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Japanese Journal of Clinical Biomechanics
Volume 41, Issue / 2020
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 the publication of clinical biomechanics Vol. 41 大森豪 Japanese Journal of Clinical Biomechanics 41: 2020. |
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1. Comparison - by the difference of analysis - knee flexure angle of the menisci displacement accompanied with the department of melody crossing tear out of menisci 廣瀬毅人※1, 前達雄※2, 大堀智毅※1, 井内良※3, 中田研※4 Japanese Journal of Clinical Biomechanics 41: 1-6, 2020. |
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2. The effect that a discoid meniscus board gives in a thighbone condyle part shape 平野健流※1, 林豊彦※1※2, 渡邉聡※3, 古賀良生※4 Japanese Journal of Clinical Biomechanics 41: 7-12, 2020. |
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3. The effect that the rigid difference of the backbone fixture rod part gives to spinal heteromorphic behavior 松岡勇貴矢※1, 水野哲太郎※2, 吉川高正※1, 馬場創太郎※1, 加藤貴也※3, 正岡卓也※4, 藤原基芳※5, 稲葉忠司※1 Japanese Journal of Clinical Biomechanics 41: 13-17, 2020. |
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4. Effect of the backbone fixture rigidity to give it to anteflexion intervertebral disk internal pressure based on a measurement during exercise directly of the intervertebral disk internal pressure 馬場創太郎※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 41: 19-23, 2020. |
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5. Examination of the association between muscle rigidity and quantity of human trunk four extremities muscle of the lumbar erector muscle of spine using the shear wave Elastography 猿田賢也※1, 熊谷玄太郎※1, 石橋恭之※1 Japanese Journal of Clinical Biomechanics 41: 25-28, 2020. |
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6. Effect of back muscle strength on the force applied between vertebral bodies during walking. 三浦寛軌※1※3, 金井章※1※2, 高山大地※1※4, 野嶋治※2 Japanese Journal of Clinical Biomechanics 41: 29-33, 2020. |
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7. Walk cinema Thich and electromyogram analysis after the pubertal idiopathic scoliosis technique 藤田努※1, 中島康晴※2 Japanese Journal of Clinical Biomechanics 41: 35-41, 2020. |
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8. Effect of the semiellipse ball type cementless total hip prosthesis shell on initial solidity in the acetabuloplasty imperfection 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 41: 43-48, 2020. |
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9. It is the effect on micromotion by becoming it the short of the stem 浅井健児※1, 兼氏歩※2, 高野則之※3 Japanese Journal of Clinical Biomechanics 41: 49-54, 2020. |
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10. Influences of notch and groove in the rim on the impingement failure of polyethylene liner in hip Prosthesis. 趙昌熙※1, 森俊陽※2, 川崎展※3 Japanese Journal of Clinical Biomechanics 41: 55-63, 2020. |
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11. Simulation analysis of neck-liner contact based on in vivo kinematics after total hip arthroplasty during twisting. 池部怜※1, 権藤大貴※2, 石川篤※2, 白石善孝※3, 下戸健※4, 塩本喬平※5, 濱井敏※5, 中島康晴※5, 日垣秀彦※2 Japanese Journal of Clinical Biomechanics 41: 65-72, 2020. |
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12. The effect that pelvic inclination gives for the stress distribution of the hip joint 小島佑美子※1, 松浦佑介※2, 矢野斉※2, 大鳥精司※2 Japanese Journal of Clinical Biomechanics 41: 73-77, 2020. |
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13. Contact pressure distribution of the head of femur in the acetabuloplasty imperfection that a rear wall was short 鈴木大輔※1※2, 名越智※2, 喜沢史弥※4, 山下敏彦※3 Japanese Journal of Clinical Biomechanics 41: 79-84, 2020. |
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14. Analysis after acetabulum movement preoperation using the image matching method 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, 中島康晴※5, 石川篤※1, 日垣秀彦※1 Japanese Journal of Clinical Biomechanics 41: 85-91, 2020. |
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15. Relations with omalgia and the spinal column alignment in the High School Baseball pitcher 幸田仁志※1, 甲斐義浩※2, 来田宣幸※3, 松井知之※4, 森原徹※4 Japanese Journal of Clinical Biomechanics 41: 93-97, 2020. |
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16. Motion of reverse type artificial shoulder joint simulation using the muscles and bones model 比嘉昌※1, 速水隆太郎※1 Japanese Journal of Clinical Biomechanics 41: 99-103, 2020. |
