋山治彦1 Journal of Spine Research 6(3): 490-490, 2015. |
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2-6-F49-2. It is results after the operation of the spinous process vertical structure method expansion technique that used C3 laminectomy for the K-line (-) type cervical vertebrae posterior longitudinal ligament osteosis together 陳俊輔, 和田簡一郎, 田中利弘, 熊谷玄太郎, 石橋恭之 Journal of Spine Research 6(3): 491-491, 2015. |
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2-6-F49-3. The C2 decompression method which kept C2 hold fast line to correspond to the cervical vertebrae ossification of posterior longitudinal ligament that ossification extended to than C2/3 level 末綱太, 入江伴幸 Journal of Spine Research 6(3): 491-491, 2015. |
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2-6-F49-4. The spinal cord cross section change has an influence on the percent improvement after the disease severity and the operation in preoperation of the cervical vertebrae ossification of posterior longitudinal ligament 伊藤研悠1, 湯川泰紹2, 伊藤圭吾2, 町野正明2, 中島宏彰1, 神原俊輔2, 今釜史郎1, 石黒直樹1, 加藤文彦2 Journal of Spine Research 6(3): 492-492, 2015. |
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2-6-F49-5. Clinical manifestations aggravation factor in the cervical vertebrae posterior longitudinal ligament osteosis and examination about the surgery time 久保田基夫, 譲原雅人, 橘滋國, 相山仁 Journal of Spine Research 6(3): 492-492, 2015. |
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2-6-F49-6. Technique choice for the K-Line (-) cervical vertebrae ossification of posterior longitudinal ligament 國府田正雄1, 古矢丈雄1, 望月眞人3, 相庭温臣3, 小西宏昭4, 稲田大悟1, 神谷光史郎1, 大田光俊1, 牧聡1, 高橋和久1, 山崎正志2 Journal of Spine Research 6(3): 493-493, 2015. |
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2-6-F50-1. Characteristic of a lot of spinal ligament osteosis time surgery case 和田明人, 横山雄一郎, 飯田泰明, 長谷川啓二, 柘植新太郎, 福武勝典, 高松諒, 中村一将, 高橋寛, 土谷一晃 Journal of Spine Research 6(3): 493-493, 2015. |
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2-6-F50-2. Treatment result of the one side approach both sides decompression for the thoracic vertebra ossification of yellow ligament 谷口愼一郎, 齋藤貴徳, 石原昌幸, 谷陽一, 朴正旭 Journal of Spine Research 6(3): 494-494, 2015. |
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2-6-F50-3. It is examined the course case after the middle low rank thoracic vertebra spinal ligament osteosis technique more than ten years 田中利弘1, 和田簡一郎1, 熊谷玄太郎1, 陳俊輔1, 植山和正2, 小野睦2, 石橋恭之1 Journal of Spine Research 6(3): 494-494, 2015. |
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2-6-F50-4. About the determination of surgery range of the front decompression fixation for the thoracic vertebra ossification of posterior longitudinal ligament 進藤重雄1, 水野広一1, 北原建彰1, 大谷和之1, 三宅論彦1, 請川大1, 中井修1, 大川淳2 Journal of Spine Research 6(3): 495-495, 2015. |
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2-6-F50-5. Surgery results of the thoracic vertebra ossification of yellow ligament 仲田紀彦1, 侭田敏且1, 川崎洋介2, 早坂豪1, 栗本久嗣1 Journal of Spine Research 6(3): 495-495, 2015. |
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2-6-F50-6. Effect - of the change and the instrumentation application backward from surgery results - front singularity of surgery treatment in our hospital for the thoracic vertebra ossification of posterior longitudinal ligament 宮本敬1, 増田剛宏2, 下川哲哉1, 日置暁3, 清水克時4, 細江英夫5, 鈴木直樹6, 秋山治彦2 Journal of Spine Research 6(3): 496-496, 2015. |
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2-6-F51-1. In factor - long range cervical vertebrae front fixation to influence cervical vertebrae sagittal section balance 門田領1, 望月眞人1, 相庭温臣1, 国府田正雄2 Journal of Spine Research 6(3): 496-496, 2015. |
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2-6-F51-2. sagittal balance change and balance aggravation factor including the skull in the cervical vertebrae vertebral arch plastic surgery 石田航1, 伊藤彰悟1, 勝畑知之1, 國谷嵩1, 三ツ木直人1, 齋藤知行2 Journal of Spine Research 6(3): 497-497, 2015. |
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2-6-F51-3. Usefulness of global tilt angle in the human trunk sagittal section balance evaluation of cervical vertebrae positive imbalance 鈴木秀和, 遠藤健司, 村田寿馬, 依藤麻紀子, 西村浩輔, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 497-497, 2015. |
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2-6-F51-4. The projecting degree in the vertebral canal of the front pressure lesion and the effect that C2-C7 lordosis angle gives a change of the spinal cord alignment before and after the operation in preoperation 加藤慎也1, 渡邉健一1, 安倍博昭1, 東川晶郎1, 唐司寿一1, 山田浩司1, 三原久範2 Journal of Spine Research 6(3): 498-498, 2015. |
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2-6-F51-5. The factor associated with examination - mal-alignment of the cervical spine lordosis angle in patients with pubertal idiopathic scoliosis some - 林和憲, 豊田宏光, 寺井秀富, 鈴木亨暢, 星野雅俊, 堂園将, 高橋真治, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 498-498, 2015. |
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2-6-F51-6. Including the examination of change - associated factor to play of the cervical spine lordosis angle after the pubertal idiopathic scoliosis technique - 林和憲, 豊田宏光, 寺井秀富, 鈴木亨暢, 星野雅俊, 堂園将, 高橋真治, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 499-499, 2015. |
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2-6-F52-1. The factor which affects the cervical vertebrae rear surgery postoperative alignment change 金山修一1, 鈴木哲平2, 角谷賢一朗3, 宮本裕史4, 鷲見正敏1, 西田康太郎3, 宇野耕吉2 Journal of Spine Research 6(3): 499-499, 2015. |
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2-6-F52-2. Examination of the cervical vertebrae alignment change after the single swing-style vertebral canal expansion technique for the cervical myelopathy 岩波明生1, 蔵本哲也2, 西村空也1, 藤田順之1, 日方智宏1, 渡辺航太3, 石井賢1, 戸山芳昭1, 中村雅也1, 松本守雄1 Journal of Spine Research 6(3): 500-500, 2015. |
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2-6-F52-3. Alignment change after the cervical spine selective vertebral arch plastic surgery 寺島嘉紀, 竹林庸雄, 吉本三徳, 嘉野真允, 押切勉, 山下敏彦 Journal of Spine Research 6(3): 500-500, 2015. |
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2-6-F52-4. Effect of the sagittal section alignment on cervical vertebrae vertebral arch plastic surgery 伊東秀博, 野村隆洋, 大柴弘行, 吉田和薫, 林幸治 Journal of Spine Research 6(3): 501-501, 2015. |
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2-6-F52-5. Examination of the cervical vertebrae alignment to give it to cervical spondylotic myelopathy and cervical vertebrae vertebral arch plastic surgery 真鍋道彦, 良川昌鳳, 岡本剛治, 宮地伸晃, 亀長智幸, 謝典穎 Journal of Spine Research 6(3): 501-501, 2015. |
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2-6-F52-6. Pay the attention to examination - C2-7SVA (sagittal vertical axis) about the effect that cervical vertebrae alignment gives for results and an alignment change after the operation of the cervical vertebrae vertebral arch plastic surgery; and - 加藤相勲1, 並川崇1, 松村昭1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 小西定彦2, 中村博亮3 Journal of Spine Research 6(3): 502-502, 2015. |
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2-6-F53-1. Convalescence prediction - initial diagnosis MRI and walk prognostic correlative - of the non-caries-related cervical cord injury 小松幹, 須田浩太, 松本聡子, 安井啓悟, 牛久智加良 Journal of Spine Research 6(3): 502-502, 2015. |
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2-6-F53-2. Bradycardia as the rehabilitation inhibitor after the cervical cord injury 安井啓悟, 須田浩太, 松本聡子, 小松幹, 牛久智加良, 東條泰明, 藤田勝久, 三浪明男 Journal of Spine Research 6(3): 503-503, 2015. |
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2-6-F53-3. Examination - from 41 patients who were under the medical treatment in treatment - our hospital of the bone fracture between the epistropheus condylar process 渡辺雅彦, 酒井大輔, 加藤裕幸, 檜山明彦, 佐藤正人, 持田讓治 Journal of Spine Research 6(3): 503-503, 2015. |
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2-6-F53-4. Usefulness of the kymography for the cervical vertebrae injury 小池宏典1, 八田陽一郎2, 長江将輝1, 外村仁1, 北中重行1, 細井邦彦1, 阪田宗弘1, 石橋秀信1, 池田巧3, 三上靖夫3, 久保俊一1 Journal of Spine Research 6(3): 504-504, 2015. |
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2-6-F53-5. About the respiratory disorder in the non-caries-related cervical cord injury and dyskinetic change over time 牛久智加良, 須田浩太, 松本聡子, 飯本誠治, 安井啓悟, 小松幹, 東條泰明, 藤田勝久, 三浪明男 Journal of Spine Research 6(3): 504-504, 2015. |
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2-6-F53-6. Examination of the higher cervical vertebrae injury in our hospital 天野国明, 赤荻博, 田中ハルカ, 中川将吾, 深井諒介 Journal of Spine Research 6(3): 505-505, 2015. |
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2-6-F54-1. Examination of the early empty hand diaplasis for the cervical dislocation bone fracture 山田周太, 馬場秀夫, 奥平毅, 日浦健, 山下一太, 小西宏昭 Journal of Spine Research 6(3): 505-505, 2015. |
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2-6-F54-2. Initial treatment for cervical dislocation, dislocation fracture results 菊地剛, 尾崎修平, 伊藤康夫 Journal of Spine Research 6(3): 506-506, 2015. |
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2-6-F54-3. About an insertion method - new implant point of the lateral mass of atlas screw by the posterolateral approach - 時岡孝光, 林隆宏 Journal of Spine Research 6(3): 506-506, 2015. |
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2-6-F54-4. Surgery treatment with the pedicle of vertebral arch screw for the cervical vertebrae vertebral body bone fracture that resulted in spinal canal stenosis 伊藤圭吾, 湯川泰紹, 片山良仁, 松本智宏, 町野正明, 井上太郎, 大内田隼, 富田桂介, 加藤文彦 Journal of Spine Research 6(3): 507-507, 2015. |
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2-6-F54-5. Clinical features of the case that produced an epistropheus vertebral body coronal plane bone fracture 友松佑介1, 飯塚伯1, 飯塚陽一1, 三枝徳栄1, 反町泰紀2, 中島飛志2, 荒毅3, 角田大介1, 高澤英嗣1, 高岸憲二1 Journal of Spine Research 6(3): 507-507, 2015. |
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2-6-F54-6. To prevent point to keep in mind - passing over on the image in the traumatic cervical vertebrae anterior dislocation spontaneous reposition case; - 前田健, 植田尊善, 森英治, 弓削至, 河野修, 高尾恒彰, 坂井宏旭, 益田宗彰, 林哲生, 森下雄一郎, 松下昌史, 芝啓一郎 Journal of Spine Research 6(3): 508-508, 2015. |
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2-7-F55-1. Perioperative complications of the extensive scoliosis surgery case (Cobb corner 80 degrees or more) 田邊史, 山元拓哉, 石堂康弘, あべ松昌彦, 冨永博之, 河村一郎, 米和徳, 小宮節郎 Journal of Spine Research 6(3): 508-508, 2015. |
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2-7-F55-2. Examination for the complications in the operation of vertebral column resection (VCR) for the extensive deformity of spine 岩井宏樹1, 渡辺航太2, 藤田順之1, 日方智宏1, 岩波明生1, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 509-509, 2015. |
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2-7-F55-3. Examination of the ileus developing scolioses postoperatively 冨永博之1, 田邊史1, 河村一郎1, あべ松昌彦1, 山元拓哉1, 米和徳2, 小宮節郎1 Journal of Spine Research 6(3): 509-509, 2015. |
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2-7-F55-4. Examination - multicenter examination - in study, 71 of the lumbar vertebrae surgery in the Parkinson's disease patients 木村浩明1, 藤林俊介1, 大槻文悟1, 尾立征一2, 四方實彦2, 楠葉晃3, 松下睦3, 金永優4, 渡辺慶5, 坂本武志5, 太田雅人6, 井関雅紀6, 坪内直也7, 松田秀一1 Journal of Spine Research 6(3): 510-510, 2015. |
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2-7-F55-5. Bleeding measures in skill in tumor vertebra complete removal (TES) and the effect 石井孝佳, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 藤井衛之, 五十嵐峻, 土屋弘行 Journal of Spine Research 6(3): 510-510, 2015. |
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2-7-F55-6. Using the hemodynamic examination -3 dimensions CT angiography of the collateral pathway to vertebral artery and the basilar artery in cervical spinal cord hourglass tumor 松本嘉寛, 播广谷勝三, 林田光正, 岡田誠司, 岩本幸英 Journal of Spine Research 6(3): 511-511, 2015. |
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2-7-F56-1. We take measures with a risk factor of the infection after the operation in the skill in tumor vertebra complete removal 林寛之1,2, 村上英樹1, 出村諭1, 加藤仁志1, 吉岡克人1, 横川文彬1, 白井寿治1, 土屋弘行1 Journal of Spine Research 6(3): 511-511, 2015. |
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2-7-F56-2. Primary tumor search procedure for the metastatic bone tumors of the spine of the unknown primary 穂積高弘1, 山川聖史1, 杉田守礼1, 秋山宏一郎1, 前田千尋1, 五嶋孝博1, 近藤泰児2 Journal of Spine Research 6(3): 512-512, 2015. |
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2-7-F56-3. Adaptation and limit - of the front rear approach which planned problems - intervertebral joint preservation of the surgery treatment for cervical spine part dumbbell tumor 宮本敬1, 下川哲哉1, 増田剛宏2, 佐竹崇志3, 日置暁4, 伏見一成5, 清水克時6, 秋山治彦2 Journal of Spine Research 6(3): 512-512, 2015. |
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2-7-F56-4. About a relation from presenting symptoms and laboratory findings - orthopedics that were a diagnosis opportunity of the multiple myeloma - 片江祐二1, 中山景介2, 松本康二郎2, 近藤秀臣2, 西田茂喜2, 田畑洋司4, 松原不二夫3 Journal of Spine Research 6(3): 513-513, 2015. |
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2-7-F56-5. Adaptation and surgical procedure of the posterolateral sulcus (DREZ) approach for the spinal cord intramedullary tumor 高見俊宏1, 内藤堅太郎1, 山縣徹2, 大畑建治1 Journal of Spine Research 6(3): 513-513, 2015. |
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2-7-F56-6. Development of suggestion - water jet scalpel of the new spinal cord tumor extraction method and applied - 遠藤俊毅, 中川敦寛, 冨永悌二 Journal of Spine Research 6(3): 514-514, 2015. |
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2-7-F57-1. Metastases to spine (the second report) of the bone soft tissue sarcoma 播广谷勝三, 松本嘉寛, 林田光正, 岡田誠司, 岩本幸英 Journal of Spine Research 6(3): 514-514, 2015. |
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2-7-F57-2. Comparison between clinical bone union evaluation - autologous rib and liquid nitrogen processing bone - in cage in the skill in tumor vertebra complete removal 井上啓, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 林寛之, 太田敬, 新村和也, 横川文彬, 石井孝佳, 藤井衛之, 土屋弘行 Journal of Spine Research 6(3): 515-515, 2015. |
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2-7-F57-3. The effect that radiation exposure gives in endocranium and the neighborhood tissue 横川文彬, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 515-515, 2015. |
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2-7-F57-4. With the limit of significance - frozen section diagnosis of the quick pathological diagnosis in the operation in the backbone spinal cord tumor - 小林和克, 今釜史郎, 伊藤全哉, 安藤圭, 八木秀樹, 飛田哲朗, 伊藤研悠, 石川喜資, 都島幹人, 石黒直樹 Journal of Spine Research 6(3): 516-516, 2015. |
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2-7-F57-5. We experience the use of the orchid mark for the recurrence after the operation of the cervical spine cytomegaly 塚西敏則1, 鴨田博人1, 梶原大輔3, 大河明彦2, 山崎正志4, 大鳥精司3, 高橋和久3 Journal of Spine Research 6(3): 516-516, 2015. |
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2-7-F57-6. Three cases of Pancoast tumor misdiagnosed as cervical vertebrae symptom-related radiculopathy 國澤弘之, 山崎隆志, 原慶宏, 早川恵司, 安野雅統, 森田友安 Journal of Spine Research 6(3): 517-517, 2015. |
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2-7-LS12. Actual situation of the locomotorium chronic pain and fact of problems - treatment and future fine-view - 中村雅也 Journal of Spine Research 6(3): 517-517, 2015. |
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2-7-F58-1. Surgery results for elderly people metastases to spine 角谷賢一朗1, 酒井良忠2, 前野耕一郎1, 高田徹3, 由留部崇1, 蔵川拓外1, 宮崎真吾1, 寺島良樹1, 伊藤雅明1, 江島泰生4, 原仁美1, 坂下明大5, 佐々木良平4, 秋末敏宏1, 黒坂昌弘1, 西田康太郎1 Journal of Spine Research 6(3): 518-518, 2015. |
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2-7-F58-2. Treatment result of backward piecemeal total excision, front en bloc corpectomy for the metastatic bone tumors of the spine 吉岡克人, 村上英樹, 出村諭, 加藤仁志, 杉田守礼, 近藤章, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 518-518, 2015. |
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2-7-F58-3. Long-term results and treatment strategy of the surgery for metastases to spine of thyroid cancer 加藤仁志1, 村上英樹1, 出村諭1, 吉岡克人1, 杉田守礼1, 近藤章1, 藤井衛之1, 五十嵐峻1, 米澤則隆1, 川原範夫2, 土屋弘行1 Journal of Spine Research 6(3): 519-519, 2015. |
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2-7-F58-4. Treatment result of the vertebra cytomegaly 横川文彬1, 村上英樹1, 出村諭1, 加藤仁志1, 吉岡克人1, 岡本義之2, 藤井衛之1, 五十嵐峻1, 米澤則隆1, 川原範夫3, 土屋弘行1 Journal of Spine Research 6(3): 519-519, 2015. |
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2-7-F58-5. Application of the least invasive backbone stability technique for the metastatic bone tumors of the spine (Minimally invasive spine stabilization: MISt) 中西一夫, 射場英明, 加納健司, 長谷川徹 Journal of Spine Research 6(3): 520-520, 2015. |
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2-7-F58-6. Attempt of the sacrum merger pelvis internal organs complete removal operation for local recurrence rectal cancer 伊藤全哉1, 今釜史郎1, 安藤圭1, 小林和克1, 八木秀樹1, 飛田哲朗1, 伊藤研悠1, 石川喜資1, 都島幹人1, 松本明之1, 田中智史1, 両角正義1, 石黒直樹1, 上原圭介2, 梛野正人2 Journal of Spine Research 6(3): 520-520, 2015. |
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2-7-F59-1. Treatment strategy - using the scoring system of -2 convalescence predictions of the metastatic bone tumors of the spine 笹岡隆一, 玄承虎, 高松聖仁 Journal of Spine Research 6(3): 521-521, 2015. |
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2-7-F59-2. Examination of the new factor about vital prognosis of the metastasis to prostate cancer-related bone tumors of the spine 塩崎崇, 伊藤淳二, 山本祐司, 岸谷正樹, 吉川圭, 武田温, 太田聖也 Journal of Spine Research 6(3): 521-521, 2015. |
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2-7-F59-3. The progression of myeloparalysis speed associated with the metastatic bone tumors of the spine can become the predictor of the neurotization after the operation 大橋正幸1, 平野徹1, 渡辺慶1, 勝見敬一1, 佐野敦樹2, 庄司寛和3, 田仕英希4, 高橋郁子5, 遠藤直人1 Journal of Spine Research 6(3): 522-522, 2015. |
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2-7-F59-4. A change of the neurologic function of the surgery case of metastatic thoracic vertebra tumor and examination of the factor affecting it 安田剛敏1, 川口善治1, 関庄二1, 鈴木賀代1, 渡邊健太1, 中野正人2, 堀岳史3, 金森昌彦4, 木村友厚1 Journal of Spine Research 6(3): 522-522, 2015. |
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2-7-F59-5. It is examined the risk of infection factor after the operation of backward decompression fixation for the metastatic bone tumors of the spine and the radiation exposure in the operation 杉田守礼, 山川聖史, 穂積高弘, 五嶋孝博 Journal of Spine Research 6(3): 523-523, 2015. |
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2-7-F59-6. A treatment result of palliative surgery for the metastatic bone tumors of the spine and multifaceted evaluation of the satisfaction 増田剛宏1, 宮本敬2, 下川哲哉2, 秋山治彦1 Journal of Spine Research 6(3): 523-523, 2015. |
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2-7-F60-1. Analysis of the factor associated with the paralysis of the metastatic bone tumors of the spine 今林英明1, 細金直文1, 安岡宏樹2, 田口瑛子1, 松橋優介4, 加藤貴志3, 佐々尾宙3, 矢内嘉英1, 井上雅博1, 石坂隆博1, 松川啓太朗1, 根本理3, 谷戸祥之5, 朝妻孝仁5 Journal of Spine Research 6(3): 524-524, 2015. |
