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Japanese Journal of Clinical Biomechanics
Volume 40, Issue / 2019
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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In issuance of clinical biomechanics Vol. 40 大森豪 Japanese Journal of Clinical Biomechanics 40: 2019. |
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1. Comparison - by the difference of effect on load - tear part that the half moon by the lateral meniscus crossing tear takes 大堀智毅※1, 前達雄※1, 史野根生※2, 藤江裕道※3, 廣瀬毅人※1, 橘優太※4, 吉川秀樹※1, 中田研※5 Japanese Journal of Clinical Biomechanics 40: 1-6, 2019. |
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2. Optimization design by the finite-element analysis of the wrist harness which can be manufactured by 3D printer 齊藤諒※1, 小松瞭※1, 千田聡明※2, 巖見武裕※1, 島田洋一※3 Japanese Journal of Clinical Biomechanics 40: 7-11, 2019. |
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3. Evaluation of the dynamic change with the adjacent chinquapin after the lumbar vertebrae fixation using the three-dimensional human trunk muscles and bones model 樋口諒※1, 飯田純平※2, 小松瞭※1, 鈴木恒太郎※1, 本郷道生※2, 巖見武裕※1, 島田洋一※2 Japanese Journal of Clinical Biomechanics 40: 13-18, 2019. |
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4. Heteromorphic behavior analysis of Kissing spine 青木一真※1, 水野哲太郎※2, 吉川高正※1, 加藤貴也※3, 稲葉忠司※1 Japanese Journal of Clinical Biomechanics 40: 19-23, 2019. |
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5. The osteoporotic lumbar three-dimensional living body adaptation shape analysis that bone cement was poured into 水口義久※1, 天羽俊樹※2, 中村正信※3, 中村祐敬※4 Japanese Journal of Clinical Biomechanics 40: 25-32, 2019. |
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6. Evaluation of the joint instability in the acetabuloplasty imperfection using the three-dimensional kinetic analysis technique 白石善孝※1, 今井浩※2, 宮脇城二※2, 間島直彦※3, 三浦裕正※2, 日垣秀彦※4 Japanese Journal of Clinical Biomechanics 40: 33-38, 2019. |
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7. 6 flexibility analysis of the quantity of acetabulum movement that we applied the image matching method to 権藤大貴※1, 池部怜※2, 白石善孝※3, 下戸健※4, 濱井敏※5, 塩本喬平※5, 小宮山敬祐※5, 石川篤※6, 中島康晴※5, 日垣秀彦※6 Japanese Journal of Clinical Biomechanics 40: 39-44, 2019. |
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Biomechanical assessment on length of intermedullary nail implant for bone fragment fixation of subtrochanteric fractures. 笹川圭右※1, 佐野匠※2, 尾田雅文※3, 塩田直史※4, 佐藤徹※4 Japanese Journal of Clinical Biomechanics 40: 45-52, 2019. |
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9. Predictive joint load evaluation system by a knee joint finite element model and the ambulatory exercise generation model 長谷和徳※1, 王森彤※2 Japanese Journal of Clinical Biomechanics 40: 53-59, 2019. |
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10. Effect of partial meniscectomy on in situ forces of medial meniscus and tibio-femoral alignment : a comparative assessment among different width inner sections. 廣瀬毅人※1, 前達雄※1, 大堀智毅※1, 史野根生※2, 藤江裕道※3, 橘優太※4, 吉川秀樹※1, 中田研※1 Japanese Journal of Clinical Biomechanics 40: 61-65, 2019. |
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11. Comparison between meniscal histology and dynamics properties - thighbone side and tibia side - 仲澤彰太※1, 鎗光清道※1, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 40: 67-71, 2019. |
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12. The twisting change of the thighbone after the distal inside closed system anesthesia thighbone osteotomy: Using Multiple Planner Reconstruction-CT 中條正英※1※2, 近藤英司※3, 岩崎浩司※1, 安田和則※4, 八木知徳※4, 岩崎倫政※1 Japanese Journal of Clinical Biomechanics 40: 73-79, 2019. |
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13. Experimental study on the influence of fibula osteotomy on the knee joint in HTO. 佐藤健※1, 谷藤理※2, 森清友亮※1, 望月友晴※2, 古賀良生※3, 穂苅翔※2, 田邊裕治※1, プラムディタ ジョナス アディティヤ※4 Japanese Journal of Clinical Biomechanics 40: 81-86, 2019. |
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14. Finite-element analysis about the transformation of the proximal tibia for the axial load 五十嵐彬※1, 望月友晴※2, 古賀良生※3, プラムディタ ジョナス アディティヤ※4, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 40: 87-93, 2019. |