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17. Effect of muscle fatigue of triceps long head muscle on shoulder joint range of motion. 増田一太※1※2, 河田龍人※3, 小池凌平※1, 北折尚也※1 Japanese Journal of Clinical Biomechanics 41: 105-108, 2020. |
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18. Evaluation of lower limbs function axis and the loading direction in the streamer knee 藤原靖※1, 森清友亮※1, 小林公一※2, 坂本信※2, 田邊裕治※1, 望月友晴※3, 大森豪※4, 湊泉※5, 古賀良生※6 Japanese Journal of Clinical Biomechanics 41: 109-113, 2020. |
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19. Evaluation of lower limbs alignment and the iliotibial band strain in the gonarthrosis with Windswept deformity 森清友亮※1※9, 田中正栄※2, 小林公一※3, 坂本信※3, 田邊裕治※1, 望月友晴※4, 古賀寛※5, 大森豪※6, 湊泉※7, Surangika WADUGODAPITIYA※3, 藤原靖※1, 古賀良生※8 Japanese Journal of Clinical Biomechanics 41: 115-119, 2020. |
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20. Quantitative longitudinal evaluation of the early changes for knee osteoarthritis through knee A-P X-ray image. 森隆裕※1, 古賀良生※2, 望月友晴※3, 古賀寛※3, 小林公一※4, 大森豪※5, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 41: 121-126, 2020. |
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21. Finite-element analysis of the proximal tibia for the axial load in the early stage of the knee OA 五十嵐彬※1, 望月友晴※2, 古賀良生※3, 森清友亮※1※4, 坂本信※5, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 41: 127-131, 2020. |
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22. The effect that abdominal Draw-in walk gives to the knee joint adduction moment of patients with gonarthrosis 服部良※1, 太田進※2, 青木隆明※1※3 Japanese Journal of Clinical Biomechanics 41: 133-137, 2020. |
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23. Analysis of change in rotational alignment after opening wedge distal tuberosity osteotomy. 神原俊一郎※1※2, 中山寛※1, 井石智也※1, 吉矢晋一※2, 秋山武徳※3 Japanese Journal of Clinical Biomechanics 41: 139-142, 2020. |
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24. Braking force - for the front drawer of dynamic evaluation - model knee of Elastomeric Knee Brace which we developed for an ACL imperfection knee 成俊弼※1, 小柳磨毅※1, 向井公一※2, 三浦大祐※3, 池上慶篤※4, 平田海※4, 中野和彦※5 Japanese Journal of Clinical Biomechanics 41: 143-148, 2020. |
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25. Bone density distribution of the subchondral bone in the tibia articular surface of the Anterior Cruciate Ligament injury knee: Using the CT osteoabsorptiometry method 三浦宗也※1, 岩崎浩司※2, 近藤英司※3, 岩崎倫政※1 Japanese Journal of Clinical Biomechanics 41: 149-154, 2020. |
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26. A direction comparison with virtual triple bunch rebuilding ACL and the normal ACL by the MRI that we set up on the CT model using Bony landmark strategy: Examination using CT-MR image matching 横井裕之※1, 史野根生※1, 井内良※2, 大堀智毅※3, 廣瀬毅人※3, 前達雄※4 Japanese Journal of Clinical Biomechanics 41: 155-160, 2020. |
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27. Mechanical properties of the new tibial fixation device for a BTB graft in ACL reconstruction : Bone-plug Tensioning & Fixation (BTF) system. 井内良※1, 前達雄※2, 中田研※3, 史野根生※4 Japanese Journal of Clinical Biomechanics 41: 161-166, 2020. |
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28. Examination of the ACL injury risk factor by the shape analysis of the tibia arthrodial cartilage 森田友眞※1, 林豊彦※1※2, 渡邉聡※3, 古賀良生※4 Japanese Journal of Clinical Biomechanics 41: 167-172, 2020. |
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29. The change of the quantity of medial meniscus deviation due to the medial meniscus posterior horn injury that combined a supersonic wave with robot biodynamics testing equipment and reproducible evaluation 鈴木智之※1, 山川学志※2 Japanese Journal of Clinical Biomechanics 41: 173-179, 2020. |
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30. Identification of the model from a total knee prosthesis image based on the machine learning 岸野万由子※1, 山崎隆治※1※2※3, 伊丹史緒※1, 冨田哲也※2, 菅本一臣※2 Japanese Journal of Clinical Biomechanics 41: 181-187, 2020. |
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31. Estimate of the rotary angle of the total knee prosthesis silhouette image using regression models 涌井大吾※1, 山崎隆治※1※2※3, 伊丹史緒※1, 冨田哲也※2, 菅本一臣※2 Japanese Journal of Clinical Biomechanics 41: 189-195, 2020. |
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32. The effect that a thighbone component shape of both crosses ligament preservation type total knee prosthesis gives to postoperative knee unrest characteristics 柴田康楽※1, 岡田葉平※2, 寺本篤史※2, 鍋城尚伍※2, 渡邉耕太※3, 山下敏彦※2, 藤江裕道※1※2 Japanese Journal of Clinical Biomechanics 41: 197-202, 2020. |