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2-7-F60-2. Effect of the nerve root cutting apart in the skill in tumor vertebra complete removal 新村和也, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 林寛之, 井上啓, 太田敬, 横川文彬, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 524-524, 2015. |
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2-7-F60-3. Examination of the skill in tumor vertebra complete removal that we performed after the palliative operation 米澤則隆, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 杉田守礼, 近藤章, 藤井衛之, 五十嵐峻, 土屋弘行 Journal of Spine Research 6(3): 525-525, 2015. |
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2-7-F60-4. Examination of the spinal cord dissemination case due to the metastatic tumor 鴨田博人1, 塚西敏則1, 大鳥精司1, 高橋和久1 Journal of Spine Research 6(3): 525-525, 2015. |
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2-7-F60-5. Effect on lower limbs motor function of the nerve root detachment in the skill in tumor vertebra complete removal for the lower lumbar vertebrae 太田敬, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 林寛之, 井上啓, 新村和也, 横川文彬, 土屋弘行 Journal of Spine Research 6(3): 526-526, 2015. |
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2-7-F60-6. About the newly morbid bone fracture occurrence after the discharge of the metastatic bone tumors of the spine case which we evaluated safely using Spinal Instability Neoplastic Score at getting up 井口暁洋1, 大下優介2, 尾又弘晃2, 神崎浩二3, 三雲仁2, 森下益多朗4, 中村正則2, 稲垣克記5 Journal of Spine Research 6(3): 526-526, 2015. |
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2-7-F61-1. Surgery results - MRI contrasting effect of the spinal cord schwannoma - associated with the tumor natality (Mib-1 index) 小林和克, 今釜史郎, 伊藤全哉, 安藤圭, 八木秀樹, 飛田哲朗, 伊藤研悠, 石川喜資, 都島幹人, 石黒直樹 Journal of Spine Research 6(3): 527-527, 2015. |
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2-7-F61-2. Treatment result of the backward course tumorectomy not to use the fixation for middle low rank cervical cord hourglass tumor together 石川裕也, 渡辺慶, 平野徹, 勝見敬一, 大橋正幸, 渋谷洋平, 遠藤直人 Journal of Spine Research 6(3): 527-527, 2015. |
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2-7-F61-3. Is surgery results - spinal fusion of thoracic vertebra hourglass tumor necessary? 相澤俊峰, 小澤浩司, 橋本功, 菅野晴夫, 舘田聡, 矢部裕, 八幡健一郎, 井樋栄二 Journal of Spine Research 6(3): 528-528, 2015. |
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2-7-F61-4. The surgery results of the tumor resection for the cauda equina schwannoma and examination of the postoperative neurologic deficiency phenomenon 竹下祐次郎1, 三好光太1, 村瀬修平2, 斎木文子2, 清水玄雄2, 酒枝和俊2, 中元秀樹2, 三上容司2 Journal of Spine Research 6(3): 528-528, 2015. |
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2-7-F61-5. Examination - of surgery results - multicenter recurrent case of the spinal cord ependymoma 小林和克, 今釜史郎, 伊藤全哉, 安藤圭, 八木秀樹, 飛田哲朗, 伊藤研悠, 石川喜資, 都島幹人, 石黒直樹 Journal of Spine Research 6(3): 529-529, 2015. |
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2-7-F61-6. Surgery results of the spinal cord meningioma which we cauterized an endocranium enough and kept 鎌田修博1, 蔵本哲也1, 高野盛登1, 古川満2, 篠崎義雄3, 日方智宏4, 上田誠司5 Journal of Spine Research 6(3): 529-529, 2015. |
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2-8-F62-1. Examination of the sagittal section balance dynamic at a walk including a pelvis in lumbar spine degeneration kyphoscoliosis using the three-dimensional walk analysis 司馬洋, 稲見聡, 森平泰, 竹内大作, 大江真人, 浅野太, 野原裕, 種市洋 Journal of Spine Research 6(3): 530-530, 2015. |
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2-8-F62-2. Gait analysis of the cervical spondylotic myelopathy with the altitude cervical spinal cord pressure that gait disturbance is minimal 遠藤健司, 鈴木秀和, 西村浩輔, 依藤麻紀子, 村田寿馬, 永井太朗, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 530-530, 2015. |
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2-8-F62-3. Walk analysis using the treadmill in the adult deformity of spine case 石井圭史, 長谷川和宏, 下田晴華, 小野真稔, 本間隆夫 Journal of Spine Research 6(3): 531-531, 2015. |
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2-8-F62-4. About adaptive advisability of cortical bonetrajectory for examination - lumbar vertebrae disaggregation of the solidity of the pedicle of vertebral arch screw for the lumbar vertebrae disaggregation vertebral body - 松川啓太朗1, 谷戸祥之2, 今林英明1, 田口瑛子1, 矢内嘉英1, 井上雅博1, 石坂隆博1, 細金直文1, 朝妻孝仁2, 根本孝一1 Journal of Spine Research 6(3): 531-531, 2015. |
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2-8-F62-6. Three-dimensional finite-element analysis in the fixation that used dynamic stabilization together for an osteoporotic vertebral body bone fracture 藤井衛之1, 村上英樹1, 出村諭1, 岡本義之2, 加藤仁志1, 吉岡克人1, 杉田守礼1, 近藤章1, 五十嵐峻1, 米澤則隆1, 土屋弘行1, 田原大輔3, 吉岡慎太郎3, 森田和樹3 Journal of Spine Research 6(3): 532-532, 2015. |
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2-8-F63-1. Bony formation promotion effect of the stem cell derived from the fat in the backbone huge bone defect part 井上啓, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 林寛之, 太田敬, 新村和也, 横川文彬, 石井孝佳, 藤井衛之, 土屋弘行 Journal of Spine Research 6(3): 533-533, 2015. |
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2-8-F63-2. Attempt of the BMP instruction inflammatory response fixed-quantity evaluation model construction using the rat intramuscular BMP transplant model by the 11.7T- ultrahigh voltage electron microscope resolution MRI 森本時光1, 海渡貴司1, 森勇樹2, 柏井将文1, 牧野孝洋1, 松尾庸平1, 杉浦剛1, 金山完哲1, 古家雅之1, 北口和真1, 吉川秀樹1 Journal of Spine Research 6(3): 533-533, 2015. |
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2-8-F63-3. Examination of growth factors in the platelet-rich plasma which we kept for a long time 志賀康浩1, 久保田剛1, 木下英幸1, 山内かづ代1, 折田純久1, 稲毛一秀1, 西能健1, 佐藤淳1, 藤本和輝1, 高橋和久1, 大鳥精司1, 鴨田博人2 Journal of Spine Research 6(3): 534-534, 2015. |
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2-8-F63-4. In vivo evaluation about the characteristic of the collagen hemostatic material to use at spinal operations 水野健太郎, 池田巧, 生駒和也, 石橋秀信, 外村仁, 長江将輝, 三上靖夫, 久保俊一 Journal of Spine Research 6(3): 534-534, 2015. |
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2-8-F63-5. New disease of pubertal idiopathic scoliosis-sensitive genetic identification and elucidation of the pathogenesis 小倉洋二1,12,13, 河野克己2, 川上紀明3, 宇野耕吉4, 伊東学5, 辻太一3, 鈴木哲平4, 須藤英毅5, 高橋洋平1, 渡辺航太1, 戸山芳昭1, 松本守雄1, 細金直文1, 南昌平6, 小谷俊明6, 米澤郁穂7, 柳田晴久8, 種市洋9, 千葉一裕10, 岡田英次朗11, 池川志郎12 Journal of Spine Research 6(3): 535-535, 2015. |
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2-8-F63-6. About the bone union promotion effect in the rat lumbar vertebrae posterolateral fusion model that used hydroxyapatite collagen complex (HAp/Col) together with platelet-rich plasma (PRP) 楽満紳大郎1, 久保田剛2, 山内かづ代2, 折田純久2, 稲毛一秀2, 西能健2, 佐藤淳2, 藤本和輝2, 志賀康浩2, 金元洋人2, 高橋和久2, 大鳥精司2 Journal of Spine Research 6(3): 535-535, 2015. |
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2-8-F64-1. The lumbar vertebrae disaggregation that developed in the children who were lower than a primary schoolchild 酒井紀典1, 合田有一郎1, 手束文威1, 高田洋一郎1, 東野恒作1, 佐藤正裕2, 間瀬泰克2, 西良浩一1 Journal of Spine Research 6(3): 536-536, 2015. |
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2-8-F64-2. Examination about the difference for the duration of treatment in one side separation in the period of growth lumbar vertebrae disaggregation and bilateral separation 畠山健次, 大内純太郎, 粟飯原孝人, 斎藤康文, 久保田元也, 漆原誠 Journal of Spine Research 6(3): 536-536, 2015. |
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2-8-F64-3. Treatment result of the lumbar vertebrae disaggregation in our hospital department of sports medicine for outpatients 家里典幸1, 大坪英則1, 吉本三徳2, 竹林庸雄2, 山下敏彦2 Journal of Spine Research 6(3): 537-537, 2015. |
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2-8-F64-4. Examination of the medullary cone high rank in all backbone MRI of infants to see pars sacralis dimple 前川慎吾, 川崎晋睦 Journal of Spine Research 6(3): 537-537, 2015. |
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2-8-F64-5. Adverse event frequency investigation in a lumbar vertebrae upfield MRI scan 安倍雄一郎1, 伊東学2, 百町貴彦1, 柳橋寧1, 山田賢太郎1, 佐藤栄修1 Journal of Spine Research 6(3): 538-538, 2015. |
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2-8-F64-6. The examination of the position relations of iliopsoas muscle and the lumbar vertebrae intervertebral disk using the MRI: The effect that spinal column sagittal section alignment gives at the iliopsoas muscle position 近藤章1, 安倍雄一郎1, 佐藤栄修1, 百町貴彦1, 柳橋寧1, 山田賢太郎1, 大塚隆信2, 増田武志1 Journal of Spine Research 6(3): 538-538, 2015. |
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2-8-LS13. It is ... mainly on treatment strategy - bisphosphonate IV preparation of the osteoporotic fragile bone fracture 市村正一 Journal of Spine Research 6(3): 539-539, 2015. |
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2-8-F65-1. Association between low back pain and diachronic image views in the osteoporotic vertebral body bone fracture, Multicenter prospective cohort study 2012-2014 (interim report) 高橋真治1, 星野雅俊1, 豊田宏光1, 辻尾唯雄2, 井関一道3, 高山和士4, 笹岡隆一5, 安田宏之6, 兼松文昭7, 河野浩8, 長山隆一9, 中村博亮1 Journal of Spine Research 6(3): 539-539, 2015. |
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2-8-F65-2. Characteristic - multicenter prospective cohort study 2012-2014 (interim report) of diachronic MRI views to reach protraction healing, the pseudarthrosis after the osteoporotic vertebral body bone fracture 高橋真治1, 星野雅俊1, 豊田宏光1, 辻尾唯雄2, 井関一道3, 高山和士4, 笹岡隆一5, 安田宏之6, 兼松文昭7, 河野浩8, 長山隆一9, 中村博亮1 Journal of Spine Research 6(3): 540-540, 2015. |
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2-8-F65-3. Elucidation of the natural history of the osteoporotic vertebral body bone fracture by the diachronic MRI, Multicenter prospective cohort study 2012-2014 (interim report) 高橋真治1, 星野雅俊1, 豊田宏光1, 辻尾唯雄2, 井関一道3, 高山和士4, 笹岡隆一5, 安田宏之6, 兼松文昭7, 河野浩8, 長山隆一9, 中村博亮1 Journal of Spine Research 6(3): 540-540, 2015. |
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2-8-F65-4. - the Wakayama Spine Study - of Modic change and the low back pain in the lumbar vertebrae concerned 寺口真年1, 吉村典子3, 橋爪洋2, 村木重之3, 山田宏2, 岡敬之3, 長田圭司2, 石元優々2, 籠谷良平2, 岩橋弘樹2, 阿久根徹4, 田中栄5, 川口浩6, 中村耕三4, 吉田宗人2 Journal of Spine Research 6(3): 541-541, 2015. |
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2-8-F65-5. - The Wakayama Spine Study of lumbar part side spinal column muscle degeneration and the spinal column sagittal section balance in general inhabitants concerned 橋爪洋1, 吉村典子2, 山田宏1, 岡敬之3, 岩橋弘樹1, 佐々木貴英1, 筒井俊二1, 浅井宣樹1, 村木重之4, 阿久根徹5, 田中栄6, 川口浩7, 中村耕三5, 南出晃人1, 中川幸洋1, 吉田宗人1 Journal of Spine Research 6(3): 541-541, 2015. |
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2-8-F65-6. Associated - The Wakayama Spine Study with a change and the low back pain according to Gender, the generation of lumbar part side spinal column line and the iliopsoas muscle 橋爪洋1, 吉村典子2, 山田宏1, 岡敬之3, 岩橋弘樹1, 佐々木貴英1, 石元優々1, 長田圭司1, 寺口真年1, 籠谷良平1, 村木重之4, 阿久根徹5, 田中栄6, 川口浩7, 中村耕三5, 吉田宗人1 Journal of Spine Research 6(3): 542-542, 2015. |
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2-8-F66-1. Natural history of the lumbar herniated disk: Characteristic of 45 cases that confirmed an involution by MRI 相庭温臣, 望月眞人, 門田領 Journal of Spine Research 6(3): 542-542, 2015. |
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2-8-F66-2. Long term prognosis - vital prognosis, rate of recurrence after the hematogenous backbone infection affection, examination - about the quality of life 小甲晃史1, 高畑雅彦1, 須藤英毅2, 長濱賢1, 黒木圭1, 校條祐輔1, 岩崎倫政1 Journal of Spine Research 6(3): 543-543, 2015. |
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2-8-F66-3. Backbone pelvis parameter in the - advanced age locomotorium examination group that the affection of the high blood pressure correlates with aggravation of the backbone sagittal section global alignment and health-related quality of life investigation - 有馬秀幸, 戸川大輔, 長谷川智彦, 大和雄, 小林祥, 安田達也, 坂野友啓, 大江慎, 山田智裕, 井出浩一郎, 渡邉悠, 中井慶一, 松山幸弘 Journal of Spine Research 6(3): 543-543, 2015. |
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2-8-F66-4. The crossing area of actual situation - endocranium pipe of the lumbar spinal canal stenosis in local inhabitants can predict the presence of the lumbar spinal canal stenosis symptom six years later; or - 大谷晃司, 菊地臣一, 矢吹省司, 二階堂琢也, 渡邉和之, 加藤欽志, 志田努, 紺野愼一 Journal of Spine Research 6(3): 544-544, 2015. |
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2-8-F66-5. Natural history -10 age follow-up - of the lumbar spinal canal stenosis in local inhabitants 猪狩貴弘, 大谷晃司, 関口美穂, 菊地臣一, 紺野愼一 Journal of Spine Research 6(3): 544-544, 2015. |
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2-8-F66-6. Examination of the natural history of lumbar spine degeneration scoliosis Cobb corner 30 degrees or more 石原陽平1, 森下益多朗1, 味八木二郎1, 船戸貴宏1, 神崎浩二2 Journal of Spine Research 6(3): 545-545, 2015. |
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2-8-F67-1. Associated - The GAINA study - of standing position posture and the low back pain in general inhabitants 谷島伸二1, 萩野浩2, 松本浩実3, 永島英樹1 Journal of Spine Research 6(3): 545-545, 2015. |
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2-8-F67-2. Is the numbness of lower limbs improved by prospective study - lumbar vertebrae surgery of the lumbar vertebrae surgery effect of treatment for the lower limbs numbness? - 大場悠己, 堤本高宏, 由井睦樹, 古作英実, 鎌仲貴之, 三澤弘道 Journal of Spine Research 6(3): 546-546, 2015. |
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2-8-F67-3. Characteristic of the maintained lumbar spinal canal stenosis of the amount of intervertebral disk 矢野智則, 井口哲弘, 山本潤哉 Journal of Spine Research 6(3): 546-546, 2015. |
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2-8-F67-4. Examination of the factor affecting the low back pain VAS level of the lumbar spine degeneration disease 吉岡研之1, 石井賢1, 細金直文3, 日方智宏1, 金子康仁5, 河野仁6, 加藤裕幸7, 市原大輔8, 金子慎二郎1, 藤田順之1, 渡辺航太2, 中村雅也1, 戸山芳昭1, 松本守雄1, KSRGメンバー1 Journal of Spine Research 6(3): 547-547, 2015. |
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2-8-F67-5. Effect - The ROAD Study - that narrowing between the lumbar vertebrae chinquapin and spur formation give for low back pain 村木重之1, 阿久根徹2, 岡敬之3, 田中栄4, 川口浩5, 中村耕三2, 吉村典子6 Journal of Spine Research 6(3): 547-547, 2015. |
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2-8-F67-6. Characteristic of diseases in the thoracic spinal cord, the symptom that is characteristic according to high ranks and neurologic views 安藤圭, 今釜史郎, 伊藤全哉, 小林和克, 八木秀樹, 新城龍一, 飛田哲朗, 伊藤研悠, 都島幹人, 石川喜資, 松本明之, 田中智史, 両角正義, 石黒直樹 Journal of Spine Research 6(3): 548-548, 2015. |
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2-8-F68-1. Backbone alignment of frailty (frailty), effect on quality of life - inhabitants examination cohort study 今釜史郎1, 長谷川幸治2, 飛田哲朗1, 村本明生3, 伊藤研悠1, 石川喜資1, 石黒直樹1 Journal of Spine Research 6(3): 548-548, 2015. |
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2-8-F68-2. Examination - that we included the low back pain of general inhabitants by Roland-Morris Disability Questionnaire (RDQ) and associated elderly people of the quality of life -80 years or older 粕川雄司, 宮腰尚久, 本郷道生, 石川慶紀, 工藤大輔, 島田洋一 Journal of Spine Research 6(3): 549-549, 2015. |
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2-8-F68-3. In the refugee living in the temporary housing after the difference in quality of life of the people with low back pain and the pain of other parts and the examination -3.11 Great East Japan Earthquake of the factor associated with the quality of life - 矢吹省司1,2, 菊地臣一1, 紺野愼一1 Journal of Spine Research 6(3): 549-549, 2015. |
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2-8-F68-4. Examination - Wakayama Spine Study - about a change and the low back pain of the spinal column sagittal section alignment accompanied with the aging-related change 浅井宣樹1, 吉田宗人1, 岡敬之2, 村木重之3, 橋爪洋1, 山田宏1, 筒井俊二1, 阿久根徹4, 田中栄5, 川口浩6, 中村耕三4, 吉村典子7 Journal of Spine Research 6(3): 550-550, 2015. |
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2-8-F68-5. Examination - by 234 that we looked at spinal column sagittal section alignment in the lumbar spinal canal stenosis and - microscope with age, low back pain, HRQOL concerned and performed lower one side approach both sides decompression 加藤相勲1, 並川崇1, 松村昭1, 大山翔一朗1, 嶋谷彰芳1, 臼井俊方1, 小西定彦2, 中村博亮3 Journal of Spine Research 6(3): 550-550, 2015. |
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2-8-F68-6. The effect of the spinal compression fracture in the adult deformity of spine: Crossing investigation in the inhabitants cohort 妹尾一誠1, 小林徹也1, 神保静夫1, 清水睦也1, 千葉恒2, 杉澤裕之2, 菅原敏暢2, 伊藤浩1 Journal of Spine Research 6(3): 551-551, 2015. |
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2-P22-1. Examination about degenerated intervertebral disc and the vertebral body bone fracture using the MRI image in the case that a lumbar paraspinal column source withered 高山和士1, 北輝夫1, 兼松文昭2, 安並敏哉1, 藪晋人1, 西野壱哉1, 坂中秀樹1, 山野慶樹1, 中村博亮3 Journal of Spine Research 6(3): 551-551, 2015. |
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2-P22-2. Psoas major muscle, multifidus muscle in the lumbar vertebrae surgery case, general evaluation by the MRI of the cross section of the erector 畠山雄二1, 島田洋一2, 宮腰尚久2 Journal of Spine Research 6(3): 552-552, 2015. |
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2-P22-3. Does the lumbar vertebrae degenerated intervertebral disc influence the atrophy of the psoas major muscle? - Examination - by the MRI evaluation 北輝夫1, 高山和士1, 兼松文昭2, 安並敏哉1, 藪晋人1, 西野壱哉1, 坂中秀樹1, 山野慶樹1, 中村博亮3 Journal of Spine Research 6(3): 552-552, 2015. |
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2-P22-4. Association between paraquantity of spinal column line fat and JOABPEQ using MR spectroscopy 高島弘幸1, 竹林庸雄2, 黄金勲矢2, 吉本三徳2, 寺島嘉紀2, 嘉野真允2, 山下敏彦2 Journal of Spine Research 6(3): 553-553, 2015. |
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2-P22-5. Relations - of increase and clinical manifestations of the sliding by examination - load of the dynamic change of the lumbar spine degeneration sliding by the load MRI 菅野晴夫, 小澤浩司, 相澤俊峰, 橋本功, 井樋栄二 Journal of Spine Research 6(3): 553-553, 2015. |
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2-P22-6. nerve root sedimentation sign in the lumbar spinal canal stenosis 細江英夫, 飯沼宣樹 Journal of Spine Research 6(3): 554-554, 2015. |
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2-P23-1. Morphological characteristic of the bone fracture vertebral body in the osteoporotic vertebral body bone fracture with neurologic symptoms 齊木文子, 三好光太, 竹下祐次郎, 村瀬修平 Journal of Spine Research 6(3): 554-554, 2015. |
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2-P23-2. Is Osteoporotic vertebral body bone fracture (OVF) by the multi-line device CT (MDCT) predictable? - ex-vivo and in-vivo studies - 町田正文1, 三宅敦2, 竹光正和2, 八木満2, 佐藤俊輔2, 斉藤正史3 Journal of Spine Research 6(3): 555-555, 2015. |
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2-P23-3. Association between bone fracture part vertebral body behavior flexibility and diachronic MRI image after the osteoporotic vertebral body bone fracture, Multicenter prospective cohort study 2012-2014 (interim report) 高橋真治1, 星野雅俊1, 豊田宏光1, 辻尾唯雄2, 井関一道3, 高山和士4, 笹岡隆一5, 安田宏之6, 兼松文昭7, 河野浩8, 長山隆一9, 中村博亮1 Journal of Spine Research 6(3): 555-555, 2015. |
