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Japanese Journal of Clinical Biomechanics
Volume 39, Issue / 2018


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In issuance of clinical biomechanics Vol. 39 大森豪 Japanese Journal of Clinical Biomechanics 39: 2018. |
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1. Heteromorphic behavior comparison between normal anterior cruciate ligament and patellar ligament graft 山川学志※1, 鈴木智之※2, Debski Richard E.※3, 松村崇史※2, 興村慎一郎※2, 山下敏彦※2, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 39: 1-7, 2018. |
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2. Comparison - by the difference of change - tear part of the outside compartment contact pressure, the contact area by the lateral meniscus crossing tear 大堀智毅※1, 前達雄※1, 史野根生※2, 藤江裕道※3, 橘優太※2, 吉川秀樹※1, 中田研※4 Japanese Journal of Clinical Biomechanics 39: 9-14, 2018. |
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Simulation study of cup installation angle based on in vivo kinematics. 池部怜※1, 権藤大貴※2, 石川篤※3, 下戸健※4, 濱井敏※5, 中島康晴※5, 日垣秀彦※3 Japanese Journal of Clinical Biomechanics 39: 15-19, 2018. |
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4. The effect that a chamfering angle and the dimensions of the rim part of the total hip prosthesis polyethylene liner give to impingement injury 趙昌熙※1, 森俊陽※2, 川崎展※3 Japanese Journal of Clinical Biomechanics 39: 21-30, 2018. |
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5. The effect that head of femur center displacement after the total hip replacement gives to early hip joint extorsion muscular strength after the operation 喜澤史弥※1, 鈴木大輔※2, 室田英樹※1, 高橋大介※3, 名越智※2, 岩崎倫政※3 Japanese Journal of Clinical Biomechanics 39: 31-36, 2018. |
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6. Manufacture - of the CAD data using finite element stress analysis - replica model of Charnley type and the Exeter stem 印南智弘※1, 森島達観※1, 服部友一※2, 出家正隆※1 Japanese Journal of Clinical Biomechanics 39: 37-41, 2018. |
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Evaluation of the initial stability of uncemented acetabular shells for hip Prosthesis. 小島千裕※1, 酒井利奈※2, 吉田和弘※2, 福島健介※3, 中野雅也※1, 高平尚伸※3, 内山勝文※3, 馬渕清資※2, 氏平政伸※2 Japanese Journal of Clinical Biomechanics 39: 43-47, 2018. |
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8. The surface analysis of the removed hydrophilic surface processing liner 迫田秀行※1, 岡本吉弘※1, 菅野伸彦※2 Japanese Journal of Clinical Biomechanics 39: 49-53, 2018. |
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9. Deep flexure and stress analysis to occur in the PS type total knee prosthesis post at the hyperextension 中野雅也※1, 酒井利奈※2, 小島千裕※1, 馬渕清資※2, 吉田和弘※2, 氏平政伸※2 Japanese Journal of Clinical Biomechanics 39: 55-59, 2018. |
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Mechanical properties of soft tissue structure of the knee in PS TKA. 眞島任史※1, 高井信朗※1 Japanese Journal of Clinical Biomechanics 39: 61-64, 2018. |
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11. Abrasion properties evaluation of the thighbone component made of/Co-Cr-Mo alloy made of the Ti-6Al-4V alloy by the total knee prosthesis simulator 多宮理人※1, 杉本智広※1, 野山義裕※1, 中村卓司※2, 勝呂徹※3, 松浦洋司※4, 石坂春彦※1 Japanese Journal of Clinical Biomechanics 39: 65-70, 2018. |
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12. Development of the lower limbs person mechanic joint simulator with the muscles and bones structure 藤原史大※1, 萩原拓己※1, 高橋康仁※2, 山本謙吾※2, 桐山善守※3 Japanese Journal of Clinical Biomechanics 39: 71-77, 2018. |
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13. The effect that the surface profile of the Co-Cr-Mo alloy gives in abrasion properties of the ultra high molecular weight polyethylene 中西義孝※1, 藤原章雄※2, 中島雄太※1, 本島那奈※1, 菰原義弘※2, 水田博志※2, 三浦裕正※3, 日垣秀彦※4 Japanese Journal of Clinical Biomechanics 39: 79-87, 2018. |
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14. Evaluation of the anterior cruciate ligament hold fast dynamics properties distribution of the human corpse body knee with the ultrasonic microscope 大柴弘行※1※2, 柴野純一※3, 中土幸男※1 Japanese Journal of Clinical Biomechanics 39: 89-94, 2018. |
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Difference of the tibial tunnel position by three surgical procedures of the anatomic anterior cruciate ligament reconstruction. 副島崇※1※2, 田渕幸祐※3, 伊藤弘雅※4 Japanese Journal of Clinical Biomechanics 39: 95-100, 2018. |