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33. Change of the standing position load bottom three-dimensional alignment of the talocrural articulation before and after the TKA technique 伊藤裕矢※1, 佐藤卓※2, 小林公一※3, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 41: 203-207, 2020. |
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34. Estimation of foot ground contact time using acceleration sensor during a single-leg drop landing. 梅垣果歩※1, 小笠原一生※2※3, 前達雄※3, 鵜野裕基※1, 南保恵※1, 近田彰治※2※3, 大堀智毅※4, 廣瀬毅人※4, 下村和範※4, 金本隆司※1, 中田研※1 Japanese Journal of Clinical Biomechanics 41: 209-212, 2020. |
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35. - by the chief ingredient analysis of individual trait - wearable acceleration sensor data of the lower limbs coronal plane unrest of the female athlete in the single leg drop landing 小笠原一生※1※3, 鵜野裕基※2, 梅垣果歩※2, 南保恵※2, 近田彰治※1※3, 前達雄※3, 中田研※2 Japanese Journal of Clinical Biomechanics 41: 213-220, 2020. |
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36. Evaluation of the frontal plane acceleration at the proximal part of lower limb during single-leg landing using accelerometer. 南保恵※1, 小笠原一生※2※3, 前達雄※3, 鵜野裕基※1, 梅垣果歩※1, 近田彰治※2※3, 大堀智毅※4, 廣瀬毅人※4, 下村和範※4, 金本隆司※1, 中田研※1 Japanese Journal of Clinical Biomechanics 41: 221-226, 2020. |
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37. The effect that difference in foot part grounding in the front step movement gives to a step limb 高山大地※1※3, 金井章※1※2, 三浦寛軌※1※4, 野嶋治※2, 黒木貴哉※3 Japanese Journal of Clinical Biomechanics 41: 227-233, 2020. |
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38. Examination - by the comparison with motion of Half kneeling exercise analysis - Eccentric decline squat 三谷保弘※1, 松尾高行※2, 木村佳記※3, 向井公一※4, 幸田仁志※1, 小柳磨毅※5, 堀部秀二※6 Japanese Journal of Clinical Biomechanics 41: 235-242, 2020. |
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39. The development of the new three-dimensional muscle of leg frame model and precision inspection of the power between the joint 鈴木恒太郎※1, 畠山和利※2, 小松瞭※1, 飯田純平※3, 巖見武裕※1, 島田洋一※3 Japanese Journal of Clinical Biomechanics 41: 243-247, 2020. |
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40. Examination - for accelerometer wearing positional patients with effect - femur fracture and patients to give to three gait evaluation index with anterior cruciate ligament injury 米田昌弘※1, 井上優※2, 福田寛二※3 Japanese Journal of Clinical Biomechanics 41: 249-255, 2020. |
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41. Three-dimensional movement analysis about the relationship of a static alignment and the dynamic alignment of the foot part 福田謙吾※1※2, 岡村和典※3, 大塚彰※4, 金井秀作※3 Japanese Journal of Clinical Biomechanics 41: 257-261, 2020. |
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42. Analysis of the osteophony pulsation spread properties in the culf for young people 池田篤俊※1, 小杉真一※2※3, 田中康仁※4 Japanese Journal of Clinical Biomechanics 41: 263-269, 2020. |
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43. Analysis of microstructure in capybara’s femora. 笠原典夫※1※7, 小高研人※2※7, 北村啓※3※7, 笠原正彰※4※7, 山田雅司※5※7, 松永智※6※7, 橋本正次※1※7 Japanese Journal of Clinical Biomechanics 41: 271-275, 2020. |
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44. The development of the bone strength evaluation model by the three-dimensional finite element method: Comparison before and after the tibia bone sampling 青木将※1, 今出真司※2, 真子卓也※2, 若槻拓也※2, 内尾祐司※2 Japanese Journal of Clinical Biomechanics 41: 277-281, 2020. |
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45. Real-time imaging using FRET of the PLC-IP3 signal reply in cells brought about by mechanical irritation load 張珉箕※1, 林田恵範※2, 古川克子※1※2, 牛田多加志※1※2 Japanese Journal of Clinical Biomechanics 41: 283-286, 2020. |
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46. It is made the matrix high mud gel the uterus tissue origin de-cells 河鰭公祥※1, ナリンタデチ チャロエンソムバット※1, 金定賢※1, 木村剛※2, 岸田晶夫※2, 牛田多加志※1, 古川克子※1 Japanese Journal of Clinical Biomechanics 41: 287-291, 2020. |
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47. Suppressed osteogenic differentiation of murine mesenchymal stem cell by narrow microgrooves. Heonuk JEONG※1, Xiaoguang YANG※1, Takashi USHIDA※1※2, Katsuko S. FURUKAWA※1※2 Japanese Journal of Clinical Biomechanics 41: 293-298, 2020. |
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48. The effect that the change of the collagen fiber structure of the arthrodial cartilage gives to the dynamics properties 高橋達也※1, 鎗光清道※1, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 41: 299-304, 2020. |