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2-P23-4. The image evidence of osteoporotic vertebral body bone fracture with the cleft in the vertebral body and association of clinical manifestations 中前稔生, 藤本吉範, 山田清貴, 鈴木修身, 橋本貴士, 松浦正己, 森迫泰貴 Journal of Spine Research 6(3): 556-556, 2015. |
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2-P23-5. Evaluation between the tester by diagnosis - non-interpretation of radiogram experienced person of the backbone vertebral body bone fracture using the semiquantitative rating system 山田淳一, 明田浩司, 竹上徳彦, 須藤啓広 Journal of Spine Research 6(3): 556-556, 2015. |
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2-P23-6. Dynamic evaluation of the collapsed vertebra using the finite element method 高野弘充1, 米澤郁穂1, 東藤貢2, Muhammad Hazli Mazlan3, 奥田貴俊1, 嶋村之利1, 吉川慶1, 佐藤達哉1, 金子和夫1 Journal of Spine Research 6(3): 557-557, 2015. |
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2-P24-1. Alignment of the higher cervical vertebrae in the sagittal section of 600 healthy volunteers and lower cervical vertebrae, age changes of the range of motion 井上太郎, 湯川泰紹, 伊藤圭吾, 片山良仁, 松本智宏, 町野正明, 大内田隼, 富田桂介, 加藤文彦 Journal of Spine Research 6(3): 557-557, 2015. |
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2-P24-2. Age changes of SVA (sagittal vertical axis) of the cervical vertebrae sagittal section in 600 normal adults 井上太郎, 湯川泰紹, 伊藤圭吾, 片山良仁, 松本智宏, 町野正明, 大内田隼, 富田桂介, 加藤文彦 Journal of Spine Research 6(3): 558-558, 2015. |
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2-P24-3. Examination - based on index - X-ray measurement of the new cervical developmental constriction 森本安彦1, 重松英樹1, 小泉宗久2, 岩田栄一朗1, 奥田哲教1, 田中康人1 Journal of Spine Research 6(3): 558-558, 2015. |
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2-P24-4. Quantitative evaluation of the dynamic spinal canal stenosis in the retroflexion in front of the cervical vertebrae by the myelography CT 村瀬修平1, 竹下祐次郎1, 清水玄雄1, 中元秀樹1, 上園茂仁1, 齊木文子1, 酒枝和俊1, 福島成欣2, 三好光太1 Journal of Spine Research 6(3): 559-559, 2015. |
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2-P24-5. Examination of the cervical vertebrae intervertebral foramen constriction using the helical CT of 120 cervical vertebrae symptoms 西岡和哉, 川口匠, 北山真理, 中尾直之 Journal of Spine Research 6(3): 559-559, 2015. |
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2-P24-6. Characteristic of the deviation of the cervical vertebrae pedicle of vertebral arch screw by consecutive preoperation CT based navigation system in 140 上原将志, 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 加藤博之 Journal of Spine Research 6(3): 560-560, 2015. |
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2-P25-1. Image diagnostic classification using the brightness change in the MRI T2 marrow in the cervical spondylotic myelopathy 町野正明1, 湯川泰紹2, 伊藤圭吾2, 片山良仁2, 松本智宏2, 井上太郎2, 大内田隼2, 富田桂介2, 今釜史郎1, 石黒直樹1, 加藤文彦2 Journal of Spine Research 6(3): 560-560, 2015. |
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2-P25-2. And it is comparison with cervical spondylotic myelopathy and the sarcoidosis in the contrasting MRI image simply 両角正義1, 今釜史郎1, 伊藤全哉1, 安藤圭1, 小林和克1, 八木秀樹1, 飛田哲朗1, 伊藤研悠1, 石川喜資1, 都島幹人1, 松本明之1, 田中智史1, 酒井義人2, 石黒直樹1 Journal of Spine Research 6(3): 561-561, 2015. |
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2-P25-3. Comparison - with the front fixation between image change - single chinquapin that cervical vertebrae vertebral arch plastic surgery gives it between adjacent chinquapin 堂園将, 豊田宏光, 寺井秀富, 星野雅俊, 鈴木亨暢, 高橋真治, 篠原良和, 林和憲, 玉井孝司, 中村博亮 Journal of Spine Research 6(3): 561-561, 2015. |
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2-P25-4. Observation - of MRI image analysis - cervical spine alignment and the lesion subarachnoid space of the case that a cervical spine symptom improved by the use of the optimal pillow 山田朱織1, 勝呂徹2, 星徹3 Journal of Spine Research 6(3): 562-562, 2015. |
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2-P25-5. Quantitative evaluation of the symptom improvement of the cervical spine disease by the use of optimal pillow while asleep 山田朱織1, 勝呂徹2, 星徹3 Journal of Spine Research 6(3): 562-562, 2015. |
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2-P25-6. Positioning in application having high usefulness of the tomosynthesis in the backbone myelopathy surgery and the video diagnosis 玉木亮, 加藤義治, 村田泰章, 和田圭司, 柴正弘 Journal of Spine Research 6(3): 563-563, 2015. |
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2-P26-1. Usefulness of the center of gravity unrest meter for the lower limbs bathyesthesia evaluation in the cervical myelopathy 和泉智博, 山崎昭義, 溝内龍樹, 田仕英希 Journal of Spine Research 6(3): 563-563, 2015. |
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2-P26-2. Quantitative rating system - preoperation of the compressive cervical myelopathy by the eye opening and dying gait analysis and postoperative comparison - 中道清広1, 片岡嗣和1, 渡辺泰伸1, 河野仁1, 斉藤正史1, 石尾晶代2, 町田正文2, 三宅敦3 Journal of Spine Research 6(3): 564-564, 2015. |
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2-P26-3. Which should the lower limbs performance test of the cervical myelopathy choose? 横山徹1, 竹内和成1, 岩崎宏貴1, 和田簡一郎2, 田中利弘2, 熊谷玄太郎2, 陳俊輔2, 山崎義人3 Journal of Spine Research 6(3): 564-564, 2015. |
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2-P26-4. Is the three-dimensional movement (walk) analytical method useful for a diagnosis of the spinal disease, a treatment evaluation? 町田正文1, 中道清広2, 片岡嗣和2, 渡辺泰伸2, 斉藤正史2, 石尾晶代1, 八木満3, 三宅敦3, 竹光正和3 Journal of Spine Research 6(3): 565-565, 2015. |
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2-P26-5. Abolition of pain test of the hips disorder diagnosis which we applied empty hand therapy to 成田崇矢1, 金岡恒治2 Journal of Spine Research 6(3): 565-565, 2015. |
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2-P26-6. - to examine radicular pain of lower extremities from a point of view called examination - myalgia of the muscle of leg tenderness in the single radiculopathy case due to the lumbar herniated disk 黒田有佑1, 河村光廣2, 石井正悦2, 三輪俊格1, 坂浦博伸1, 大和田哲雄1 Journal of Spine Research 6(3): 566-566, 2015. |
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2-P27-1. Clinical features of L1 radiculopathy 木戸忠人1, 千葉光穂1, 奥山幸一郎1, 佐々木寛1, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 566-566, 2015. |
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2-P27-2. Association between pain of lower extremities and nerve root swelling in lumbar vertebrae intervertebral foramen stenosis at rest 山田勝崇1, 青田洋一2, 東貴行1, 増田謙治1, 金子貫一郎1, 田辺博宣1, 関屋辰洋1, 齋藤知行1 Journal of Spine Research 6(3): 567-567, 2015. |
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2-P27-3. Characteristic of the cervical myelopathy of the young (40 years or younger) onset 日下部隆1, 関口玲1, 金渕隆人2, 笠間史夫3 Journal of Spine Research 6(3): 567-567, 2015. |
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2-P27-4. Is the cervical myelopathy without the knee phenomenon sthenia caused by peripheral neuropathy? 西田幸司, 望月由, 坂英樹, 森永絵理 Journal of Spine Research 6(3): 568-568, 2015. |
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2-P27-5. Characteristic and surgery treatment result ... multicenter study ... of cervical spine, the cervical cord injury in the ankylosing spondylitis disorder 田仕英希1, 山崎昭義1, 和泉智博1, 溝内龍樹1, 渡辺慶2, 平野徹2, 勝見敬一2, 大橋正幸2, 澤上公彦3, 佐藤剛4, 保坂登5, 高橋一雄6, 三浦一人7, 菊地廉8, 遠藤直人2 Journal of Spine Research 6(3): 568-568, 2015. |
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2-P27-6. Problem - that we maintain the operation of - spinal cord injury data bank for the development of the standard rating system of the spinal cord regenerative therapy 坂井宏旭, 出田良輔, 前田健, 森英治, 弓削至, 河野修, 高尾恒彰, 益田宗彰, 森下雄一郎, 林哲生, 松下昌史, 植田尊善, 芝啓一郎 Journal of Spine Research 6(3): 569-569, 2015. |
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2-P28-1. The meaning judging from the details and an autonomic nerve function test of the development bradycardic after the cervical cord injury 石河紀之1, 鈴木哲哉1, 宮腰尚久2, 島田洋一2 Journal of Spine Research 6(3): 569-569, 2015. |
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2-P28-2. Examination about the cervical cord injury cross section rating system 河野修, 植田尊善, 前田健, 森英治, 弓削至, 高尾恒彰, 坂井宏旭, 益田宗彰, 森下雄一郎, 林哲生, 松下昌史, 芝啓一郎 Journal of Spine Research 6(3): 570-570, 2015. |
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2-P28-3. Active treatment for cervical cord injury ASIA A and B 井口浩一1, 石塚京子1, 金沢明秀1, 山本巌2, 山田和明2 Journal of Spine Research 6(3): 570-570, 2015. |
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2-P28-4. Usefulness of SLIC in the middle low rank cervical vertebrae injury including the non-caries-related cervical cord injury 反町泰紀1, 中島飛志1, 小林亮一2, 飯塚陽一2, 飯塚伯2, 高岸憲二2 Journal of Spine Research 6(3): 571-571, 2015. |
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2-P28-5. The effect that the spinal canal stenosis in the non-caries-related cervical cord injury gives for convalescence 高尾恒彰1, 岡田誠司2, 森下雄一郎1, 前田健1, 弓削至1, 久保田健介2, 森英治1, 河野修1, 坂井宏旭1, 益田宗彰1, 林哲生1, 松下昌史1, 植田尊善1, 芝啓一郎1 Journal of Spine Research 6(3): 571-571, 2015. |
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2-P28-6. Analysis of medical expenses spent by patients with cervical cord injury in our hospital 加藤雅敬, 高橋正明, 亀田隆太, 遠藤康弘, 原谷健太郎, 栄利昌, 宇田川和彦, 藤田貴也 Journal of Spine Research 6(3): 572-572, 2015. |
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2-P29-1. Evaluation - using - CT angiography that the cervical spine foramen of transverse process diameter correlates with vertebral artery diameter and age 佐野敦樹1, 平野徹2, 渡邊慶2, 遠藤直人2, 佐藤剛1 Journal of Spine Research 6(3): 572-572, 2015. |
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2-P29-2. Analysis of C7 foramen of transverse process and the vertebral artery by the cervical CT 押切勉1, 竹林庸雄1, 高島弘幸2, 吉本三徳1, 寺島嘉紀1, 嘉野真充1, 山下敏彦1 Journal of Spine Research 6(3): 573-573, 2015. |
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2-P29-3. Vascular characteristic in the C7 foramen of transverse process by the cervical angio CT 押切勉1, 竹林庸雄1, 高島弘幸2, 吉本三徳1, 寺島嘉紀1, 嘉野真充1, 山下敏彦1 Journal of Spine Research 6(3): 573-573, 2015. |
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2-P29-4. Based on the angiography CT image analysis results of a vascular injury risk and -1,000 troubleshooting in the cervical vertebrae surgery - 若尾典充1, 竹内幹伸1, 神谷光広1, 平澤敦彦1, 佐藤啓二2, 高安正和1 Journal of Spine Research 6(3): 574-574, 2015. |
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2-P29-5. From the viewpoint of the implant course of redefinition - C2 pedicle of vertebral arch screw of High-riding vertebral artery - 牧聡1, 國府田正雄1, 古矢丈雄1, 稲田大悟1, 神谷光史郎1, 大田光俊1, 高橋和久1, 山崎正志2 Journal of Spine Research 6(3): 574-574, 2015. |
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2-P30-1. Method - to put the sixth invention - cervical spine which we resected for the extended vertebral arch return prevention in the single swing-style cervical spine vertebral arch plastic surgery 小西定彦1, 安田宏之1, 濱峻平1, 中村博亮2 Journal of Spine Research 6(3): 575-575, 2015. |
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2-P30-2. A new rating system to measure a sagittal axis during cervical vertebrae rear surgery: Intra-operative Trunk Axis (T-axis) using preoperation C7 slope 真鍋和, 清水敬親, 田内徹, 登田尚史, 笛木敬介, 井野正剛, 伊藤嘉奈子 Journal of Spine Research 6(3): 575-575, 2015. |
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2-P30-3. Safe detachment maneuver of a vertebral body, the intervertebral disk lateral walls in the vertebral body osteotomy 佐野茂夫, 中尾祐介, 森井次郎 Journal of Spine Research 6(3): 576-576, 2015. |
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2-P30-4. Examination of the optimal implant point of Sacral alar-iliac screw in the adult deformity of spine 渡邉典行, 瀧川朋亨, 杉本佳久, 荒瀧慎也, 鉄永倫子, 田中雅人, 尾崎敏文 Journal of Spine Research 6(3): 576-576, 2015. |
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2-P30-5. Implant method of Sacral-Alar-Iliac Screw by the freehand technique that assumed a guide pin along the sacral tuberosity an index 多々羅靖則1, 佐野茂夫2, 中尾祐介2, 森井次郎2, 三原久範1 Journal of Spine Research 6(3): 577-577, 2015. |
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2-P30-6. Long-term results of the pedicle of vertebral arch screw fixation that poured calcium phosphate paste in the pedicle of vertebral arch screw hole in the osteoporotic backbone vertebral body bone fracture case 藤由崇之1, 蓮江文男1, 大塚誠1, 竹下宗徳1, 樋渡龍1, 高橋和久2 Journal of Spine Research 6(3): 577-577, 2015. |
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2-P31-1. Metal surface analysis and biodynamics evaluation of the living body activation pedicle of vertebral arch screw 明田浩司1, 松下富春2, 山口誠二2, 竹上徳彦1, 山田淳一1, 須藤啓広1 Journal of Spine Research 6(3): 578-578, 2015. |
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2-P31-2. Evaluation of the Pedicle Screw drawing strength using the CT level 池浦淳1, 串田剛俊1, 足立崇1, 飯田寛和1, 篠田健一2 Journal of Spine Research 6(3): 578-578, 2015. |
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2-P31-4. A pedicle of vertebral arch enlargement ratio accompanied with the pedicle of vertebral arch screw insertion and dynamic extreme relations 久保田健介1, 播广谷勝三1, 岡田誠司1, 原正光1, 小早川和1, 横田和也1, 斉藤武恭1, 林田光正1, 松本嘉寛1, 岩本幸英1 Journal of Spine Research 6(3): 579-579, 2015. |
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2-P31-5. The Hounsfield level of the pedicle of vertebral arch is a predictor of the pedicle screw slack occurrence 松尾庸平, 海渡貴司, 柏井将文, 牧野孝洋, 杉浦剛, 北口和真, 金山完哲, 古家雅之, 森本時光, 吉川秀樹 Journal of Spine Research 6(3): 580-580, 2015. |
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2-P31-6. Biomechanical examination of the Sioux charr anchor used for cervical vertebrae vertebral arch plastic surgery 黒川義隆1, 横山靖治2, 黒田宏一2, 中野敦之3, 馬場一郎3, 根尾昌志3 Journal of Spine Research 6(3): 580-580, 2015. |
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2-P32-1. About inhibitory effect of hyaluronidase-4 in the rat cordotomy model 清水義朗1, 奥田鉄人1, 川原範夫1, 加藤伸郎2, 石垣靖人3, 松本忠美1 Journal of Spine Research 6(3): 581-581, 2015. |
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2-P32-2. The effectiveness of the oligodendrocyte progenitor cells transplant derived from human iPS cells for the spinal cord injury for a mouse chronic phase 川端走野1, 高野盛登1, 沼澤佑子3, 板倉剛1, 小林喜臣1, 芝田晋介2, 岩波明生1, 岡野栄之2, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 581-581, 2015. |
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2-P32-3. Examination of the cells transplantation using the Schwann cells sheet derived from rat sciatic nerve for the spinal cord injury 稲田大悟1, 萬納寺誓人2, 古矢丈雄1, 神谷光史郎1, 牧聡1, 大田光俊1, 橋本将行3, 高橋和久1, 國府田正雄1 Journal of Spine Research 6(3): 582-582, 2015. |
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2-P32-4. Effect of γ-secretase inhibitor on nerve trunk cells derived from dangerous human iPS cells 大久保寿樹1, 板倉剛1, 岩波明生1, 戸山芳昭1, 岡野栄之2, 中村雅也1 Journal of Spine Research 6(3): 582-582, 2015. |
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2-P32-5. Immunogenicity in the nerve trunk cells transplant treatment derived from human iPS cells 尾崎正大1, 板倉剛1, 岩井宏樹1, 神山淳2, 岩波明生1, 岡野栄之2, 戸山芳昭1, 中村雅也1 Journal of Spine Research 6(3): 583-583, 2015. |
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2-P33-1. Examination of microglial activity with the rapamycin administration of the spinal cord injury acute phase and the inflammatory inhibitory effect 舘田聡, 菅野晴夫, 小澤浩司, 八幡健一郎, 井樋栄二 Journal of Spine Research 6(3): 583-583, 2015. |
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2-P33-2. Change of hematogenous macrophage in the spinal cord injury part indecisive attitude ampulla and resident microglia 中嶋秀明, 内田研造, 渡邉修司, 本定和也, 竹浦直人, 馬場久敏 Journal of Spine Research 6(3): 584-584, 2015. |
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2-P33-3. Angiogenetic promotion with the low power outside the body shock wave treatment and improvement effect of the myelopathy on spinal cord injury 八幡健一郎1, 菅野晴夫1, 小澤浩司1, 山屋誠司2, 舘田聡1, 伊藤健太3, 下川宏明3, 井樋栄二1 Journal of Spine Research 6(3): 584-584, 2015. |
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2-P33-4. About the antiinflammatory effect of the hepatocyte growth factor in the spinal cord injury acute phase examination - using - collagen affinitas modification HGF 山根健太郎1, 篠原健介1, 伊藤嘉浩2, 杉本佳久1, 田中雅人1, 松川昭博3, 尾崎敏文1 Journal of Spine Research 6(3): 585-585, 2015. |
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2-P33-5. A neuroprotection effect and revascularization effect of the stem cell between the fat origin affiliated with group on mouse spinal cord injury model 吉田藍, 内田研造, 中嶋秀明, 渡邉修司, 竹浦直人, 本定和也 Journal of Spine Research 6(3): 585-585, 2015. |
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2-P33-6. Axon reproduction, motor function improvement by the marrow mesenchyma system cell sheet transplant to a spinal cord transection model rat 奥田哲教1, 堀井謹子2, 清水隆昌1, 重松英樹1, 森本安彦1, 岩田栄一朗1, 西真弓2, 田中康仁1 Journal of Spine Research 6(3): 586-586, 2015. |
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2-P34-1. White matter injury after the spinal cord injury becomes severe at the aging spinal cord 神谷光史郎1, 古矢丈雄1, 大田光俊1, 牧聡1, 稲田大悟1, 萬納寺誓人3, 橋本将行4, 山崎正志2, 高橋和久1, 國府田正雄1 Journal of Spine Research 6(3): 586-586, 2015. |
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2-P34-2. Foreleg motor function compensation - neuroanatomical inspection - in the cervical cord half-cut sheet of paper rat 大祢英昭1, 高橋雅人1, 里見和彦2, 長谷川淳1, 竹内拓海1, 佐藤俊輔1, 長谷川雅一1, 市村正一1 Journal of Spine Research 6(3): 587-587, 2015. |
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2-P34-3. Tissue using the rat paraspinal column strain model, examination of the change of the rule sensory nerve 阿部幸喜, 稲毛一秀, 山内かづ代, 折田純久, 佐久間詳浩, 久保田剛, 及川泰宏, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 587-587, 2015. |
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2-P34-4. Anatomical study of the medial clunial nerve strangulation to be distributed over the vicinity of the sacroiliac joint 紺野智之1, 青田洋一2, 國谷洋1, 齋藤知之1, 曲寧3, 林省吾3, 河田晋一3, 伊藤正裕3 Journal of Spine Research 6(3): 588-588, 2015. |
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2-P34-5. Examination - by the gene expression analysis of - model rat that a nerve growth factor receptor gene expression drop and retinol metabolic disorders may be associated with the onset of congenital scoliosis 角田大介, 飯塚伯, 飯塚陽一, 三枝徳栄, 高岸憲二 Journal of Spine Research 6(3): 588-588, 2015. |
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2-P34-6. Activated vertebral pulp cells grafting for the degenerated intervertebral disc: Kinetic analysis after the transplant of the cells which we cryopreserved 額賀唯至, 酒井大輔, 檜山明彦, 持田讓治 Journal of Spine Research 6(3): 589-589, 2015. |
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2-P35-1. Examination about the antiinflammatory effect of adiponectin on intervertebral disk cells 寺嶋良樹1, 角谷賢一朗1, 前野耕一郎1, 高田徹2, 由留部崇1, 蔵川拓外1, 宮崎真吾1, 伊藤雅明1, 黒坂昌弘1, 西田康太郎1 Journal of Spine Research 6(3): 589-589, 2015. |
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2-P35-2. The long-term effect that discography, a block gives in normal intervertebral disk cells, tissue 岩崎浩司1, 須藤英毅2, 山田勝久1, 大西貴士1, 辻本武尊1, 岩崎倫政1 Journal of Spine Research 6(3): 590-590, 2015. |
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2-P35-3. Histologic immunohistochemical observation - of the polar -707 intervertebral disk of the macrophage in human cervical vertebrae intervertebral disc herniation and the cervical spondylosis intervertebral disk 山岸淳嗣, 小久保安朗, 中嶋秀明, 杉田大輔, 内田研造 Journal of Spine Research 6(3): 590-590, 2015. |