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15. Relative exercise and cartilage contact behavior evaluation in the early period of standing position flexure in the thigh tibia joint 中原大輔※1, 小林公一※2, 坂本信※2, 佐藤卓※3, 渡邉聡※3, 大森豪※4, 古賀良生※5, プラムディタ ジョナス アディティヤ※6, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 40: 95-100, 2019. |
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16. Development of the quantitative evaluation technique of the walk using the frequency analysis of patients with gonarthrosis 五十嵐悠※1, 小松瞭※1, 塚本泰朗※2, 須田智寛※3, 巖見武裕※1, 島田洋一※2 Japanese Journal of Clinical Biomechanics 40: 101-106, 2019. |
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Estimation of relative rotation between the femur and tibia for early knee osteoarthritis through knee X-ray image at standing posture. 森隆裕※1, 古賀良生※2, 大森豪※3, 望月友晴※4, 古賀寛※4, 小林公一※5, プラムディタ ジョナス アディティヤ※6, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 40: 107-111, 2019. |
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18. Lower limbs alignment change due to the progression of gonarthrosis and contact change of state of the knee joint cartilage 金田拓也※1, 林豊彦※1※2, 渡邉聡※3, 小林公一※4, 古賀良生※5, 大森豪※6 Japanese Journal of Clinical Biomechanics 40: 113-119, 2019. |
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19. Suggestion of the three-dimensional rating system of lower limbs function axis and the loading direction by standing position lower limbs alignment and the floor reaction measurement 藤原靖※1, 森清友亮※1, 中原大輔※1, 小林公一※2, 坂本信※2, 田邊裕治※1, プラムディタ ジョナス アディティヤ※3, 佐藤卓※4, 大森豪※5, 湊泉※6, 古賀良生※7 Japanese Journal of Clinical Biomechanics 40: 121-125, 2019. |
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20. Nanopolycrystalline diamond coating composition to the Co-Cr alloy board surface for the total hip prosthesis grit using the combustion flame method 高橋護※1 Japanese Journal of Clinical Biomechanics 40: 127-133, 2019. |
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21. Comparison - between an effect - hemisphere type and semiellipse ball types that the shape of the cementless total hip prosthesis shell gives it to initial fixed power and Polar gap 吉田和弘※1, 福島健介※2, 酒井利奈※1, 内山勝文※2, 高平尚伸※2, 氏平政伸※1 Japanese Journal of Clinical Biomechanics 40: 135-139, 2019. |
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Neck-liner contact analysis based on in vivo kinematics during deep flexion motion 池部怜※1, 権藤大貴※2, 白石善孝※3, 下戸健※4, 石川篤※5, 小宮山敬祐※6, 濱井敏※6, 中島康晴※6, 日垣秀彦※5 Japanese Journal of Clinical Biomechanics 40: 141-146, 2019. |
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23. Effect of the friction stroke on fretting corrosion of Co-28Cr-6Mo and Ti-6Al-4V 吉田和弘※1, 馬渕清資※1, 酒井利奈※1, 氏平政伸※1 Japanese Journal of Clinical Biomechanics 40: 147-151, 2019. |
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24. It is effect on stress shielding by becoming it the short of the stem 高野則之※1, 兼氏歩※2 Japanese Journal of Clinical Biomechanics 40: 153-157, 2019. |
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Finite element analysis of contact state of a retrieved polyethylene acetabular cup liner showing excessive wear. 趙昌熙※1, 森俊陽※2, 川崎展※3 Japanese Journal of Clinical Biomechanics 40: 159-165, 2019. |
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26. The dynamics properties distribution in the component made of ultra high molecular weight polyethylene which measured it by dynamic super small load hardness tester 迫田秀行※1, 岡本吉弘※1, 菅野伸彦※2 Japanese Journal of Clinical Biomechanics 40: 167-170, 2019. |
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27. Change ... before and after three-dimensional knee joint alignment - Total Knee Arthroplasty which we saw from the functional direction 五十嵐良樹※1, 佐藤卓※2, 勝見亮太※2, 田邊裕治※1, プラムディタ ジョナス アディティヤ※3 Japanese Journal of Clinical Biomechanics 40: 171-176, 2019. |
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28. Three-dimensional finite-element analysis of the proximal tibia after the single condyle Total Knee Arthroplasty 笹谷勝巳※1, 眞島任史※1, 村瀬晃平※2, 大島康史※1, 高井信朗※1 Japanese Journal of Clinical Biomechanics 40: 177-180, 2019. |
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29. Analysis of the kinematics of Backward half sitting exercise 瀬戸菜津美※1, 木村佳記※2, 多田周平※2, 山田大智※2, 中江徳彦※1, 向井公一※3, 小柳磨毅※4, 前達雄※5 Japanese Journal of Clinical Biomechanics 40: 181-186, 2019. |