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49. A mismatch between local chondrocyte death and mechanical properties of porcine articular cartilage exposed to injurious compression. Wenjing HUANG※1, Hikaru SASAKI※2, Katsuko S. FURUKAW※1, Takashi USHIDA※1 Japanese Journal of Clinical Biomechanics 41: 305-312, 2020. |
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50. Effect of upper limb posture during lever-propelled wheelchair propulsion on shoulder joint contact force. 佐々木誠※1, 三浦弘樹※2, 中山淳※2 Japanese Journal of Clinical Biomechanics 41: 313-319, 2020. |
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51. A human trunk and a foot grounding part are effect to give lower limbs display power, lower leg joint torque in the movement to push the floor in the gene locus 鵜野裕基※1, 小笠原一生※1, 近田彰治※1, 中田研※1 Japanese Journal of Clinical Biomechanics 41: 321-327, 2020. |
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52. The line activity of the human trunk line in the desk work using the balance chair and effect on pelvic inclination and work efficiency 角啓太郎※1, 大塚彰※1, 岡村和典※2, 上川紀道※3, 富樫誠二※3 Japanese Journal of Clinical Biomechanics 41: 329-335, 2020. |
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53. The effect of bottom bracket height on the lower limb joint moments of functional electrical stimulation cycle. 小林義和※1, 巖見武裕※2, 畠山和利※3, 斉藤公男※4, 島田洋一※4 Japanese Journal of Clinical Biomechanics 41: 337-343, 2020. |
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54. The effect that difference in front space distance gives to center of gravity unrest at a start 松尾慎※1, 坂本竜司※1 Japanese Journal of Clinical Biomechanics 41: 345-350, 2020. |
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55. A preoperative study of the association between trunk acceleration and physical function in patients with knee osteoarthritis. 大西邦博※1※2※3※4, 河村顕治※4※5 Japanese Journal of Clinical Biomechanics 41: 351-356, 2020. |
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56. Basic evaluation of the magnetic field stimulator for artificial bone tissue construction 荒平高章※1, 石田敬雄※2 Japanese Journal of Clinical Biomechanics 41: 357-360, 2020. |
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57. Antibacterial properties of fluorinated DLC coating and its application to implantable devices. - Effect of implantation period on antibacterial properties - 吉田杏※1, 大嶋俊一※2, 新谷一博※1, 川口真史※3, 川原範夫※3, 兼氏歩※3 Japanese Journal of Clinical Biomechanics 41: 361-366, 2020. |
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58. NanoHAp coating for early gap filling around highly porous acetabular cups. 渡邊稜太※1, 高橋広幸※1, 植月啓太※1 Japanese Journal of Clinical Biomechanics 41: 367-373, 2020. |
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59. Friction coefficient control of the porous body by the electron beam laminating molding law ホフマン イロナ※1, 植月啓太※1, 高橋広幸※1 Japanese Journal of Clinical Biomechanics 41: 375-380, 2020. |
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60. Comparison of contact pressure of ultra-high molecular weight polyethylene and titanium cables on femoral shaft. 酒井利奈※1, 矢田藤暉※2, 吉田和弘※1, 内山勝文※3, 高平尚伸※1※3, 氏平政伸※1 Japanese Journal of Clinical Biomechanics 41: 381-384, 2020. |
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61. A mathematical analysis of three-dimensional dental alignment and tooth axis in normal occlusion. 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 41: 385-392, 2020. |
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62. Structure properties of the osteon grown around a dental implant newly 松永智※1※7, 小高研人※2※7, 笠原典夫※3※7, 笠原正彰※4※7, 北村啓※5※7, 山田雅司※6※7 Japanese Journal of Clinical Biomechanics 41: 393-397, 2020. |
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63. Three-dimensional examination of the living body apatite crystal orientation in the around the dental implant jawbone 小高研人※1※7, 松永智※2※7, 北村啓※3※7, 笠原正彰※4※7, 笠原典夫※5※7, 山田雅司※6※7 Japanese Journal of Clinical Biomechanics 41: 399-402, 2020. |
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64. Estimate of the tip of the tongue power based on the surface muscle potential signal using the depths learning 佐々木誠※1, 伊藤駿平※1, 中山淳※2 Japanese Journal of Clinical Biomechanics 41: 403-411, 2020. |
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65. Three-dimensional analysis of the growth process in the fetus cartilage laryngeal cartilages 北村啓※1※7, 小高研人※2※7, 笠原正彰※3※7, 笠原典夫※4※7, 山田雅司※5※7, 松永智※6※7 Japanese Journal of Clinical Biomechanics 41: 413-418, 2020. |
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