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2-P35-4. Association of the RANK/RANKL signal in the rat intervertebral disk and the inflammatory cytokine 竹上徳彦, 明田浩司, 村田耕一郎, 山田淳一, 須藤啓広 Journal of Spine Research 6(3): 591-591, 2015. |
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2-P35-5. Degenerated intervertebral disc inhibitory effect with the intravenous administration of the marrow mesenchyma system cells for the rat degenerated intervertebral disc model 森本時光1, 海渡貴司1, Otsuru Satoru2, Horwitz Edwin M3, 柏井将文1, 牧野孝洋1, 松尾庸平1, 杉浦剛1, 金山完哲1, 古家雅之1, 北口和真1, 吉川秀樹1 Journal of Spine Research 6(3): 591-591, 2015. |
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2-P35-6. Intervertebral disk reproduction due to the three-dimensional artificial structure which we made than a mesenchyma system stem cell derived from fat 森本時光1, 海渡貴司1, 森口悠2, 柏井将文1, 牧野孝洋1, 松尾庸平1, 杉浦剛1, 金山完哲1, 古家雅之1, 北口和真1, 吉川秀樹1, 中村憲正3 Journal of Spine Research 6(3): 592-592, 2015. |
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2-P36-1. Function of Brachyury in cells derived from a notochord 藤田順之1, 渡邊隆一1, 鈴木悟士1, 日方智宏1, 渡辺航太2, 石井賢1, 戸山芳昭1, 宮本健史1, 松本守雄1 Journal of Spine Research 6(3): 592-592, 2015. |
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2-P36-2. Function of Follistatin-like protein 1 in cells derived from a notochord 渡邊隆一1, 藤田順之1, 鈴木悟士1, 日方智宏1, 渡辺航太2, 石井賢1, 堀内圭輔1, 宮本健史1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 593-593, 2015. |
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2-P36-3. Examination of the effect that the NaV1.7 inhibition in the rat lumbar vertebrae intervertebral disk injury model gives to rule sensory nerve 野島大輔, 稲毛一秀, 山内かづ代, 折田純久, 佐久間詳浩, 鈴木都, 久保田剛, 及川泰宏, 西能健, 佐藤淳, 藤本和輝, 阿部幸喜, 志賀康浩, 宮城正行, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 593-593, 2015. |
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2-P36-4. Examination of the effect for the neuropathic pain of the serotonin noradrenaline reuptake inhibitor in the rat vertebral pulp custody model 半田隼一, 関口美穂, 紺野愼一 Journal of Spine Research 6(3): 594-594, 2015. |
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2-P36-5. Basic study on neuropathic pain using the chronic spinal cord compression model (twy mouse) 竹浦直人, 内田研造, 中嶋秀明, 渡邉修司, 吉田藍, 本定和也, 坂本拓己 Journal of Spine Research 6(3): 594-594, 2015. |
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2-P36-6. Multifaceted study on myelopathy-related algetic activated microglial/macrophage to be able to put 内田研造, 中嶋秀明, 渡邊修司, 竹浦直人, 吉田藍, 本定和也, 馬場久敏 Journal of Spine Research 6(3): 595-595, 2015. |
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2-P37-1. IP receptor agonist ONO1301 promotes in vitro osteoblastic differentiation and in vivo bony formation under BMP combination condition 金山完哲, 海渡貴司, 森本時光, 柏井将文, 牧野孝洋, 松尾庸平, 杉浦剛, 古家雅之, 北口和真, 吉川秀樹 Journal of Spine Research 6(3): 595-595, 2015. |
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2-P37-2. Examination of the effect that the prostaglandin EP-4 receptor agonist using the rat autologous bone transplantation combination spinal fusion model gives for bony formation 金山完哲, 海渡貴司, 森本時光, 柏井将文, 牧野孝洋, 松尾庸平, 杉浦剛, 古家雅之, 北口和真, 吉川秀樹 Journal of Spine Research 6(3): 596-596, 2015. |
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2-P37-3. Histologic examination of the bony formation process in the vertebral body rebuilding using the liquid nitrogen processing bone 新村和也, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 林寛之, 井上啓, 太田敬, 横川文彬, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 596-596, 2015. |
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2-P37-4. Examination of the effect that frictional heat of High-speed drill gives to a nerve 玉井孝司, 鈴木亨暢, 寺井秀富, Javid Akhgar, Mohammad Suhrab, 豊田宏光, 星野雅俊, 林和憲, 堂園将, 高橋真治, 中村博亮 Journal of Spine Research 6(3): 597-597, 2015. |
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2-P37-5. Preoperation oral rehydration therapy in the backbone elective operation patients 高橋洋平, 小島孝太, 美馬雄一郎, 西田光宏, 小林善臣, 篠崎義雄, 小川潤 Journal of Spine Research 6(3): 597-597, 2015. |
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2-P38-1. Epidemiologic survey of the congenital cervical vertebrae concrescence symptom 原田義史1, 小野睦2, 和田簡一郎3, 田中利弘3, 熊谷玄太郎3, 陳俊輔3, 高橋一平4, 中路重之4, 石橋恭之3 Journal of Spine Research 6(3): 598-598, 2015. |
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2-P38-2. Four report - including clinical picture - surgery enforcement three cases of the cervical spine lesion associated with the punctate achondroplasia 竹下祐次郎1, 三好光太1, 村瀬修平2, 斎木文子2, 清水玄雄2, 酒枝和俊2, 三上容司2, 北川知明3, 滝川一晴4 Journal of Spine Research 6(3): 598-598, 2015. |
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2-P38-3. Disorder between the adjacent chinquapin of the cervical vertebrae assimilation vertebra 清水健太郎, 小林慎一郎, 谷本祐之, 大濱玄, 鈴木悟士, 石濱寛子, 上石聡 Journal of Spine Research 6(3): 599-599, 2015. |
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2-P38-4. Examination of the majority muscle transfer for the purpose of a shoulder, the elbow joint function rebuilding in the cervical vertebrae symptom-related amyotrophy 米村浩1, 土井一輝1, 加藤圭彦2, 寒竹司3, 今城靖明3, 田口敏彦3 Journal of Spine Research 6(3): 599-599, 2015. |
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2-P38-5. After the operation of the spinal part of filum terminale syndrome results - youth, youth and manhood, comparison - of the middle age surgery 須賀潤, 駒形正志, 小杉雅英, 佐々木伸, 宮本哲, 荒神裕之 Journal of Spine Research 6(3): 600-600, 2015. |
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2-P38-6. About restless leg syndrome (Restless Legs Syndrome) in the backbone outpatient department 伊藤幹人, 佐藤雄, 黒田栄史 Journal of Spine Research 6(3): 600-600, 2015. |
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2-P39-1. Association between lumbar anatomy and PELD using the transintervertebral foramen approach 手束文威1, 酒井紀典1, 合田有一郎1, 高田洋一郎1, 東野恒作1, 西良浩一1 Journal of Spine Research 6(3): 601-601, 2015. |
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2-P39-2. Morphologic examination in the image of CT sagittal section of the lumbar vertebrae spinous process 矢津匡也1, 石津恒彦2, 奥田龍三3, 田村竜一2, 吉良貞政4, 福西邦素1, 白石将史2, 村上友彦2, 大保拓也3 Journal of Spine Research 6(3): 601-601, 2015. |
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2-P39-3. Comparison between reliability - sagittal section CT and crossing CT - of the CT classification of the lumbar vertebrae disaggregation fresh for a period of growth 神谷光広1, 花村俊太朗2, 若尾典充1, 竹内幹伸1, 平澤敦彦1 Journal of Spine Research 6(3): 602-602, 2015. |
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2-P39-4. The adult end-stage lumbar vertebrae disaggregation that was pointed out in the above for the first time 酒井紀典, 合田有一郎, 手束文威, 阿部光伸, 高田洋一郎, 東野恒作, 西良浩一 Journal of Spine Research 6(3): 602-602, 2015. |
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2-P39-5. Relationship with the high rank of the chest waist transitional region lesion (OYL and hernia) and the costal head 北村充広, 清水純人, 岡本壮太, 齋藤淳哉 Journal of Spine Research 6(3): 603-603, 2015. |
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2-P40-1. Using the CTM curved MPR along attempt - endocranium predicting convalescence after the operation from an image of redundant nerve roots of patients with lumbar spinal canal stenosis - 野澤聡, 中村正生, 坂口康道 Journal of Spine Research 6(3): 603-603, 2015. |
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2-P40-2. About the decision of the decompression high rank in the lumbar spinal canal stenosis of the cauda equina type 吉本三徳, 嘉野真允, 寺島嘉紀, 竹林庸雄, 山下敏彦 Journal of Spine Research 6(3): 604-604, 2015. |
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2-P40-3. Examination about the reversible change of the lumbar vertebrae ligamentum flavum 大鳥精司, 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 山内かづ代, 藤本和輝, 志賀康浩, 鈴木都, 阿部幸喜, 木下英幸, 金本洋人, 高橋和久 Journal of Spine Research 6(3): 604-604, 2015. |
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2-P40-4. The condition of a patient of the ligamentum flavum hypertrophy in the lumbar spinal canal stenosis is similar to a fibroplasia-related disease 合田有一郎, 東野恒作, 酒井紀典, 高田洋一郎, 西良浩一 Journal of Spine Research 6(3): 605-605, 2015. |
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2-P40-5. Examination of intervertebral joint cysts after the backward decompression for the lumbar spinal canal stenosis 原田義史, 佐藤隆弘, 中島菊雄, 平賀康晴, 菊池明 Journal of Spine Research 6(3): 605-605, 2015. |
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2-P40-6. Disease severity evaluation of the lumbar spinal canal stenosis using the biomarker out of the cerebrospinal fluid 早川謙太郎1, 大谷隼一1, 加藤壮1, 相馬一仁1, 土肥透1, 尾市健1, 福島成欣1, 熊野洋1, 松林嘉孝1, 谷口優樹1, 大島寧1, 岡敬之2, 竹下克志3, 田中栄1, 緒方徹4, 筑田博隆1 Journal of Spine Research 6(3): 606-606, 2015. |
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2-P41-1. Examination of the treatment strategy for the metastatic bone tumors of the spine which we examined from long-term survivors 山下一太, 小西宏昭, 馬場秀夫, 奥平毅, 日浦健, 山田周太 Journal of Spine Research 6(3): 606-606, 2015. |
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2-P41-2. Treatment result of the palliative operation for the metastatic bone tumors of the spine in our hospital 山下一太, 小西宏昭, 馬場秀夫, 奥平毅, 日浦健, 山田周太 Journal of Spine Research 6(3): 607-607, 2015. |
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2-P41-3. Pay attention to improvement of treatment result - paralysis of palliative surgery for the metastatic bone tumors of the spine and the ADL; and - 臼井俊方1, 松村昭1, 並川崇1, 加藤相勲1, 大山翔一朗1, 嶋谷彰芳1, 中村博亮2 Journal of Spine Research 6(3): 607-607, 2015. |
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2-P41-4. Prognostic examination of patients with metastatic bone tumors of the spine 山岡慎大朗1, 堀内秀樹1, 森野忠夫1, 尾形直則1, 三浦裕正2 Journal of Spine Research 6(3): 608-608, 2015. |
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2-P41-5. Vital prognosis investigation of the metastases to spine surgery case 明田浩司1, 長尾信人1, 竹上徳彦1, 山田淳一1, 榊原紀彦2, 笠井裕一2, 須藤啓広1 Journal of Spine Research 6(3): 608-608, 2015. |
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2-P41-6. Examination of tumor vertebra complete removal postoperative overall survival for the metastatic bone tumors of the spine and the prognostic factor to predict progression-free survival period 林寛之, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 横川文彬, 土屋弘行 Journal of Spine Research 6(3): 609-609, 2015. |
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2-P42-1. Surgery method of the lumbar vertebrae intervertebral foramen outside schwannoma 石原慎一, 朝本俊司, 石川雅之, 中村聡, 西山誠, 福井康之 Journal of Spine Research 6(3): 609-609, 2015. |
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2-P42-2. Adaptation and usefulness of the tumorectomy in the spinal dura mater by the hemilaminectomy out of the marrow 内藤堅太郎, 高見俊宏, 大畑建治 Journal of Spine Research 6(3): 610-610, 2015. |
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2-P42-3. Clinical features and surgery results of vicinity of the medullary cone tumor 内藤堅太郎, 高見俊宏, 大畑建治 Journal of Spine Research 6(3): 610-610, 2015. |
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2-P42-4. It is results after the endocranium measures and the operation in the spinal cord meningioma surgery 高澤篤之1, 田中信弘1, 藤本吉範2, 中西一義1, 亀井直輔1, 平松武1, 宇治郷諭1, 住吉範彦1, 力田高徳1, 越智光夫1 Journal of Spine Research 6(3): 611-611, 2015. |
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2-P42-5. Attempt - of the examination - differential diagnosis algorithmic making of the characteristic evidence by the simple MRI of spinal cord meningioma and spinal cord schwannoma 岩田栄一朗1, 小泉宗久2, 重松英樹1, 川崎佐智子3, 奥田哲教1, 森本安彦1, 増田佳亮1, 赤羽学4, 田中康仁1 Journal of Spine Research 6(3): 611-611, 2015. |
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2-P42-6. Clinical features and surgery treatment result of multiple spinal cord cauda equina tumors 飯塚陽一, 飯塚伯, 三枝徳栄, 小林亮一, 西野目昌宏, 荒毅, 反町泰紀, 中島飛志, 堤智史, 柳川天志, 高岸憲二 Journal of Spine Research 6(3): 612-612, 2015. |
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2-P43-1. As for the quantity of abdominal aorta calcification to run lumbar vertebrae ventral aspect, it is a predictor of the perioperative ischemic heart disease development; or risk management - by the fixed-quantity evaluation of the calcification using - MDCT 中原誠之, 井上崇文 Journal of Spine Research 6(3): 612-612, 2015. |
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2-P43-2. Postoperative complications management by other injury and responsibility high ranks at injury of the cervical cord injury case 宮口文宏, 川畑直也, 松永俊二 Journal of Spine Research 6(3): 613-613, 2015. |
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2-P43-3. Surgery medical treatment for the cervical spine disease associated with lysosome disease 寺井秀富1, 鈴木亨暢1, 豊田宏光1, 玉井孝司1, 林和憲1, 堂園将1, 高橋真治1, 星野雅俊1, 中村博亮1, 田中あけみ2 Journal of Spine Research 6(3): 613-613, 2015. |
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2-P43-4. Treatment result of a characteristic and the spinal fusion of the lumbar vertebrae instability symptom of patients with autoimmune disease to be complicated with steroidal osteoporosis 高畑雅彦, 須藤英毅, 長濱賢, 黒木圭, 小甲晃史, 校條祐輔, 岩崎倫政 Journal of Spine Research 6(3): 614-614, 2015. |
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2-P43-5. Attack frequency and the condition of a patient of the disorder between the adjacent chinquapin after the decompression fixation for the dialytic lumbar spondylosis 圓尾圭史, 橘俊哉, 井上真一, 有住文博, 吉矢晋一 Journal of Spine Research 6(3): 614-614, 2015. |
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2-P43-6. Examination using the severe classification as examination - incident of perioperative complications of the chest lumbar vertebrae front approach surgery 宮本敬1, 増田剛宏2, 下川哲哉1, 日置暁3, 秋山治彦2 Journal of Spine Research 6(3): 615-615, 2015. |
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2-P44-1. Results of the early hospitalization conservative treatment case for the Osteoporotic vertebral body bone fracture 武井寛1, 太田吉雄1, 杉田誠1, 石井淳二2, 土田浩之2, 平上健2, 岩崎聖3, 嶋村之秀3 Journal of Spine Research 6(3): 615-615, 2015. |
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2-P44-2. Choice of clinical features and the antimicrobial of the primary causative organism unknown case in the purulent spondylitis 金子高久, 末綱太, 入江伴幸 Journal of Spine Research 6(3): 616-616, 2015. |
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2-P44-3. Examination of the treatment result of Boston Brace for pubertal idiopathic scoliosis 森野忠夫1, 尾形直則1, 堀内秀樹1, 山岡慎大朗1, 三浦裕正2 Journal of Spine Research 6(3): 616-616, 2015. |
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2-P44-4. A poor prognostic factor of the harness therapy for pubertal idiopathic scoliosis Lenke type 1 curve: Pay your attention to apical vertebra rotation correction 山根健太郎, 田中雅人, 杉本佳久, 荒瀧慎也, 瀧川朋亨, 鉄永倫子, 篠原健介, 魚谷弘二, 渡邊典之, 尾崎敏文 Journal of Spine Research 6(3): 617-617, 2015. |
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2-P44-5. Usefulness of the evaluation using JOABPEQ for pubertal idiopathic scoliosis 清水政幸, 高橋淳, 倉石修吾, 池上章太, 二木俊匡, 上原将志, 加藤博之 Journal of Spine Research 6(3): 617-617, 2015. |
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2-P44-6. Evaluation of Risser sign by the echo for scoliosis 本郷道生1, 宮腰尚久1, 三澤晶子2, 粕川雄司1, 石川慶紀1, 工藤大輔1, 島田洋一1 Journal of Spine Research 6(3): 618-618, 2015. |
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2-P45-1. Usefulness ... of the epidural block as adaptation and effect - criteria for selection of the spinal cord stimulation therapy for the intractable pain 平澤元浩1, 牟礼英生2, 萩原信司1, 谷茂1, 笹原篤1, 吉村知香1, 高橋祐一1, 菊池麻美1, 前川達哉1, 糟谷英俊1 Journal of Spine Research 6(3): 618-618, 2015. |
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2-P45-2. Significance of the cervical spine selective nerve root block in the present age 瀬上和之, 神崎浩二, 中島崇之, 落合淳一 Journal of Spine Research 6(3): 619-619, 2015. |
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2-P45-3. Clinical results of the nerve root block for the cervical vertebrae radiculopathy 神與市1, 古森哲1, 白旗敏之2, 工藤理史2, 稲垣克記2 Journal of Spine Research 6(3): 619-619, 2015. |
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2-P45-4. Examination about the elimination of pain effect of the antiVEGF therapy on human intervertebral disk-related low back pain 佐藤淳1, 大鳥精司1, 折田純久1, 宮城正行2, 山内かづ代1, 久保田剛1, 稲毛一秀1, 西能健1, 藤本和樹1, 志賀康宏1, 阿部幸喜1, 金元洋人1, 高橋和久1 Journal of Spine Research 6(3): 620-620, 2015. |
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2-P45-5. Randomized controlled trial - Japanese edition Zurich claudication questionnaire of the internal use treatment for the lumbar spinal canal stenosis and evaluation ... by the six minutes gait test 馬見塚尚孝1, 橋本幸一2, 平野篤1, 坂根正孝2, 中島宏3, 亀田尚徳4, 中田由夫2, 藤江敬子2, 落合直之5, 山崎正志2 Journal of Spine Research 6(3): 620-620, 2015. |
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2-P45-6. Evaluation - of the training effect by usefulness - questionary survey of Cadaver Training in the technical acquisition of the backbone spinal cord surgery 吉本三徳1, 嘉野真允1, 寺島嘉紀1, 竹林庸雄1, 鈴木大輔2, 名越智2, 藤宮峯子3, 山下敏彦1 Journal of Spine Research 6(3): 621-621, 2015. |
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2-P46-1. Examination - using the body composition meter for association between backbone-related pain and body composition - public inhabitants 飯塚陽一, 飯塚伯, 三枝徳栄, 大澤貴志, 田鹿毅, 山本敦史, 高岸憲二 Journal of Spine Research 6(3): 621-621, 2015. |
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2-P46-2. Association between chronic low back pain and paraspinal column myodemia 高島弘幸1, 竹林庸雄2, 黄金勲矢2, 吉本三徳2, 寺島嘉紀2, 嘉野真允2, 山下敏彦2 Journal of Spine Research 6(3): 622-622, 2015. |
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2-P46-3. Development - multicenter crossing study - of the neuropathic pain screening tool (Spine PainDETECT) due to the rachiopathy 二階堂琢也1, 住谷昌彦2, 関口美穂1, 矢吹省司1, 紺野愼一1, 慢性疼痛の多面的評価 システム開発研究班1 Journal of Spine Research 6(3): 622-622, 2015. |
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2-P46-4. As for the acetaminophen large doses for the acute phase ache after spinal operations, both the antiinflammatory effect and the analgesic effect are inferior to loxoprofen sodium. 長本行隆, 飛松秀和, 青野博之 Journal of Spine Research 6(3): 623-623, 2015. |
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2-P46-5. Evaluation - using convalescence prediction - PainDETECT, BS-POP of the pain in the backbone degenerative disease surgery 工藤大輔, 宮腰尚久, 本郷道生, 粕川雄司, 石川慶紀, 島田洋一 Journal of Spine Research 6(3): 623-623, 2015. |
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2-P47-1. Image views and surgery of the lumbar vertebrae ossification of yellow ligament 川原央, 両角直樹, 古泉豊, 国分正一 Journal of Spine Research 6(3): 624-624, 2015. |
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2-P47-2. - that surgery results of the indirect backward decompression fixation for the thoracic vertebra ossification of posterior longitudinal ligament and examination - early operation of the convalescence predictor improve convalescence 藤田倫匡1, 長谷川智彦2, 大和雄2, 戸川大輔2, 吉田剛3, 小林祥2, 安田達也2, 有馬秀幸2, 松山幸弘2 Journal of Spine Research 6(3): 624-624, 2015. |