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30. Comparison of the walk knee flexure angle using IMU in the ring type wound external fixation device wearing patients 小松瞭※1, 五十嵐悠※1, 渡邉基起※2, 野坂光司※3, 巖見武裕※1, 島田洋一※3 Japanese Journal of Clinical Biomechanics 40: 187-193, 2019. |
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31. Examination of metrics for quantity of optimal assist decision in the walk rehabilitation robot for the hemiplegia 山内哲也※1, 臼田伊織※1, 齊藤諒※1, 井上純一※2, 巖見武裕※1, 島田洋一※2 Japanese Journal of Clinical Biomechanics 40: 195-199, 2019. |
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32. Metabolism efficiency evaluation of the FES cycling in the different stimulation frequency 小林義和※1, 巖見武裕※2, 高橋裕介※3, 畠山和利※3, 島田洋一※4 Japanese Journal of Clinical Biomechanics 40: 201-204, 2019. |
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33. Study on lower leg joint orbit generation of the walk rehabilitation robot 臼田伊織※1, 齊藤諒※1, 山内哲也※1, 井上純一※2, 巖見武裕※1, 島田洋一※2 Japanese Journal of Clinical Biomechanics 40: 205-209, 2019. |
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34. The arms rehabilitation robot development and the arms kinetic analysis that incorporated Kinect sensor 木澤悟※1, 巌見武裕※2, 千田聡明※3, 斉藤公男※4, 島田洋一※4 Japanese Journal of Clinical Biomechanics 40: 211-217, 2019. |
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35. Accurate inspection in the gait analysis function of the motion study device "model" (autumn et al.) that we applied Kinect(R) to 古郡宏行※1, 泉田良一※1, 名倉武雄※2, 畔柳裕二※3 Japanese Journal of Clinical Biomechanics 40: 219-222, 2019. |
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36. Method for estimating locomotive syndrome based on walking motion. Hiroki TAMURA※1, Kurumi TSURUTA※2, Etsuo CHOSA※2 Japanese Journal of Clinical Biomechanics 40: 223-229, 2019. |
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Analysis of guitar performance in a patient with limited forearm supination after distal radial fracture. 佐田静香※1, 金承革※2, 長浜美智穂※1, 高田直樹※1 Japanese Journal of Clinical Biomechanics 40: 231-236, 2019. |
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38. The direct effect that muscle weakness of the lower limbs group of muscles gives to a walk: Examination by the two-dimensional forward dynamics simulation 荒川達彌※1, 大谷智仁※1, 小林洋※1, 田中正夫※1 Japanese Journal of Clinical Biomechanics 40: 237-243, 2019. |
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39. The effect that the lower limbs 3 joint angle of the pivot leg in the railroad crossing movement of the spikes jump and a degree of leaning angle in front of the culf and a pelvic inclination angle give a knee joint moment 小西尚之※1, 佐藤睦美※2 Japanese Journal of Clinical Biomechanics 40: 245-249, 2019. |
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A study on osteoconductivity of 3D honeycomb scaffold with DLC coating. - Elucidation of genes promoting early bone regeneration - 瀬川歩※1, 新谷一博※1, 石垣靖人※2, 兼氏歩※3, 川口真史※3, 川原範夫※3 Japanese Journal of Clinical Biomechanics 40: 251-257, 2019. |
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41. Structure and lubrication properties of the arthrodial cartilage hydration layer 三浦慎吾※1, 鎗光清道※1, 佐々木信也※2, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 40: 259-263, 2019. |
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42. Fixed-quantity evaluation of the tibia arthrodial cartilage shape using the MRI 森田友眞※1, 林豊彦※1※2, 渡邉聡※3, 古賀良生※4 Japanese Journal of Clinical Biomechanics 40: 265-271, 2019. |
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43. Effect of the board surface coarseness to give it to the diamond coating composition by the combustion flame method on Ti board surface for the dental implant 高橋護※1 Japanese Journal of Clinical Biomechanics 40: 273-279, 2019. |
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A novel definition of three-dimensional dental arch using cone-beam computed tomography. 坂上勇太※1, 坂本信※2, 森清友亮※1, 亀田剛※3, 小林公一※2, 坂井幸子※4, 遠藤英昭※5, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 40: 281-288, 2019. |
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