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2-P47-3. Ponte osteotomy combination kyphosis correction fixation for the thoracic vertebra ossification of posterior longitudinal ligament 安藤圭, 今釜史郎, 伊藤全哉, 小林和克, 八木秀樹, 飛田哲朗, 伊藤研悠, 都島幹人, 石川喜資, 松本明之, 田中智史, 両角正義, 石黒直樹 Journal of Spine Research 6(3): 625-625, 2015. |
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2-P47-4. After the operation of clinical significance - thoracic vertebra ossification of yellow ligament of three points of step tests in the thoracic myelopathy examination - of results 森井孝明, 三原久範, 多々羅靖則, 新村高典, 伊藤陽平 Journal of Spine Research 6(3): 625-625, 2015. |
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2-P47-5. Analysis of the posterior longitudinal ligament ossification using the microfocus X-rays CT system 福武勝典1, 和田明人1, 石渡誉郎2, 大久保洋一郎2, 飯田泰明1, 横山雄一郎1, 高橋寛1, 土谷一晃2, 澁谷和俊2 Journal of Spine Research 6(3): 626-626, 2015. |
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2-P47-6. The effect that diffuse idiopathic hyperostosis (DISH) gives to cervical vertebrae OPLL 西村浩輔, 鈴木秀和, 遠藤健司, 村田寿馬, 依藤麻紀子, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 626-626, 2015. |
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3-1-F69-1. Comparison of OLIF/XLIF which we saw from neurologic symptoms after the operation 折田純久, 稲毛一秀, 久保田剛, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 山内かづ代, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 629-629, 2015. |
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3-1-F69-2. It is the consideration about the neurologic symptoms revival factor after the operation in the LIF (lateral interbody fusion) 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 629-629, 2015. |
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3-1-F69-3. Anatomical parameter measurement - in the elucidation - fourth lumbar spine degeneration sliding symptom of the frequency of the case which OLIF approach has difficulty with 堀悠介1, 星野雅俊2, 辻尾唯夫1, 関昌彦1, 万代幸司1, 中村博亮2 Journal of Spine Research 6(3): 630-630, 2015. |
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3-1-F69-4. Comparative study - in invasive - OLIF and XLIF to psoas major muscle in the low invasive lumbar vertebrae side fixation 中村賢司1, 藤林俊介2, 金村徳相3, 隈部香里3, 山口英敏3, 佐竹宏太郎3, 世木直喜3, 田中智史4, 大槻文悟2, 木村浩明2, 吉川順介1, 今釜史郎4, 松田秀一2 Journal of Spine Research 6(3): 630-630, 2015. |
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3-1-F69-5. Examination about the learning curve of the XLIF surgical procedure 中嶋隆夫1, 金竜2, 宮本雅史3, 高井信朗4 Journal of Spine Research 6(3): 631-631, 2015. |
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3-1-F69-6. Stigma views of the case which OLIF approach has difficulty with 万代幸司1, 星野雅俊2, 堀悠介1, 辻尾唯雄1, 関昌彦1, 中村博亮2 Journal of Spine Research 6(3): 631-631, 2015. |
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3-1-F70-1. Effect of the indirect decompression by XLIF 岡田紗枝, 山田宏, 橋爪洋, 南出晃人, 中川幸洋, 西秀人, 岩崎博, 筒井俊二, 中尾慎一, 岩橋弘樹, 吉田宗人 Journal of Spine Research 6(3): 632-632, 2015. |
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3-1-F70-2. Comparison of the insertion precision with the LICAP method and the open method that aimed at the decrease in - X-rays being bombed about a deviation rate of percutaneous pedicle of vertebral arch screw (PPS) in the lumbosacral spine fixation 谷陽一, 齋藤貴徳, 谷口慎一郎, 石原昌幸, 朴正旭 Journal of Spine Research 6(3): 632-632, 2015. |
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3-1-F70-3. Comparison with the PS method of 100 spinal column rebuilding that we applied the CBT method to ゴンチャル イワン1, 小谷善久2, 宮崎拓自1, 松居祐樹1, 綛村俊之1 Journal of Spine Research 6(3): 633-633, 2015. |
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3-1-F70-4. Analysis - of the risk factor of the bone union evaluation - endplate cysts generating of the backward fixation by the Cortcal bone trajectory method 西澤和也, 森幹士, 中村陽, 松末吉隆 Journal of Spine Research 6(3): 633-633, 2015. |
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3-1-F70-5. Comparison with the traditional approach of the case given PLIF between between the single chinquapin and 2 chinquapin by the CBT method 二宮研1, 白石建1, 青山龍馬1, 海苔聡1, 穴澤卯圭1, 堀田拓1, 上田誠司2 Journal of Spine Research 6(3): 634-634, 2015. |
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3-1-F70-6. Attempt of the posterior lumbar spinal fusion by CBT-TLIF using the course of the ME-MILD method 湯澤洋平, 稲波弘彦, 高野裕一, 志保井柳太郎, 林明彦 Journal of Spine Research 6(3): 634-634, 2015. |
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3-1-DB3-1. Adult deformity of spine surgery: Physiological alignment and thorough correction for the purpose of the ergonomic balance acquisition are the keys to success 種市洋 Journal of Spine Research 6(3): 635-635, 2015. |
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3-1-DB3-2. Problems of corrective surgery - traditional approach for the adult deformity of spine and future fine-view - 岩崎幹季1, 奥田真也1, 前野考史1, 山下智也1, 松本富哉1, 柏井将文2, 牧野孝洋2, 海渡貴司2 Journal of Spine Research 6(3): 635-635, 2015. |
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3-1-DB3-3. Correction fixation using the MISt maneuver for the adult deformity of spine 齋藤貴徳, 谷口慎一郎, 石原昌幸, 谷陽一, 朴正旭 Journal of Spine Research 6(3): 636-636, 2015. |
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3-1-DB3-4. Results of the anteroposterior merger correction fixation using the low invasive front fixation (the OLIF, XLIF method) for severe lumbar spine degeneration kyphoscoliosis 大鳥精司, 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 山内かづ代, 藤本和輝, 志賀康浩, 鈴木都, 阿部幸喜, 木下英幸, 金本洋人, 高橋和久 Journal of Spine Research 6(3): 636-636, 2015. |
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3-2-IL9. The Development and Evolving Concept in Minimally Invasive Spinal Surgery. Taiwan's Perspective Tsung-Jen Huang Journal of Spine Research 6(3): 637-637, 2015. |
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3-2-M9-1. Treatment result of the bone modifier for the metastasis to breast cancer-related bone tumors of the spine 馬場一郎1, 中野敦之1, 金明博1, 根尾昌志1, 岩本充彦2, 田中覚2, 木村光誠2, 内山和久2 Journal of Spine Research 6(3): 637-637, 2015. |
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3-2-M9-2. Intervention effect of backward fixation and Zoledronate on metastatic bone tumors of the spine, From the viewpoint of bone strength evaluation by the finite element method 高石官成1, 穴澤卯圭2, 白石建2 Journal of Spine Research 6(3): 638-638, 2015. |
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3-2-M9-3. It is usefulness of becoming it low infestation of the palliative operation for the metastatic bone tumors of the spine 上井浩1, 徳橋泰明1, 大島正史1, 間世田優文1, 澤田浩克1, 相馬大鋭1, 立川裕一郎2 Journal of Spine Research 6(3): 638-638, 2015. |
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3-2-M9-4. About the tumor vertebra complete removal postoperative local recurrence that used a liquid nitrogen processing bone for the front rebuilding 五十嵐峻, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 杉田守礼, 近藤章, 藤井衛之, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 639-639, 2015. |
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3-2-M9-5. Examination of the usefulness of MISt (the minimally Invasive spine Stabilization's smallest: infestation backbone stability technique) for the metastatic bone tumors of the spine 日方智宏1,6, 石井賢1,6, 磯貝宜広2,6, 塩野雄太3,6, 船尾陽生2,6, 岡田英二朗4,6, 藤田順之1,6, 岩波明生1,6, 渡辺航太5,6, 中村雅也1,6, 戸山芳昭1,6, 松本守雄1,6 Journal of Spine Research 6(3): 639-639, 2015. |
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3-2-M9-6. Efforts of tumor board specialized in metastases to bone 角谷賢一朗1, 酒井良忠2, 前野耕一郎1, 高田徹3, 由留部崇1, 蔵川拓外1, 宮崎真吾1, 寺島良樹1, 伊藤雅明1, 江島泰生4, 原仁美1, 坂下明大5, 佐々木良平4, 秋末敏宏1, 黒坂昌弘1, 西田康太郎1 Journal of Spine Research 6(3): 640-640, 2015. |
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3-2-M10-1. Pit fall of the cervical vertebrae surgery using the navigation and the measures 下川宣幸 Journal of Spine Research 6(3): 640-640, 2015. |
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3-2-M10-2. Survey - lumbosacral transitional spine about the high rank misconception of spinal operations and pit fall ... of the indication image 長張浩昌, 田村睦弘, 石井文久, 馬嶋正和, 野中康臣 Journal of Spine Research 6(3): 641-641, 2015. |
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3-2-M10-3. Complications and measures in the backbone endoscopic operation 中川幸洋, 吉田宗人, 山田宏, 橋爪洋, 南出晃人, 西秀人, 岩崎博, 筒井俊二, 中尾慎一, 岡田紗枝, 岩橋弘樹 Journal of Spine Research 6(3): 641-641, 2015. |
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3-2-M10-4. It is examined the hematoma exclusion method for the extradural haematoma after the backbone spinal cord technique 真鍋英喜, 藤原靖, 泉文一郎, 宮内晃 Journal of Spine Research 6(3): 642-642, 2015. |
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3-2-M10-5. Measures to pneumothorax in the retroperitoneal space approach out of the pleura 小谷俊明, 赤澤努, 佐久間毅, 根本哲治, 飯島靖, 嶋田洋平, 南昌平 Journal of Spine Research 6(3): 642-642, 2015. |
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3-2-M10-6. Pit fall in the skill in tumor vertebra complete removal after the radiation exposure 横川文彬, 村上英樹, 出村諭, 加藤仁志, 吉岡克人, 藤井衛之, 五十嵐峻, 米澤則隆, 土屋弘行 Journal of Spine Research 6(3): 643-643, 2015. |
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3-3-MS3. Problems of the osteoporotic fracture 松下睦 Journal of Spine Research 6(3): 643-643, 2015. |
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3-3-F71-1. With the necessary case of the other side decompression in the backbone endoscope lower diskectomy? Examination ... of the preoperation index of ... stenosis merger 田邊史, 山元拓哉, 石堂康弘, あべ松昌彦, 冨永博之, 河村一郎, 米和徳, 小宮節郎 Journal of Spine Research 6(3): 644-644, 2015. |
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3-3-F71-2. Examination - according to the percutaneous endoscopic lower intervertebral disk enucleation (PED) - approach for the L4/5 intervertebral disc herniation 佐藤正樹 Journal of Spine Research 6(3): 644-644, 2015. |
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3-3-F71-3. Usefulness of the 3-D MRI/CT fusion image in the preoperation plan of the percutaneous endoscopic lower lumbar herniated disk enucleation (PED) interlaminar method 平山次郎, 橋本将行 Journal of Spine Research 6(3): 645-645, 2015. |
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3-3-F71-4. Examination of the operative approach method for the cranial transposition type lumbar herniated disk that presented adjacent higher radiculopathy 上田康博1, 村田淳2 Journal of Spine Research 6(3): 645-645, 2015. |
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3-3-F71-5. Examination of the lumbar herniated disk surgery cancellation (evasion) case 神庭悠介, 石部達也, 千束福司, 大西祥博, 三原一志, 川合準, 池田登, 三河義弘 Journal of Spine Research 6(3): 646-646, 2015. |
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3-3-F71-6. Examination about the reoperation case after lumbar vertebrae endoscope lower intervertebral disc herniation enucleation and the endoscopic lower laminectomy 粟飯原孝人1, 池田義和2, 平山次郎3, 畠山健次1, 漆原誠1, 大内純太郎1, 山縣正庸2 Journal of Spine Research 6(3): 646-646, 2015. |
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3-3-F72-1. The anatomical examination of the recurrent nerve injury risk by the cervical vertebrae right front approach: Frequency investigation of Non-Recurrent Laryngeal Nerve 安倍雄一郎, 佐藤栄修, 山田賢太郎, 百町貴彦, 柳橋寧 Journal of Spine Research 6(3): 647-647, 2015. |
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3-3-F72-2. Frequency of the PICA end vertebral artery needing attention by cervical vertebrae surgery 青山剛, 小原由史 Journal of Spine Research 6(3): 647-647, 2015. |
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3-3-F72-3. Evaluation of the deep cervical artery (Deep Cervical Artery) using the MRI 小野睦1, 和田簡一郎2, 田中利弘2, 板橋泰斗2, 熊谷玄太郎2, 陳俊介2, 佐々木英嗣2, 石橋恭之2, 越後谷直樹1, 植山和正1 Journal of Spine Research 6(3): 648-648, 2015. |
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3-3-F72-4. Vertebral artery injury in cervical spine, the cervical cord injury 大橋秀基, 伊藤康夫, 菊地剛, 尾崎修平, 松橋美波, 横尾賢 Journal of Spine Research 6(3): 648-648, 2015. |
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3-3-F72-5. Because facetectomy prevents iatrogenic intervertebral foramen constriction after - cervical vertebrae pedicle screw fixation that can widen intervertebral foramen diameter from foraminotomy; - 山崎昭義, 和泉智博, 溝内龍樹, 田仕英希 Journal of Spine Research 6(3): 649-649, 2015. |
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3-3-F72-6. Comparison according to the navigation model of the deviation rate of the cervical vertebrae pedicle of vertebral arch screw by CT-based navigation system 上原将志, 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 加藤博之 Journal of Spine Research 6(3): 649-649, 2015. |
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3-3-F73-1. Endoscopic lower rear decompression - using preservation -14mm tubular retractor of the intervertebral joint in the endoscopic lower one side approach both sides decompression 南部浩史, 金粕浩一, 久門弘, 真橋尚吾 Journal of Spine Research 6(3): 650-650, 2015. |
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3-3-F73-2. Risk factor of the preoperation onset DVT in the lumbar spinal canal stenosis 三原徳満, 谷島伸二, 武田知加子, 吉田匡希, 永島英樹 Journal of Spine Research 6(3): 650-650, 2015. |
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3-3-F73-3. Treatment result of the fenestration operation for the lumbar spinal canal stenosis 岡本剛治, 良川昌鳳, 真鍋道彦, 宮地信晃, 亀長智幸, 謝典穎 Journal of Spine Research 6(3): 651-651, 2015. |
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3-3-F73-4. The incidence of intervertebral joint cysts early after the lumbar vertebrae rear decompression technique 喜安克仁, 武政龍一, 公文雅士, 田所伸朗, 加藤友也, 池内昌彦 Journal of Spine Research 6(3): 651-651, 2015. |
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3-3-F73-5. Effect to give to the post-operative haemorrhage in the operation of tranexamic acid in PLIF 串岡純一, 山下智也, 奥田真也, 松本富哉, 山崎良二, 前野考史, 岩崎幹季 Journal of Spine Research 6(3): 652-652, 2015. |
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3-3-F73-6. Examination of Facet violation by lumbar vertebrae pedicle of vertebral arch Screw 玉置康之, 百名克文, 打越顕 Journal of Spine Research 6(3): 652-652, 2015. |
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3-3-F74-1. Examination about the physiologic condition of a patient of the lumbar spinal cord nerve root in the lumbar vertebrae intervertebral foramen 森下雄一郎, 前田健, 森英治, 弓削至, 河野修, 高尾恒彰, 坂井宏旭, 益田宗彰, 林哲生, 松下昌史, 植田尊善, 芝啓一郎 Journal of Spine Research 6(3): 653-653, 2015. |
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3-3-F74-2. An image of oblique presentation MRI is useful for the diagnosis of lumbar vertebrae intervertebral foramen stenosis 清水聡志1, 大和雄2, 小林祥2, 松下聡1, 松山幸弘2 Journal of Spine Research 6(3): 653-653, 2015. |
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3-3-F74-3. Nerve root image of the lumbar vertebrae intervertebral foramen disorder by the 3D MRI (the Curved Multi Planar Reconstruction method) 根本忠信, 小関和彦, 原田幹生, 近藤幹朗, 宇野智洋, 高原政利 Journal of Spine Research 6(3): 654-654, 2015. |
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3-3-F74-4. About the lesion merger in the decompression case between the L4/5 single chinquapin out of the intervertebral foramen examination - by -3 dimensions of MRI 片岡嗣和1, 斉藤正史1, 竹内拓海1, 橘安津子1, 中道清広1, 渡邉泰伸1, 河野仁1, 細金直文2, 町田正文3, 飯塚慎吾4 Journal of Spine Research 6(3): 654-654, 2015. |
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3-3-F74-5. New diagnostic imaging - using 3D-MRI by the - SPACE method where the conservative therapy fruition case is different from the surgery case of lumbar vertebrae intervertebral foramen stenosis in the stenosis ratio 山田賢太郎, 安倍雄一郎, 柳橋寧, 百町貴彦, 佐藤栄修 Journal of Spine Research 6(3): 655-655, 2015. |
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3-3-F74-6. Surgery scholastic evaluation using usefulness - JOABPEQ of facetectomy and the posterolateral fusion for the L5-S1 intervertebral foramen constriction 安宅洋美1, 丹野隆明1, 岩本靖彦1, 宮下智大2, 加藤啓2 Journal of Spine Research 6(3): 655-655, 2015. |
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3-4-F75-1. It is the surgery results in eight years after the operation of the small infestation lumbar vertebrae fixation 齋藤貴徳, 谷口慎一郎, 石原昌幸, 谷陽一, 朴正旭 Journal of Spine Research 6(3): 656-656, 2015. |
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3-4-F75-2. Surgery results long-term in MIS-TLIF for the lumbar spine degeneration disease 和田明人, 飯田泰明, 横山雄一郎, 長谷川啓二, 柘植新太郎, 中村一将, 福武勝典, 高松諒, 高橋寛, 土谷一晃 Journal of Spine Research 6(3): 656-656, 2015. |
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3-4-F75-3. Follow-up - of -1,000 disorders between the PLIF postoperative adjacent chinquapin 奥田真也1, 山崎良二1, 山下智也1, 前野考史1, 松本富哉1, 小田剛紀2, 岩崎幹季1 Journal of Spine Research 6(3): 657-657, 2015. |
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3-4-F75-4. Examination about the risk factor giving a disorder between the MIS-TLIF postoperative adjacent chinquapin 小野孝一郎, 大森一生 Journal of Spine Research 6(3): 657-657, 2015. |
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3-4-F75-5. It is examined disorder (ASD) between the adjacent chinquapin after fixation (TLIF) between the lumbar vertebrae rear vertebral body for lumbar spinal canal stenosis (LCS) 山崎浩司1, 星野雅洋1, 松崎浩巳1, 大森圭太1, 五十嵐秀俊1, 鶴田尚志1, 松本光司1, 網代泰充3, 上田修平3 Journal of Spine Research 6(3): 658-658, 2015. |
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3-4-F75-6. Examination of the results by the difference of the insertion position of cage in fixation (TLIF) between the lumbar vertebrae rear vertebral body of the transintervertebral foramen 若山悠介, 江畑功, 安原義昌, 榎本晃, 山口祐一郎, 山田俊介, 福井隆史, 本田秀樹 Journal of Spine Research 6(3): 658-658, 2015. |
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3-4-F76-1. The effect that a fixed range gives to a bone union rate of the fixation between the L5/S chinquapin 村田泰章, 金谷幸一, 和田寛義, 和田圭司, 石井千春, 柴正弘, 八田哲, 加藤建, 玉木亮, 沼口大輔, 油井充, 加藤義治 Journal of Spine Research 6(3): 659-659, 2015. |
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3-4-F76-2. Surgery results of PLIF which we matched fenestration operation between higher adjacent chinquapin and gave 飛松秀和, 青野博之, 長本行隆 Journal of Spine Research 6(3): 659-659, 2015. |
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3-4-F76-3. It is relations with pseudarthrosis and the low back pain after the PLIF technique by the prospective radiographic investigation for 5 years 金村徳相1, 佐竹宏太郎1, 山口英敏1, 世木直喜1, 田中智史2, 石川喜資2, 松本明之2, 伊藤全哉2, 今釜史郎2 Journal of Spine Research 6(3): 660-660, 2015. |
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3-4-F76-4. Method - to install two titanium spacers from examination - one side about the bone transplantation in MIS-TLIF 田村睦弘, 長張浩昌, 石井文久, 馬嶋正和, 野中康臣 Journal of Spine Research 6(3): 660-660, 2015. |
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3-4-F76-5. Comparison of the bone union of the implant between various vertebral bodies in the fixation between the backward approach lumbar vertebrae vertebral body 富田誠司1, 松浦昭彦2, 吉川秀樹2, 伊東憂郁2, 荒川那緒2, 蔵本大貴2, 杉本裕宣1, 羽山祥生1 Journal of Spine Research 6(3): 661-661, 2015. |
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3-4-F76-6. Comparison between patients with diabetes and bone union rate in TLIF between 1 chinquapin of nondiabetic patients 秋山典宏, 原耕三, 増田尚也, 多門和一, 高橋忍 Journal of Spine Research 6(3): 661-661, 2015. |
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3-4-F77-1. Surgery results of the front spinal column Reconstruction Acts for the chest waist transitional region Osteoporotic vertebral body bone fracture 歌川蔵人1, 大谷和之1, 草野和夫2, 進藤重雄1, 水野広一1, 北原建彰1, 三宅論彦1, 請川大1, 中井修1, 大川淳3 Journal of Spine Research 6(3): 662-662, 2015. |
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3-4-F77-2. Long-term results of small incision lumbar vertebrae front fixation (mini-ALIF) 高畑智宏, 三澤治夫, 寺本亜留美, 竹内一裕, 中原進之介 Journal of Spine Research 6(3): 662-662, 2015. |
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3-4-F77-3. Comparison of an image and the clinical manifestations before and after the operation in the merger fixation (indirect decompression) using OLIF before and after lumbar vertebrae 佐藤淳, 折田純久, 山内かづ代, 久保田剛, 稲毛一秀, 西能健, 藤本和樹, 志賀康宏, 阿部幸喜, 金元洋人, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 663-663, 2015. |
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3-4-F77-4. Invention of the safe development by the original muscle hook in Oblique lateral interbody fusion (OLIF) 坂本武志, 渡邊慶, 堤良祐 Journal of Spine Research 6(3): 663-663, 2015. |
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3-4-F77-5. Consideration about the segmental arteries injury in the OLIF (oblique lateral interbody fusion) operation field using the MRI 折田純久, 久保田剛, 稲毛一秀, 西能健, 佐藤淳, 藤本和輝, 志賀康浩, 阿部幸喜, 金元洋人, 山内かづ代, 高橋和久, 大鳥精司 Journal of Spine Research 6(3): 664-664, 2015. |
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3-4-F77-6. Evaluation of the ureter run using the biphasic contrasting CT in the low invasive lumbar vertebrae side fixation 藤林俊介, 大槻文悟, 木村浩明, 松田秀一 Journal of Spine Research 6(3): 664-664, 2015. |
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3-4-F78-1. Analysis - of - PLIF273 case of lumbar vertebrae JOA score and the degree of improvement based on the patients report of relationships 藤森孝人1, 奥田真也2, 山崎良二2, 前野考史2, 山下智也2, 松本富哉2, 岩崎幹季2, 和田英路3, 小田剛紀1 Journal of Spine Research 6(3): 665-665, 2015. |
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3-4-F78-2. It is the results of the course case after fixation - operation between the vertebral body under the endoscopic support more than two years 稲波弘彦1, 高野裕一1, 湯澤洋平1, 志保井柳太郎1, 林明彦1, 岩井宏樹1, 岩堀智之3, 馬場聡史4, 大島寧2 Journal of Spine Research 6(3): 665-665, 2015. |
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3-4-F78-3. More than sagittal section alignment -5 year of Pyramesh-LT cage which used for PLIF between the single chinquapin examination - of the course case 和泉智博1, 山崎昭義1, 溝内龍樹1, 田仕英希1, 佐野敦樹2 Journal of Spine Research 6(3): 666-666, 2015. |
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3-4-F78-4. Comparative study - with usefulness - PLIF of the indirect decompression by LLIF for the lumbar spine degeneration sliding symptom 山口英敏1, 金村徳相1, 佐竹宏太郎1, 世木直喜1, 伊藤全哉2, 八木秀樹2, 田中智史2, 今釜史郎2 Journal of Spine Research 6(3): 666-666, 2015. |
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3-4-F78-5. Results of the backward correction fixation using PLIF between the multi-chinquapin for lumbar spine degeneration kyphoscoliosis 池上大督1, 村田洋一2, 松岡孝志1, 田中正道2, 青木康彰1 Journal of Spine Research 6(3): 667-667, 2015. |
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3-4-F78-6. We examine the results of the course case after the operation of PLIF using Cortical Bone Trajectory (CBT) more than one year 志津直行1, 前原秀紀2, 前原一之2, 鬼武宏行1, 池田大樹1, 下山哲生1, 丘雄介1 Journal of Spine Research 6(3): 667-667, 2015. |
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3-5-MS4. Of pain treatment for the backbone, the spinal disease, actually 田中信弘 Journal of Spine Research 6(3): 668-668, 2015. |
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3-5-F79-1. Examination - Japan backbone myelopathy society spinal cord monitoring working group multicenter prospective study ... of the alarm point in the chiropractic surgery that we saw according to the condition of a patient of the deformity of spine 山田圭1, 松山幸弘2, 小林祥2, 長濱賢3, 和田簡一郎4, 田所伸朗5, 村本明生6, 寒竹司7, 岩崎博8 Journal of Spine Research 6(3): 668-668, 2015. |
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3-5-F79-2. Examination of the transcranial electrical stimulation line record spinal cord monitoring (Br (E) -CMAP) for OPLL: Pay attention for the latency of the record wave pattern 田所伸朗1, 喜安克仁1, 公文雅士1, 武政龍一1, 池内昌彦1, 木田和伸2 Journal of Spine Research 6(3): 669-669, 2015. |
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3-5-F79-3. Usefulness of Free run electromyography and Triggered electromyography in the spinal cord monitoring in the operation 中村豊1, 田村孝典2, 田島幹大1, 金井優宣1, 田中早津季2, 成田琴音2, 浅野聡1 Journal of Spine Research 6(3): 669-669, 2015. |
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3-5-F79-4. Significance of the neurologic function monitoring in the operation that used free-running EMG together 小池崇志, 長谷川和宏, 下田晴華, 石井圭史, 小野真稔, 本間隆夫 Journal of Spine Research 6(3): 670-670, 2015. |
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3-5-F79-5. Usefulness of the spinal cord monitoring in the Real time technique which used Free run EMG in the high-risk myelopathy surgery together 角谷智, 川端茂徳, 牛尾修太, 山田剛史, 猪瀬弘之, 吉井俊貴, 加藤剛, 榎本光裕, 大川淳 Journal of Spine Research 6(3): 670-670, 2015. |
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3-5-F79-6. The effectiveness according to the disease of the spinal cord monitoring in the operation by cranial stimulation - composition line action potential 高橋雅人1, 里見和彦2, 長谷川淳1, 長谷川雅一1, 佐野秀仁1, 市村正一1 Journal of Spine Research 6(3): 671-671, 2015. |
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3-5-F80-1. Usefulness of the spinal cord monitoring in the operation using Br-MsEP 三宅亮次, 三好英昭, 林二三男 Journal of Spine Research 6(3): 671-671, 2015. |
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3-5-F80-2. pitfall of the spinal cord monitoring using the transcranial electrical stimulation, line evoked response 安藤宗治1, 玉置哲也1, 松本卓二2, 麻殖生和博1, 福井大輔1, 寺口真年1, 吉田宗人3 Journal of Spine Research 6(3): 672-672, 2015. |
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3-5-F80-3. Usefulness of the monitoring in the operation in the front ossification surfacing operation for lower cervical vertebrae or higher thoracic vertebra OPLL 請川大1, 進藤重雄1, 水野広一1, 北原建彰1, 大谷和之1, 三宅論彦1, 中井修1, 大川淳2 Journal of Spine Research 6(3): 672-672, 2015. |
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3-5-F80-4. Examination of the characteristic extraordinary wave form on the free-run electromyogram when we suspect nerve root injury to stop by at pedicle of vertebral arch screw implant 柳澤義和, 野村裕 Journal of Spine Research 6(3): 673-673, 2015. |
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3-5-F80-5. Characteristic of the MEP wave pattern by the peripheral difference to conduct Tetanic stimulation 重松英樹1, 川口昌彦2, 林浩伸2, 岩田栄一朗1, 小泉宗久1, 奥田哲教1, 森本安彦1, 田中康仁1 Journal of Spine Research 6(3): 673-673, 2015. |
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3-5-F80-6. Pay the attention to stability of usefulness - electric potential amplitude of the multi-running fire stimulation in the motor function monitoring in the operation using the transcranial electrical stimulation composition line action potential; and - 筒井俊二, 岩崎博, 山田宏, 橋爪洋, 南出晃人, 中川幸洋, 西秀人, 中尾慎一, 岡田紗枝, 岩橋弘樹, 吉田宗人 Journal of Spine Research 6(3): 674-674, 2015. |
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3-5-F81-1. Examination of the alarm point in the spinal cord monitoring in the operation using somatosensory evoked potential and the transcranial electrical stimulation line evoked response 齋藤貴徳, 谷口慎一郎, 石原昌幸, 谷陽一, 朴正旭 Journal of Spine Research 6(3): 674-674, 2015. |
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3-5-F81-2. Electrophysiological differential diagnosis of the cervical vertebrae symptom-related amyotrophy and diagnosed disease group 齋藤貴徳, 谷口慎一郎, 石原昌幸, 谷陽一, 朴正旭 Journal of Spine Research 6(3): 675-675, 2015. |
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3-5-F81-3. Examination - for - XLIF enforcement case with the MEP views in the operation and postoperative muscle weakness of relationships 高取良太1, 成田渉2, 小倉卓2, 林田達郎2, 槇尾智2, 大澤透3, 原田智久4, 長江将輝5, 三上靖夫6, 久保俊一5 Journal of Spine Research 6(3): 675-675, 2015. |
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3-5-F81-4. Use experience of the monitoring in the operation that used examination - SNAP of the neurologic symptoms aggravation case together after the operation in the cauda equina schwannoma 小林和克, 今釜史郎, 伊藤全哉, 安藤圭, 八木秀樹, 飛田哲朗, 伊藤研悠, 都島幹人, 石川喜資, 石黒直樹 Journal of Spine Research 6(3): 676-676, 2015. |
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3-5-F81-5. Usefulness of the nerve monitoring in the operation using the Free Run EMG of the NVM5 nerve monitoring system in spinal operations 馬場聡史, 小野貴司, 篠崎宗久, 岸田俊一, 佐々木克幸, 長沼秀俊, 加藤健一 Journal of Spine Research 6(3): 676-676, 2015. |
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3-5-F81-6. Means that MEP in the operation is effective for convalescence predictor - spinal cord injury of the spinal cord injury or - 野坂潮1,2, 佐々木寛二1 Journal of Spine Research 6(3): 677-677, 2015. |
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3-5-F82-1. The ulnar nerve stimulation failure segment diagnosis by the spinal evoked potential 池田裕暁, 寒竹司, 今城靖明, 鈴木秀典, 吉田佑一郎, 西田周泰, 藤本和弘, 田口敏彦 Journal of Spine Research 6(3): 677-677, 2015. |
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3-5-F82-2. About a clinical and electrophysiological characteristic of C6/7 myelopathy 舩場真裕1, 寒竹司2, 今城靖明2, 鈴木秀典2, 吉田佑一郎2, 西田周泰2, 田口敏彦2 Journal of Spine Research 6(3): 678-678, 2015. |
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3-5-F82-3. After the disorder high rank and the operation of the cervical vertebrae ossification of posterior longitudinal ligament examination - using results - disorder segment diagnosis 長谷川淳1, 高橋雅人1, 佐野秀仁1, 長谷川雅一1, 里見和彦2, 市村正一1 Journal of Spine Research 6(3): 678-678, 2015. |
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3-5-F82-4. Cervical myelopathy disease severity evaluation just before the operation using the operative time abductor muscle of little finger latency of the transcranial electrical stimulation line evoked response (Br-MsEP) monitoring 泉文一郎, 藤原靖, 真鍋英喜, 宮内晃 Journal of Spine Research 6(3): 679-679, 2015. |
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3-5-F82-5. Usefulness - of diagnosis - drawing blood screening and the examination of the Churg-Strauss syndrome introduced by the spinal paralysis for nerve conduction 永田向生, 竹下裕次郎, 山本真一, 三好光太 Journal of Spine Research 6(3): 679-679, 2015. |
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3-5-F82-6. Visualization of thoracispinal electrical activity by biomagnetometer 牛尾修太, 川端茂徳, 角谷智, 加藤剛, 吉井俊貴, 猪瀬弘之, 山田剛史, 榎本光裕, 大川淳 Journal of Spine Research 6(3): 680-680, 2015. |
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3-6-F83-1. The backbone pelvis sagittal section alignment of the rapid destruction type coxarthropathy 森本忠嗣, 塚本正紹, 吉原智仁 Journal of Spine Research 6(3): 680-680, 2015. |
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3-6-F83-2. T1 radiculopathy and the characteristic symptom 田中靖久1, 椿野巧1, 星川健1, 高橋康平1, 鈴木学1, 松田倫治1, 橋本功2, 菅野晴夫2, 相澤俊峰2 Journal of Spine Research 6(3): 681-681, 2015. |
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3-6-F83-3. The goal that should aim at by evaluation - spinal operations intervention of cervical spine, lumbar vertebrae JOA score in patients on dialysis some - 藪晋人1, 玉井孝司2, 高山和士1, 北輝夫1, 坂中秀樹1, 中村博亮2 Journal of Spine Research 6(3): 681-681, 2015. |
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3-6-F83-4. Can the backbone surgeon judge a lumbar vertebrae high rank exactly? - -Effect - of the lumbosacral spine part lumbosacral transitional spine 中川智刀1, 橋本功3, 田中靖久2, 椿野巧2, 星川健2, 日下部隆4, 小川真司5, 小圷智明6, 笹治達郎6 Journal of Spine Research 6(3): 682-682, 2015. |
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3-6-F83-5. Attempt - Japan sacroiliac joint workshop multicenter study of the sacroiliac joint score making that is useful in the differentiation of a sacroiliac joint disorder and the lumbar vertebrae disease (lumbar herniated disk, lumbar spinal canal stenosis) 黒澤大輔1, 村上栄一1, 小澤浩司2, 古賀公明3, 阿部栄二4, 鵜木栄樹4, 武者芳郎5, 伊藤圭介5, 井須豊彦6, 千葉泰弘6 Journal of Spine Research 6(3): 682-682, 2015. |
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3-6-F83-6. Examination of a vacuum phenomenon and the lumbosacral spine pelvis alignment of the sacroiliac joint 阿部光伸1, 高田洋一郎2, 東野恒作1, 酒井紀典2, 合田有一郎1, 西良浩一1 Journal of Spine Research 6(3): 683-683, 2015. |
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3-6-F84-1. A function diagnosis after preoperation using the quantitative rating system in the cervical spondylotic myelopathy: Comparison by the presence or absence of diabetes 町野正明1, 湯川泰紹2, 伊藤圭吾2, 片山良仁2, 松本智宏2, 井上太郎2, 大内田隼2, 富田桂介2, 今釜史郎1, 石黒直樹1, 加藤文彦2 Journal of Spine Research 6(3): 683-683, 2015. |
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3-6-F84-2. The NMatrix, a New Statistical Method for Presentation Using Plural Indexes at the Same Time, Displays Concisely and Obviously the Characteristics of Medicines With Similar Effects for the Treatment of Lumbar Spinal Canal Stenosis, and Leads to Easy Choice of Appropriate Medications 中村正生 Journal of Spine Research 6(3): 684-684, 2015. |
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3-6-F84-3. Diagnostic method (the first report) of new classification type3 of analysis and atlanto-occipital subluxation (AOS) about the normal value of the O-C1 corner 金子慎二郎1,5, 西脇祐司2,5, 谷戸祥之1,5, 安田明正1,5, 河野仁3,5, 斉藤正史3,5, 朝妻孝仁1,5, 松本守雄4,5, 中村雅也4,5 Journal of Spine Research 6(3): 684-684, 2015. |
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3-6-F84-4. The effect that cranial cervical spine balance gives to neck pain after the vertebral arch plastic surgery 玉井孝司, 鈴木亨暢, 豊田宏光, 寺井秀富, 星野雅俊, 堂園将, 高橋真治, 林和憲, 中村博亮 Journal of Spine Research 6(3): 685-685, 2015. |
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3-6-F84-5. Diagnostic significance - of attempt - short cut sign, dural ectasia of the video diagnosis of the spinal part of filum terminale syndrome 駒形正志, 須賀潤, 荒神裕之, 宮本哲, 佐々木伸, 小杉雅英 Journal of Spine Research 6(3): 685-685, 2015. |
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3-6-F84-6. Cerebral fluid change evaluation (CSF flow imaging) using the Time-Spatial Labeling Inversion Pulse (Time-SLIP) method for the cervical vertebrae disease 竹内一裕1, 小野敦2, 橋口雄介2, 三澤治夫1, 高畑智宏1, 寺本亜留美1, 中原進之介1 Journal of Spine Research 6(3): 686-686, 2015. |
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3-6-F85-1. What is an image factor associated with the degenerated intervertebral disc? - MRI of 100 healthy subjects, simple X-rays analysis - 伊賀隆史1, 白石建1, 青山龍馬1, 海苔聡1, 山根淳一1, 二宮研1, 穴澤卯圭1, 堀田拓1, 北村和也2, 加藤匡裕3 Journal of Spine Research 6(3): 686-686, 2015. |
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3-6-F85-2. CT of 101 characteristic - sliding symptoms of the cervical vertebrae sliding symptom, simple X-rays analysis - 青山龍馬1, 白石建1, 山根淳一1, 二宮研1, 海苔聡1, 伊賀隆史1, 穴澤卯圭1, 堀田拓1, 北村和也2, 加藤匡裕3 Journal of Spine Research 6(3): 687-687, 2015. |
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3-6-F85-3. The cervical vertebrae radiculopathy failure nerve root diagnosis rate by angled sagittal MRI and neurologic views 杉浦宏祐, 長町顕弘, 森本雅俊, 玉置康晃 Journal of Spine Research 6(3): 687-687, 2015. |
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3-6-F85-4. The effect that a spinal cord rotation degree gives for neurologic symptoms and surgery results 佐藤雅経1, 三原久範2, 蜂谷将史2 Journal of Spine Research 6(3): 688-688, 2015. |
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3-6-F85-5. Effect of surgery judging from an examination for static dynamic balance for the cervical myelopathy 田島幹大1, 浅野聡1, 中村豊1, 反町毅2, 金井優宜1, 橋本健一郎3, 高橋将人3, 土生康之3 Journal of Spine Research 6(3): 688-688, 2015. |
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3-6-F85-6. Is K-line useful for a convalescence prediction of the vertebral arch plastic surgery for the cervical spondylotic myelopathy? 池田光正1, 宮本裕史1, 前野耕一郎2, 橋本和喜1, 赤木將男1 Journal of Spine Research 6(3): 689-689, 2015. |
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3-6-F86-1. Comparison between evaluation - pathology histology and T2 mapping method MRI - of the lumbar vertebrae intervertebral joint cartilage denaturation 山部大輔1, 遠藤寛興2, 村上秀樹2, 土井田稔2 Journal of Spine Research 6(3): 689-689, 2015. |
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3-6-F86-2. Evaluation of the shock absorber function of the lumbar vertebrae intervertebral disk using the T2 mapping method 張簡鴻宇, 村上秀樹, 遠藤寛興, 土井田稔 Journal of Spine Research 6(3): 690-690, 2015. |
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3-6-F86-3. The X-rays alignment reflects gait at standing position standstill; or investigation - using - SterEOS 石井圭史, 長谷川和宏, 下田晴華, 小野真稔, 本間隆夫 Journal of Spine Research 6(3): 690-690, 2015. |
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3-6-F86-4. Application of the diffusion weighted image for the spinal disease 大竹安史1, 安斉公雄3, 河岡大悟2, 渡邊水樹2, 高橋敏行2, 花北順哉2, 中村博彦1 Journal of Spine Research 6(3): 691-691, 2015. |
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3-6-F86-5. Examination about the risk factor of the postsurgical orthodontic treatment loss in the chest lumbar spine injury 押切勉1, 入船秀仁2, 竹林庸雄1, 平山傑2, 山下敏彦1 Journal of Spine Research 6(3): 691-691, 2015. |
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3-6-F86-6. Development of the benign, malignancy judgment score Ling's method of spinal cord hourglass tumor by image views 松本嘉寛, 播广谷勝三, 林田光正, 岡田誠司, 岩本幸英 Journal of Spine Research 6(3): 692-692, 2015. |
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3-P48-1. It cannot form with experience ... thing that can accomplish of XLIF for the lumbar spine degeneration disease 松原祐二1, 村本明夫1, 両角正義2, 飛田哲郎2, 石川喜資2 Journal of Spine Research 6(3): 692-692, 2015. |
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3-P48-2. Comparison between XLIF and indirect decompression effect on lumbar spine degeneration sliding symptom by OLIF 山口英敏1, 金村徳相1, 藤林俊介3, 大槻文悟3, 木村浩明3, 中村賢司4, 佐竹宏太郎1, 世木直喜1, 隈部香里1, 田中智史2, 今釜史郎2, 松田秀一3 Journal of Spine Research 6(3): 693-693, 2015. |
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3-P48-3. Indirect decompression effect of XLIF on lumbar spine degeneration disease 泉対信賢, 玄奉学, 佐久間吉雄, 河野裕, 小鹿寧之, 宮川慶 Journal of Spine Research 6(3): 693-693, 2015. |
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3-P48-4. From examination - image views of the indirect nerve decompression effect of the low invasive lumbar vertebrae fixation using XLIF 大塚聖視1, 福岡宗良1, 水谷潤1, 鈴木伸幸1, 松本佳久1, 南谷千帆2, 大塚隆信1 Journal of Spine Research 6(3): 694-694, 2015. |
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3-P48-5. Radiographic examination about the subsidence of the spacer between the vertebral body in XLIF 筒井俊二, 山田宏, 橋爪洋, 南出晃人, 中川幸洋, 西秀人, 岩崎博, 中尾慎一, 岡田紗枝, 岩橋弘樹, 吉田宗人 Journal of Spine Research 6(3): 694-694, 2015. |
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3-P48-6. With adaptation of XLIF (eXtreme Lateral Interbody Fusion) as Revision surgery, actually 中川幸洋, 吉田宗人, 山田宏, 橋爪洋, 南出晃人, 西秀人, 岩崎博, 筒井俊二, 中尾慎一, 岡田紗枝, 岩橋弘樹 Journal of Spine Research 6(3): 695-695, 2015. |
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3-P49-1. Invention and the precision to insert CBT screw without using fluoroscopy during operation 上田誠司1, 白石建2, 青山龍馬2, 二宮研2, 海苔聡2, 北村和也3 Journal of Spine Research 6(3): 695-695, 2015. |
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3-P49-2. Invention in our hospital of the cortical bone trajectory (CBT) screw implant method 石川哲大, 新籾正明 Journal of Spine Research 6(3): 696-696, 2015. |
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3-P49-3. Solidity of caudalis screw in PLIF which used the CBT screw method together 坂浦博伸1, 三輪俊格1, 山下智也2, 黒田有佑1, 大和田哲雄1 Journal of Spine Research 6(3): 696-696, 2015. |
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3-P49-4. Does the CBT have good solidity in fixed extreme examination - truth of the pedicle of vertebral arch screw by cortical bone trajectory using the finite element method? - 松川啓太朗1, 谷戸祥之2, 今林英明1, 田口瑛子1, 矢内嘉英1, 井上雅博1, 石坂隆博1, 細金直文1, 朝妻孝仁2, 根本孝一1 Journal of Spine Research 6(3): 697-697, 2015. |
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3-P49-5. About optimal implant orbit to obtain examination - good solidity of the solidity of cortical bone trajectory by the screw insertion torque in the operation - 松川啓太朗1, 田口瑛子1, 谷戸祥之2, 今林英明1, 矢内嘉英1, 井上雅博1, 石坂隆博1, 朝妻孝仁2, 根本孝一1 Journal of Spine Research 6(3): 697-697, 2015. |
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3-P49-6. Examination - of the torque at the tap in the usefulness - Cortical bone trajectory method of the tap torque as the solidity predictor of the screw 松川啓太朗1, 谷戸祥之2, 今林英明1, 田口瑛子1, 矢内嘉英1, 井上雅博1, 石坂隆博1, 細金直文1, 朝妻孝仁2, 根本孝一1 Journal of Spine Research 6(3): 698-698, 2015. |
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3-P50-1. Comparison - with - vertebral arch plastic surgery that the backward fixation inhibits the ossification extension of the cervical vertebrae posterior longitudinal ligament 大田光俊1, 國府田正雄1, 神谷光史郎1, 稲田大悟1, 牧聡1, 古矢丈雄1, 大河昭彦3, 山崎正志2 Journal of Spine Research 6(3): 698-698, 2015. |
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3-P50-2. ADL disorder with the fixation after the backward decompression fixation for cervical vertebrae OPLL 竹内和成1, 横山徹1, 山崎義人2, 岩崎宏貴1 Journal of Spine Research 6(3): 699-699, 2015. |
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3-P50-3. It is a symptom aggravation factor after the operation of ossification of posterior longitudinal ligament of cervical spine (OPLL) 神原俊輔1, 湯川泰紹2, 伊藤圭吾2, 町野正明2, 浦崎哲哉1, 加藤文彦2 Journal of Spine Research 6(3): 699-699, 2015. |
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3-P50-4. - that the vertebral arch plastic surgery is not suitable for surgery results - balance defectiveness case of the ossification of posterior longitudinal ligament of cervical spine that paid its attention to cervical spine sagittal section balance 坂井顕一郎1, 新井嘉容1, 相馬真1, 鳥越一郎1, 前原秀二1, 友利正樹1, 平井高志1, 佐藤浩一1, 大川淳2 Journal of Spine Research 6(3): 700-700, 2015. |
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3-P50-5. Surgery results of front decompression fixation for the K-line (-) type cervical vertebrae ossification of posterior longitudinal ligament and the backward decompression fixation 新籾正明, 石川哲大 Journal of Spine Research 6(3): 700-700, 2015. |
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3-P50-6. Examination of the K-line rule factor in the cervical vertebrae ossification of posterior longitudinal ligament 國府田正雄1, 古矢丈雄1, 稲田大悟1, 神谷光史郎1, 大田光俊1, 牧聡1, 高橋和久1, 山崎正志2 Journal of Spine Research 6(3): 701-701, 2015. |
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3-P51-1. Crossing study of the prevalence of the higher cervical vertebrae lesion associated with the rheumatoid arthritis and the associated factor 高岡宏光1, 望月猛1, 白旗敏之2, 白旗敏克3, 桃原茂樹4 Journal of Spine Research 6(3): 701-701, 2015. |
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3-P51-2. Trend of the surgery treatment of the rheumatoid arthritis cervical vertebrae lesion in our hospital 田内徹, 清水敬親, 笛木敬介, 井野正剛, 登田尚史, 真鍋和, 伊藤嘉奈子 Journal of Spine Research 6(3): 702-702, 2015. |
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3-P51-3. Trend - in cervical vertebrae fixation - our hospital for patients with rheumatoid arthritis with the cervical spine instability for the past 10 years 杉本佳久, 田中雅人, 荒瀧慎也, 瀧川朋亨, 鉄永倫子, 山根健太郎, 篠原健介, 魚谷弘二, 渡邉典行, 尾崎敏文 Journal of Spine Research 6(3): 702-702, 2015. |
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3-P51-4. Surgery results of the lumbar vertebrae fixation for patients with rheumatoid arthritis 松丸聡, 日方智宏, 藤田順之, 岩波明生, 渡辺航大, 石井賢, 中村雅也, 戸山芳昭, 松本守雄 Journal of Spine Research 6(3): 703-703, 2015. |
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3-P51-5. Posterior lumbar spinal fusion of the rheumatic patients 松本智宏1, 今釜史郎2, 伊藤全哉2, 安藤圭2, 湯川泰紹1, 片山良仁1, 伊藤圭吾1, 加藤文彦1 Journal of Spine Research 6(3): 703-703, 2015. |
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3-P51-6. Examination of the usefulness of the CD64 measurement in the perioperative period of the rheumatoid arthritis, spinal operations case 平井志馬, 荻原哲, 村瀬修平, 高木健太郎, 真壁健太, 石倉久年, 森俊仁 Journal of Spine Research 6(3): 704-704, 2015. |
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3-P52-1. Treatment result for the odontoid process of epistropheus bone fracture of the elderly aged 75 or over 神保幸太郎1, 佐々木威治1, 井手洋平2, 吉松弘喜2, 志波直人2 Journal of Spine Research 6(3): 704-704, 2015. |
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3-P52-2. Urban area, trend of the elderly people spinal operations in the single institution 宇野耕吉, 乾義弘, 川北晃平, 鈴木哲平, 堂垣佳宏, 黒岩祐, 丸野文雅, 柴田洋作, 山下貴大 Journal of Spine Research 6(3): 705-705, 2015. |
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3-P52-3. Examination of the appropriate management of the spinal operations for elderly people 80 years or older 加藤剛, 吉井俊貴, 猪瀬弘之, 山田剛史, 角谷智, 牛尾修太, 榎本光裕, 川端茂徳, 大川淳 Journal of Spine Research 6(3): 705-705, 2015. |
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3-P52-4. It is results after the operation of low invasive spinal operations in our hospital for elderly people 85 years or older 星尚人1, 伊藤不二夫1, 三浦恭志2, 柴山元英1, 中村周1, 山田実1, 池田尚司1, 田口弥人1, 濱智史1, 佐々木真1 Journal of Spine Research 6(3): 706-706, 2015. |
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3-P52-5. Surgery choice for the lumbar spinal canal stenosis of the elderly aged 75 or over 稲田充1, 緒方研吾1, 川端哲1, 早川高志1, 鈴木信治1 Journal of Spine Research 6(3): 706-706, 2015. |
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3-P52-6. Examination of the ADL after preoperation in the elderly people lumbar vertebrae surgery that we saw according to generations 井上玄, 中澤俊之, 井村貴之, 齋藤亘, 宮城正行, 高相晶士 Journal of Spine Research 6(3): 707-707, 2015. |
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3-P53-1. Do you affect the results after the operation during surgery results - preoperative contraction of a disease period of the lumbar herniated disk? - 鎌仲貴之, 堤本高広, 太田浩史, 由井睦樹, 古作英実, 大場悠己, 三澤弘道 Journal of Spine Research 6(3): 707-707, 2015. |
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3-P53-2. Characteristic and development style - backbone vertebral body bone fracture chase cohort study - of the lumbar vertebrae vertebral body bone fracture 明田浩司1, 加藤俊宏2, 竹上徳彦1, 山田淳一1, 福島達樹2, 須藤啓広1 Journal of Spine Research 6(3): 708-708, 2015. |
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3-P53-3. Lumbar natural history after the lumbar spinal canal stenosis surgery 水野哲太郎, 佐々木寛二, 長野純二 Journal of Spine Research 6(3): 708-708, 2015. |
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3-P53-4. The treatment actual situation of the osteoporosis for the lumbar spinal canal stenosis surgery case 小島理, 遠藤健司, 田中英俊, 鈴木秀和, 西村浩輔, 山本謙吾 Journal of Spine Research 6(3): 709-709, 2015. |
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3-P53-5. Rearward investigation - of onset style - hips spinal canal stenosis surgery case of the spinal canal stenosis high rank 竹上徳彦1, 明田浩司1, 山田淳一1, 榊原紀彦2, 笠井裕一2, 須藤啓広1 Journal of Spine Research 6(3): 709-709, 2015. |
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3-P53-6. About a change of the number of the future lumbar vertebrae surgery that we estimated from the backbone endoscopic operation case data for the past 15 years 野村和教1, 吉田宗人2, 河合将紀1, 中村陽介1, 矢渡健一1, 中川智刀1 Journal of Spine Research 6(3): 710-710, 2015. |
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3-P54-1. Right and left both sides onset case of lumbar vertebrae intervertebral foramen stenosis 高橋康平, 田中靖久, 椿野巧, 星川健, 鈴木学, 松田倫治 Journal of Spine Research 6(3): 710-710, 2015. |
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3-P54-2. Intervertebral foramen stenosis between the denaturing sliding chinquapin 松下聡1, 清水聡志1, 大和雄2, 小林祥2, 松山幸弘2 Journal of Spine Research 6(3): 711-711, 2015. |
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3-P54-3. Comparison - of the image views of the examination - L5/S1 intervertebral foramen stenosis positive case of the lumbosacral spine sagittal section alignment of lumbosacral spine transitional region intervertebral foramen stenosis and the static dynamic factor, a false-positive case, the negative case 篠崎義雄, 小川潤, 美馬雄一郎, 西田光宏, 小林喜臣, 高橋洋平 Journal of Spine Research 6(3): 711-711, 2015. |
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3-P54-4. Based on the normal L5/S1 intervertebral foramen in the examination - intervertebral foramen most narrow segment of the diagnostic imaging by the condition of a patient and the rebuilding CT of lumbosacral spine transitional region (L5/S1) intervertebral foramen stenosis, a measurement of the L5 dorsal root ganglion diameter - 篠崎義雄, 小川潤, 美馬雄一郎, 西田光宏, 小林喜臣, 高橋洋平 Journal of Spine Research 6(3): 712-712, 2015. |
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3-P54-5. Examination (the first report) of the lumbosacral spine part intervertebral foramen disorder using MR neurography 小林洋, 佐藤勝彦, 朝熊英也, 松本健一郎, 山家勝利 Journal of Spine Research 6(3): 712-712, 2015. |
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3-P55-1. Examination of the risk factor to reach the Instrumentation surgery in the conservative treatment-resistant purulent spondylitis 赤川学1, 阿部栄二1, 村井肇1, 小林孝1, 阿部利樹1, 菊池一馬1, 島田洋一2, 宮腰尚久2 Journal of Spine Research 6(3): 713-713, 2015. |
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3-P55-2. It is ... about a limit of the minimally invasive surgery in purulent spondylitis treatment and future fine-view ... particularly seriously ill underlying disease merger case 山田圭1, 佐藤公昭1, 吉松弘喜1, 井上英豪1, 井手洋平1, 永田見生1, 志波直人1, 安藤則行2 Journal of Spine Research 6(3): 713-713, 2015. |
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3-P55-3. Comparison ... with the examination - conventional pedicle of vertebral arch screw method of the backward front surgery results using the percutaneous insertion pedicle of vertebral arch screw for the infectious spondylitis 田邊史, 山元拓哉, 石堂康弘, あべ松昌彦, 冨永博之, 河村一郎, 米和徳, 小宮節郎 Journal of Spine Research 6(3): 714-714, 2015. |
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3-P55-4. Comparison - with effective - front singularity fixation of the fixation using PPS for the purulent spondylitis and the backward fixation in front 田上敦士, 尾崎誠, 安達信二, 津田圭一, 野口智恵子, 横田和明 Journal of Spine Research 6(3): 714-714, 2015. |
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3-P55-5. Clinical results and problems of the fixation using the percutaneous insertion pedicle of vertebral arch screw for the purulent spondylitis 男澤朝行1, 豊根知明2, 稲田邦匡3, 及川泰弘3 Journal of Spine Research 6(3): 715-715, 2015. |
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3-P55-6. It is examination ... of the alignment after usefulness ... operation of the instrumentation surgery for the infectious spondylitis 工藤理史1, 白旗敏之1, 神與市2, 古森哲2, 松岡彰1, 星野雄志3, 平泉裕1, 稲垣克記1 Journal of Spine Research 6(3): 715-715, 2015. |
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3-P55-7. The front fixation that used backward bone grafting for the chest lumbar vertebrae transitional region spondylarthrocace together 井澤一隆, 井本一彦 Journal of Spine Research 6(3): 716-716, 2015. |
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3-P56-1. Backbone surgical-site infections measures: Can you inhibit the infection after the operation by dilution povidone iodine washing? 堤本高宏, 由井睦月, 大場悠己, 鎌仲貴之, 太田浩史, 古作英美, 三澤弘道 Journal of Spine Research 6(3): 716-716, 2015. |
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3-P56-2. Examination of the vancomycin hydrochloride dispersion case in the backbone operative wound closure wound 岡野良知, 永倉大輔, 川村耕平, 釘宮典孝, 鳥尾哲矢, 高橋啓介 Journal of Spine Research 6(3): 717-717, 2015. |
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3-P56-3. Effect of the vancomycin powder in the high-risk backbone patients 鳥居良昭1, 笹生豊2, 森岡成太2, 安原和之2, 別府諸兄2, 小島敦3 Journal of Spine Research 6(3): 717-717, 2015. |
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3-P56-4. The effectiveness of the vancomycin powder wound part dispersion in the backbone instrumentation surgery 佐藤弘直, 江幡重人, 大場哲郎, 藤田康稚, 渡辺長和, 波呂浩孝 Journal of Spine Research 6(3): 718-718, 2015. |
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3-P56-5. It is invention for deep part infection early diagnosis after the operation of spinal operations 吉原永武, 富田浩之 Journal of Spine Research 6(3): 718-718, 2015. |
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3-P56-6. Cleanliness orthopedics surgery SSI database study 山田浩司1, 佐々木了7, 山川聖史2, 穂積高弘2, 竹下祐次郎3, 三好光太3, 増田和浩4, 近藤泰児4, 穴水依人5, 小林篤樹6, 安部博昭1, 東川晶郎1, 渡邉健一1, 加藤慎也1, 唐司寿一1 Journal of Spine Research 6(3): 719-719, 2015. |
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3-P57-1. Examination of deep part surgical-site infections in the cervical vertebrae vertebral arch plastic surgery 國澤弘之, 山崎隆志, 原慶宏, 早川恵司, 安野雅統, 森田友安 Journal of Spine Research 6(3): 719-719, 2015. |
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3-P57-2. Troubleshooting for a chest waist, lumbar vertebrae SSI 笹生豊, 鳥居良昭, 小島敦, 森岡成太, 藤井厚司, 上野純, 安原和之, 飯沼雅史, 浅野孝太, 梅原亮, 石森光一, 小林創, 黒屋進吾 Journal of Spine Research 6(3): 720-720, 2015. |
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3-P57-3. Usefulness - of treatment result - early antibiotic exposure intervention of the infection between the vertebral body after the fixation between the backward course lumbar vertebrae vertebral body 鳥越一郎1, 新井嘉容1, 相馬真1, 坂井顕一郎1, 前原秀二1, 友利正樹1, 平井高志1, 佐藤浩一1, 吉田裕俊2, 大川淳3 Journal of Spine Research 6(3): 720-720, 2015. |
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3-P57-4. Examination - characteristic and regimen - of surgical-site infections in 639 backbone instrumentation surgery 嶋谷彰芳1, 松村昭1, 並川崇1, 加藤相勲1, 大山翔一朗1, 臼井俊方1, 中村博亮2 Journal of Spine Research 6(3): 721-721, 2015. |
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3-P57-5. Examination of the elderly people purulent spondylitis 河野哲也, 宮腰尚久, 本郷道生, 粕川雄司, 石川慶紀, 工藤大輔, 島田洋一 Journal of Spine Research 6(3): 721-721, 2015. |
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3-P57-6. Examination - of the recent trend and treatment strategy - long-term treatment case of the purulent spondylitis 大澤透1, 澤村和秀2, 森弦1, 山添勝一1 Journal of Spine Research 6(3): 722-722, 2015. |
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3-P58-1. Examination of the endocranium injury risk factor in the adult backbone rear surgery by the multicenter prospective study 石倉久年1, 荻原哲1, 山崎隆志2, 丸山徹3, 稲波弘彦4, 三好光太5, 筑田博隆6, 東成一7, 岡敬之8, 山田高嗣8, 村上元昭8, 河村直洋8, 山川聖史8, 原慶宏2, 大島寧6, 森井次郎8 Journal of Spine Research 6(3): 722-722, 2015. |
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3-P58-2. Usefulness of Tissue Sealing sheet in the lumbar vertebrae front movement venous injury 大鳥精司 Journal of Spine Research 6(3): 723-723, 2015. |
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3-P58-3. Using examination - JOACMEQ of the effect that complications in the cervical spine front surgery give to results after the operation - 下川哲哉1, 宮本敬1, 増田剛宏2, 日置暁3, 秋山治彦2 Journal of Spine Research 6(3): 723-723, 2015. |
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3-P58-4. The methylprednisolone therapy is effective for the prevention of the C5 paralysis after the cervical vertebrae ossification of posterior longitudinal ligament technique in large quantities 長谷川和宏, 本間隆夫, 下田晴華, 石井圭史, 小野真稔 Journal of Spine Research 6(3): 724-724, 2015. |
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3-P58-5. Examination of high rank misconception and the prevention method in spinal operations 山崎隆志 Journal of Spine Research 6(3): 724-724, 2015. |
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3-P58-6. The radioactive exposure reduction method in the backbone endoscopic operation 稲波弘彦1, 大友勝利1, 高野裕一1, 湯澤洋平1, 志保井柳太郎1, 林明彦1, 岩井宏樹1, 馬場聡史3, 大島寧2 Journal of Spine Research 6(3): 725-725, 2015. |
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3-P59-1. It is examined the lower limbs muscle weakness case after the pedicle subtraction osteotomy technique without the nerve compression 鈴木秀和, 遠藤健司, 村田寿馬, 依藤麻紀子, 西村浩輔, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 725-725, 2015. |
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3-P59-2. Femoral pain, numbness to occur after the correction fixation between the multi-chinquapin of the adult deformity of spine case newly 三原唯暉1, 戸川大輔2, 長谷川智彦2, 大和雄2, 小林祥2, 安田達也2, 坂野友啓2, 有馬秀幸2, 松山幸弘2 Journal of Spine Research 6(3): 726-726, 2015. |
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3-P59-3. About the effect of long-term clinical results - of the correction fixation between the multi-chinquapin particularly lumbar vertebrae pelvis sagittal section Alignment and various complications on lumbar spine degeneration scoliosis. 岩村祐一1, 稲坂理樹1, 河野心範1, 藤巻洋1, 紺野智之1, 河井卓也2, 青田洋一2, 斉藤知行3 Journal of Spine Research 6(3): 726-726, 2015. |
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3-P59-4. Examination of the deviation rate of the pedicle of vertebral arch screw for the deformity of spine 11 years or younger 磯部文洋, 高橋淳, 倉石修吾, 清水政幸, 池上章太, 二木俊匡, 上原将志, 加藤博之 Journal of Spine Research 6(3): 727-727, 2015. |
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3-P59-5. About an implant fold loss pattern by the metal extreme difference by the Growing rod method 篠原健介1, 瀧川朋亨1, 魚谷弘二1, 渡邊典行1, 山根健太郎1, 鉄永倫子1, 荒瀧慎也1, 杉本佳久1, 田中雅人1, 皿井孝明2, 廣岡孝彦3, 尾崎敏文1 Journal of Spine Research 6(3): 727-727, 2015. |
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3-P59-6. Osaka University orthopedics backbone group backbone spinal cord surgical complications report 2015 柏井将文1, 杉浦剛1, 牧野孝洋1, 海渡貴司1, 大阪大学 脊椎グループメンバー2 Journal of Spine Research 6(3): 728-728, 2015. |
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3-P60-1. Examination of the development of postoperative complications factor by the spinal operations for elderly people 80 years or older 邑本哲平, 中村英一郎, 山根宏敏, 大友一, 栗之丸直明, 辻村良賢, 田丸満知子, 酒井昭典 Journal of Spine Research 6(3): 728-728, 2015. |
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3-P60-2. Examination about the complications of elderly people spinal operations 佐藤弘直, 江幡重人, 大場哲郎, 藤田康稚, 渡辺長和, 波呂浩孝 Journal of Spine Research 6(3): 729-729, 2015. |
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3-P60-3. Incidence and risk factor of the perioperative deep vein thrombosis of the spinal operations patients 今西隆夫, 近藤哲士, 西村誠, 藤原達彦, 塩川靖夫 Journal of Spine Research 6(3): 729-729, 2015. |
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3-P60-4. DVT screening by the vein of lower extremity echo 井上哲二 Journal of Spine Research 6(3): 730-730, 2015. |
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3-P60-5. Risk factor of the pulmonary thromboembolism after spinal operations and the deep vein thrombosis 丸山徹, 小林陽介 Journal of Spine Research 6(3): 730-730, 2015. |
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3-P60-6. Evaluation - using incidence of perioperative deep vein thrombosis and pulmonary embolism - DVT-CT in spinal operations 井上泰一1, 渡邉英明2, 白石康幸3, 大上仁志3, 木村敦1, 遠藤照顕1, 竹下克志1 Journal of Spine Research 6(3): 731-731, 2015. |
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3-P61-1. Examination of the backbone post-operative haematoma disorder case which we reoperated 安野雅統, 山崎隆志, 原慶宏, 早川恵司, 国澤弘之, 望月貴夫 Journal of Spine Research 6(3): 731-731, 2015. |
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3-P61-1. Examination of the case that the backbone needed hematoma exclusion method for postoperatively 石濱寛子, 清水健太郎, 小林慎一郎, 谷本祐之, 大濱ひかる, 鈴木悟士, 清水国章, 吉川寿一, 上石聡 Journal of Spine Research 6(3): 732-732, 2015. |
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3-P61-3. It is examined the extradural haematoma after the lumbar vertebrae surgery in our hospital 落合淳一, 神崎浩二, 中島崇之, 瀬上和之 Journal of Spine Research 6(3): 732-732, 2015. |
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3-P61-4. Examination for the suction drain custody period after the lumbar vertebrae rear decompression 岩崎聖1, 尾鷲和也1, 内海秀明2, 山川淳一3 Journal of Spine Research 6(3): 733-733, 2015. |
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3-P61-5. Extradural haematoma early after the operation in the vertebral arch plastic surgery for the cervical myelopathy 西村行政 Journal of Spine Research 6(3): 733-733, 2015. |
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3-P61-6. Examination of the inhibitory effect of the perioperative bleeding of the tranexamic acid administration in the lumbar vertebrae rear surgery 石橋勝彦1, 鎌田修博1, 高野盛登1, 藏本哲也1, 古川満2 Journal of Spine Research 6(3): 734-734, 2015. |
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3-P62-1. Surgery results of the lumbar vertebrae vertebral body bone fracture complicated with Parkinson's disease 安田剛敏1, 川口善治1, 関庄二1, 鈴木賀代1, 渡邊健太1, 中野正人2, 堀岳史3, 金森昌彦4, 木村友厚1 Journal of Spine Research 6(3): 734-734, 2015. |
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3-P62-2. Treatment result of the backward method of operation for the osteoporotic vertebral body bone fracture in the middle low rank lumbar vertebrae 鈴木悟士1, 細金直文2, 石井賢1, 日方智宏1, 藤田順之1, 金子愼二郎3, 野尻賢哉4, 河野仁5, 上田誠司6, 岡田英次朗7, 渡辺航太8, 岩波明生1, 高畑武司4, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 735-735, 2015. |
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3-P62-3. Surgery treatment result for the osteoporotic middle low rank lumbar vertebrae vertebral body bone fracture with the neuropathy 河野心範1, 岩村祐一1, 稲坂理樹1, 藤巻洋1, 紺野智之1, 斎藤知行2 Journal of Spine Research 6(3): 735-735, 2015. |
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3-P62-4. Usefulness of the posterior stop fixation for the osteoporotic lumbar vertebrae vertebral body bone fracture 平尾雄二郎1, 河村直洋1, 増山茂1, 立花直寛1, 坂本龍司1, 高橋直樹1, 藤井賢吾2, 久野木順一1 Journal of Spine Research 6(3): 736-736, 2015. |
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3-P62-5. Experience of the backbone pelvis fixation using the small skin incision Galveston method 尾崎修平, 伊藤康夫, 菊地剛 Journal of Spine Research 6(3): 736-736, 2015. |
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3-P62-6. Four cases that front reconstruction by spinal instrumentation was effective for a ring fracture 澤村和秀1, 大澤透2, 植田秀貴2, 片山義敬1, 山添勝一2 Journal of Spine Research 6(3): 737-737, 2015. |
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3-P63-1. Treatment preferences of the chest lumbar vertebrae bone fracture to be complicated with diffuse idiopathic hyperostosis 小坂理也 Journal of Spine Research 6(3): 737-737, 2015. |
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3-P63-2. Characteristic and the patients standpoint type outcome (JOABPEQ) evaluation of the backbone sagittal section alignment in DISH 蔵満紀成1, 下川哲哉2, 増田剛宏1, 秋山治彦1, 宮本敬2 Journal of Spine Research 6(3): 738-738, 2015. |
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3-P63-3. Diffuse idiopathic hyperostosis and relations with the quality of life 籠谷良平1, 吉田宗人1, 村木重之2, 岡敬之3, 橋爪洋1, 山田宏1, 田中栄4, 中村耕三5, 川口浩6, 阿久根徹5, 吉村典子7 Journal of Spine Research 6(3): 738-738, 2015. |
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3-P63-4. Problems of a diagnosis and the treatment of the vertebral fracture with Ankylosing Spinal Disorders (ASD) 奥山邦昌, 谷英明, 中島由加里, 清田康弘, 名倉重樹, 山下太郎, 古川満, 菊池謙太郎 Journal of Spine Research 6(3): 739-739, 2015. |
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3-P63-5. Treatment result of the vertebral fracture complicated with an ankylosing spondylitis disorder 田中将1, 糸井陽1, 最上敦彦1, 武田純1, 大林治1, 金子和夫2 Journal of Spine Research 6(3): 739-739, 2015. |
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3-P63-6. Pay attention to results - fracture site after the thoracic vertebra associated with the ankylosing spondylitis disorder, the clinical features and the operation of the lumbar vertebrae bone fracture; and - 菊地廉1, 渡辺慶2, 傳田博司1, 保坂登3, 澤上公彦4, 佐藤剛5, 庄司寛和6, 田仕英希7, 山崎昭義7, 伊藤拓緯4, 平野徹2, 浦川貴朗6, 佐野敦樹5, 遠藤直人2 Journal of Spine Research 6(3): 740-740, 2015. |
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3-P64-1. Examination of the optimal fixed range based on the form classification of idiopathic Dropped Head Syndrome 鈴木秀和, 村田寿馬, 遠藤健司, 依藤麻紀子, 西村浩輔, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 740-740, 2015. |
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3-P64-2. Characteristic of the previous retroflexion cervical spine sagittal section alignment in the kubisagari type cervical spondylosis 遠藤健司, 鈴木秀和, 西村浩輔, 依藤麻紀子, 村田寿馬, 田中英俊, 山本謙吾 Journal of Spine Research 6(3): 741-741, 2015. |
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3-P64-3. A treatment result of Isolated Neck Extensor Myopathy in Dropped Head Syndrome and examination of image views 佐藤達哉, 米澤郁穂, 奥田貴俊, 嶋村之利, 吉川慶, 高野弘充, 金子和夫 Journal of Spine Research 6(3): 741-741, 2015. |
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3-P64-4. It is the clinical significance of the vertebral body the trapezoid in the cervical vertebrae symptom with the kyphosis transformation 田中英俊1, 小林浩人2, 鈴木秀和1, 遠藤健司1, 西村浩輔1, 村田寿馬1, 山本謙吾1 Journal of Spine Research 6(3): 742-742, 2015. |
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3-P64-5. Long-term results out of one of cervical vertebrae vertebral arch plastic surgery for the cervical myelopathy associated with the athetoid type of cerebral palsy 和田簡一郎1, 田中利弘1, 熊谷玄太郎1, 陳俊輔1, 石橋恭之1, 小野睦2, 沼沢拓也4, 横山徹3, 植山和正2 Journal of Spine Research 6(3): 742-742, 2015. |
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3-P64-6. Biomechanical evaluation of front dissection, the backward fixation for the kyphosis type cervical myelopathy to be complicated with athetoid type of cerebral palsy 河野仁1, 高石官成2, 中道清弘1, 渡邊康伸1, 片岡嗣和1, 斉藤正史1 Journal of Spine Research 6(3): 743-743, 2015. |
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3-P65-1. Medium-term results of the cervical spine front fixation of cage alone 五十嵐秀俊1, 星野雅洋1, 松崎浩巳1, 大森圭太1, 鶴田尚志1, 山崎浩司1, 根本泰寛2, 松本光司3 Journal of Spine Research 6(3): 743-743, 2015. |
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3-P65-2. The local corner of the cervical spine front decompression fixation using Cylindrical cage (6mm) and relations of the cobb corner 本田英一郎1, 大石豪1, 田中達也2, 桃崎宣明2 Journal of Spine Research 6(3): 744-744, 2015. |
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3-P65-3. New artificial bone in the fixation between the cervical vertebrae front vertebral body, usefulness of the porous hydroxyapatite collagen 新井嘉容1, 坂井顕一郎1, 吉井俊貴2, 鳥越一郎1, 前原秀二1, 友利正樹1, 相馬真1, 平井高志1, 佐藤浩一1, 大川淳2 Journal of Spine Research 6(3): 744-744, 2015. |
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3-P65-4. Usefulness of the hybrid law in the front decompression fixation between the cervical vertebrae multi-chinquapin 石濱嘉紘, 吉田正弘, 神里晋, 中山威知郎, 栗田和宏, 富永亨, 田中達也 Journal of Spine Research 6(3): 745-745, 2015. |
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3-P65-5. Change in approximately the operation of the cervical spine long range decompression fixation in patients standpoint type evaluation JOACMEQ 中島文毅, 池田義和, 橋本光宏, 山縣正庸 Journal of Spine Research 6(3): 745-745, 2015. |
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3-P65-6. The effect that cervical vertebrae sagittal section balance gives in alignment after the long range cervical vertebrae front fixation 門田領1, 望月眞人1, 相庭温臣1, 国府田正雄2 Journal of Spine Research 6(3): 746-746, 2015. |
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3-P66-1. Surgery results of the cervical vertebrae spinous process vertical structure method vertebral arch plastic surgery 侭田敏且, 仲田紀彦, 早坂豪, 栗本久嗣 Journal of Spine Research 6(3): 746-746, 2015. |
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3-P66-2. A gutter manufacture position in the cervical vertebrae spinous process vertical structure method vertebral arch plastic surgery and clinical results 早坂豪, 侭田敏且, 仲田紀彦, 栗本久嗣 Journal of Spine Research 6(3): 747-747, 2015. |
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3-P66-3. Results of the cervical spine surgery for a young old, the elderly aged 75 or over 堂垣佳宏, 宇野耕吉, 乾義弘, 鈴木哲平, 川北晃平, 黒岩祐, 丸野文雅, 柴田洋作, 山下貴大 Journal of Spine Research 6(3): 747-747, 2015. |
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3-P66-4. The effect that depression in the elderly aged 75 or over gives to cervical myelopathy surgery results 伊藤定之, 酒井義人, 原田敦 Journal of Spine Research 6(3): 748-748, 2015. |
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3-P66-5. Examination of the surgery results in patients with latter term old cervical myelopathy using JOACMEQ 釜谷崇志, 石井正悦 Journal of Spine Research 6(3): 748-748, 2015. |
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3-P66-6. Examination of the reoperation case for results of the Kirita Miyazaki expression vertebral arch plastic surgery in our hospital and the myelopathy revival 大嶋茂樹, 織田格, 室田栄宏, 竹内宏仁, 鈴木勝, 藤谷正紀 Journal of Spine Research 6(3): 749-749, 2015. |
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3-P67-1. Medium-term results of the spinous process line preservation cervical spine vertebral arch plastic surgery (Hirabayashi strange law) 大塚和俊, 廣瀬友彦 Journal of Spine Research 6(3): 749-749, 2015. |
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3-P67-2. The effect that laminar closure after the C3-6 single swing type vertebral arch plastic surgery gives for clinical results on cervical spondylotic myelopathy 臼井俊方1, 加藤相勲1, 並川崇1, 松村昭1, 大山翔一朗1, 嶋谷彰芳1, 小西定彦3, 中村博亮2 Journal of Spine Research 6(3): 750-750, 2015. |
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3-P67-3. Comparison between vertebral arch plastic surgery and backward decompression fixation in the compressive cervical myelopathy with the front sliding 國谷嵩1, 石田航1, 勝畑知之1, 三ツ木直人1, 齋藤知行2 Journal of Spine Research 6(3): 750-750, 2015. |
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3-P67-4. Prospective comparative study about the change over time of cervical vertebrae OPLL which performed cervical vertebrae vertebral arch plastic surgery and ten seconds test/JOA score/JOACMEQ in the CSM case 藤原啓恭1, 海渡貴司2, 牧野孝洋2, 本田博嗣1, 三山彬1, 米延策雄3 Journal of Spine Research 6(3): 751-751, 2015. |
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3-P67-5. Examination of the effect that axiality pain before and after the cervical vertebrae vertebral arch plastic surgery gives in quality of life 木村敦, 遠藤照顕, 井上泰一, 竹下克志 Journal of Spine Research 6(3): 751-751, 2015. |
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3-P67-6. It lifts a spinous process and is examined the axiality pain after the operation of the cervical vertebrae vertebral arch plastic surgery by the expression rear ligament rebuilding 有賀健太1, 渡辺真生3, 飯森由紀1, 高見賢司1, 廣瀬毅人1, 原田武雄2, 垣内雅明1 Journal of Spine Research 6(3): 752-752, 2015. |
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3-P68-1. Results of the cervical spine vertebral arch plastic surgery for the cervical myelopathy with the sliding symptom and change pictorial after the operation 鈴木亨暢, 玉井孝司, 澤田雄大, 寺井秀富, 星野雅俊, 豊田宏光, 堂園将, 高橋真治, 林和憲, 中村博亮 Journal of Spine Research 6(3): 752-752, 2015. |
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3-P68-2. Clinical results and image views of the middle low rank cervical vertebrae rear fixation 粕川雄司1, 宮腰尚久1, 村井肇2, 小林孝2, 本郷道生1, 阿部利樹2, 石川慶紀1, 菊池一馬2, 工藤大輔1, 阿部栄二2, 島田洋一1 Journal of Spine Research 6(3): 753-753, 2015. |
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3-P68-3. Change of the cervical spondylotic myelopathy postoperative cervical vertebrae excursion 三澤治夫, 寺本亜留美, 高畑智宏, 竹内一裕 Journal of Spine Research 6(3): 753-753, 2015. |
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3-P68-4. Examination restenotic after the cervical spine alignment and the operation in the single swing-style vertebral arch plastic surgery 玉井孝司, 鈴木亨暢, 寺井秀富, 豊田宏光, 星野雅俊, 堂園将, 高橋真治, 林和憲, 中村博亮 Journal of Spine Research 6(3): 754-754, 2015. |
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3-P68-5. Is the partial facetectomy by the prophylactic C4/5 foraminotomy connected with cervical vertebrae instability after the operation? 溝内龍樹1, 山崎昭義1, 和泉智博1, 田仕英希1, 大橋正幸2 Journal of Spine Research 6(3): 754-754, 2015. |
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3-P68-6. Treatment result of the cervical spine foraminotomy for the cervical radiculopathy 橋本光宏, 池田義和, 中島文毅, 山縣正庸 Journal of Spine Research 6(3): 755-755, 2015. |
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3-P69-1. The muscle weakness case has better JOABPEQ improvement after the lumbar spinal canal stenosis decompression than a perception singularity disorder case 清水建詞1, 大友一1, 中村英一郎2, 大茂壽久1, 濱田賢治1, 長島加代子1, 川崎優二1, 野口貴雄1, 田原尚直1 Journal of Spine Research 6(3): 755-755, 2015. |
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3-P69-2. Treatment result of the decompression for a lumbar spine degeneration sliding symptom and the lumbar spinal canal stenosis using JOABPEQ 森田修1, 三浦一人1, 佐藤剛2 Journal of Spine Research 6(3): 756-756, 2015. |
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3-P69-3. The preoperative rear sliding is a risk factor of the hernia to occur after the fenestration operation 武中章太, 細野昇, 向井克容, 立石耕介, 冨士武史 Journal of Spine Research 6(3): 756-756, 2015. |
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3-P69-4. Examination of a ratio and the condition of a patient of the fixation addition in the lumbar vertebrae rear decompression case and the risk factor 渡辺尭仁1, 金山雅弘1, 大羽文博1, 岩田玲1, 遠田慎吾1, 田代薫1, 橋本友幸1, 岩崎倫政2 Journal of Spine Research 6(3): 757-757, 2015. |
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3-P69-5. It is examined risk factor in the cage de-change after the fixation between the lumbar vertebrae vertebral body 相野谷武士, 箱岩篤生, 吉沢知宏, 生芝幸夫 Journal of Spine Research 6(3): 757-757, 2015. |
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3-P69-6. Compare PLF with risk factor - PLIF of the disorder development between the adjacent chinquapin after the lumbar vertebrae fixation; and - 草野和生1, 大川淳2 Journal of Spine Research 6(3): 758-758, 2015. |
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3-P70-1. A compression fracture being a complication of the fixation after risk factor - lumbar vertebrae fixation of the compression fracture after the lumbar vertebrae surgery or - 佐々木寛二1, 水野哲太郎1, 長野純二1, 長谷川和宏2 Journal of Spine Research 6(3): 758-758, 2015. |
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3-P70-2. Examination of the underachievement factor of the fixation between the vertebral body for the lumbar spine degeneration disease 林潤三, 石井崇大 Journal of Spine Research 6(3): 759-759, 2015. |
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3-P70-3. Examination of the reoperation case after the posterior lumbar spinal fusion 藤本和輝1, 山縣正庸2, 池田義和2, 中島文毅2, 橋本光宏2, 山内かづ代1, 折田純久1, 久保田剛1, 稲毛一秀1, 西能健1, 佐藤淳1, 志賀康浩1, 阿部幸喜1, 金元洋人1, 高橋和久1, 大鳥精司1 Journal of Spine Research 6(3): 759-759, 2015. |
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3-P70-4. Related examination of natural history and the reoperation of the higher adjacent intervertebral instability between the fixed chinquapin 弓削至, 芝啓一郎, 植田尊善, 前田健, 森英治, 河野修, 高尾恒彰, 坂井宏旭, 益田宗彰, 森下雄一郎, 林哲生, 松下昌史 Journal of Spine Research 6(3): 760-760, 2015. |
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3-P70-5. The factor which affects JOABPEQ psychology domain in the surgery scholastic evaluation of the lumbar spinal canal stenosis 吉岡研之1, 渡辺航太2, 日方智宏1, 藤田順之1, 岩波明生1, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 760-760, 2015. |
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3-P70-6. Prospective study about the change over time of clinical results (JOA score, JOABPEQ, low back pain VAS) after decompression between the lumbar vertebrae single chinquapin and the fixation between the single chinquapin 本田博嗣1, 海渡貴司2, 藤原啓恭1, 牧野孝洋2, 米延策雄3 Journal of Spine Research 6(3): 761-761, 2015. |
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3-P71-1. Prospective comparative study - of the postoperative treatment result and image change - decompression alone enforcement case and fixation combination case for the lumbar spine degeneration sliding symptom 康暁博, 鷲見正敏, 笠原孝一, 金村在哲, 高畑正人, 金山修一, 平田裕亮 Journal of Spine Research 6(3): 761-761, 2015. |
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3-P71-2. Examination about change over time of all spinal column sagittal section alignment after the backward decompression for the lumbar spinal canal stenosis and clinical results 日方智宏1, 渡辺航太2, 藤田順之1, 岩波明生1, 石井賢1, 中村雅也1, 戸山芳昭1, 松本守雄1 Journal of Spine Research 6(3): 762-762, 2015. |
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3-P71-3. Treatment result of the least invasive spinous process vertical structure vertebral arch plastic surgery for the lumbar spinal canal stenosis 小倉卓1, 成田渉1, 高取良太2, 槇尾智1, 大澤透3, 原田智久4, 柳澤和芳5, 林田達郎1 Journal of Spine Research 6(3): 762-762, 2015. |
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3-P71-4. A treatment result (using JOABPEQ) of the backward decompression for the lumbar spinal canal stenosis 65 years or younger and relations with the sagittal section alignment 竹内拓海1, 斉藤正史1, 河野仁1, 片岡嗣和1, 渡邉泰伸1, 中道清広1, 橘安津子1, 高石官成3, 細金直文4, 町田正文5, 市村正一2 Journal of Spine Research 6(3): 763-763, 2015. |
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3-P71-5. Function improvement evaluation early after the operation using JOABPEQ in lumbar vertebrae patients with lumbar spinal canal stenosis that we operated for 宮地伸晃, 亀長智幸, 真鍋道彦, 岡本剛治, 良川昌鳳, 謝典穎 Journal of Spine Research 6(3): 763-763, 2015. |
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3-P71-6. Change over time of the alignment by the skill in lumbar vertebrae braking and clinical results 釘宮典孝, 岡野良知, 永倉大輔, 高橋啓介 Journal of Spine Research 6(3): 764-764, 2015. |
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