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16. A tibial twisting change after the medial heel wedge-formed dilatation-style high tibial osteotomy: Using Multiple Planner Reconstruction-CT 珍部正嗣※1, 近藤英司※2, 安田和則※3, 八木知徳※3, 岩崎倫政※1 Japanese Journal of Clinical Biomechanics 39: 101-106, 2018. |
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17. After the operation of Double Level Osteotomy for the varus deformity knee analysis - using the change -3 dimensions CT of the rotation alignment 神原俊一郎※1※2, 中山寛※1, 小橋昌司※3, 吉矢晋一※1 Japanese Journal of Clinical Biomechanics 39: 107-110, 2018. |
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18. Model analysis of the effect on femoropatellar joint contact balance of the tibia internal rotation 梶原登雲子※1, 福永道彦※2, 長嶺隆二※3 Japanese Journal of Clinical Biomechanics 39: 111-115, 2018. |
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Biomechanical analysis of medial patellofemoral ligament reconstruction : artificial ligament with knotless bone anchor versus allograft achilles tendon with soft anchor. 鎌田陽光※1, 對馬誉大※2, 佐々木静※2, 木村由佳※2, 奈良岡琢哉※5, 塚田晴彦※4, 津田英一※3, 石橋恭之※2 Japanese Journal of Clinical Biomechanics 39: 117-123, 2018. |
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20. Precision inspection of the rotation rating system between thighbone, the tibia on the two-dimensional image using the DRR image 森隆裕※1, 古賀良生※2, 小林公一※3, 古賀寛※4, 望月友晴※4, 勝見亮太※5, 大森豪※6, プラムディタ ジョナス アディティヤ※7, 田邊裕治※1 Japanese Journal of Clinical Biomechanics 39: 125-129, 2018. |
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21. Experiment about the fibula prop effect using the cutting limb 佐藤健※1, 谷藤理※2, 森清友亮※1, 望月友晴※2, 古賀良生※3, 穂刈翔※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 39: 131-135, 2018. |
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Femoral neck anteversion is less in the patients with medial knee osteoarthritis. - Three-dimensional investigation of the morphology of the femur - 小山博史※1 Japanese Journal of Clinical Biomechanics 39: 137-142, 2018. |
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Development of automated image matching method using bi-planar slot radiography 岡庭大祐※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 39: 143-148, 2018. |
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24. Precision inspection of the three-dimensional lower limbs alignment evaluation in consideration of pelvic posture 五十嵐良樹※1, 佐藤卓※2, 小林公一※3, 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 39: 149-152, 2018. |
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25. Lower limbs alignment change by the load and change of the contact state of the knee joint cartilage 金田拓也※1, 林豊彦※1※2, 渡邉聡※3, 古賀良生※4, 大森豪※5 Japanese Journal of Clinical Biomechanics 39: 153-160, 2018. |
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Femoral coverage of the acetabulum in rotational acetabular osteotomy. 鈴木大輔※1※4, 名越智※1, 喜沢史弥※2, 佐々木幹人※3, 山下敏彦※3 Japanese Journal of Clinical Biomechanics 39: 161-166, 2018. |
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27. Effect on bone fracture part solidity that the implant length of the intramedullary nail in the thighbone trochanter part bone fracture gives 笹川圭右※1, 尾田雅文※2, 塩田直史※3, 佐藤徹※3, 原利昭※1 Japanese Journal of Clinical Biomechanics 39: 167-173, 2018. |
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28. Bone fracture risk assessment of the proximal thighbone in consideration of iliofemoral ligament 櫻井航太※1, 笹川圭右※2, 尾田雅文※3, 佐藤朗※4, 寺島正二郎※2, 原利昭※2 Japanese Journal of Clinical Biomechanics 39: 175-180, 2018. |
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29. Safe strength evaluation of the proximal thighbone fixation nail using the carbon fiber reinforcement PEEK resin composite 高嶋和磨※1, 李興盛※2, 倉敷哲生※2, 板東舜一※3, 中原一郎※4, 高尾正樹※1, 坂井孝司※5, 菅野伸彦※1 Japanese Journal of Clinical Biomechanics 39: 181-186, 2018. |
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Estimation of mechanical load in vivo based on the stress distribution on the trabecular bone in the vertebral body. 間野鉄平※1, 町田正文※2, 桐山善守※3 Japanese Journal of Clinical Biomechanics 39: 187-192, 2018. |
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31. The effect that the height of the cage between the vertebral body gives to spinal heteromorphic behavior 藤本貴大※1, 水野哲太郎※2, 榊原紀彦※2, 笠井裕一※2, 吉川高正※1, 加藤貴也※3, 稲葉忠司※1 Japanese Journal of Clinical Biomechanics 39: 193-198, 2018. |
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32. Design and development of the new backbone cage aiming at the early formation of the orientation ossification 高橋広幸※1※2, 石本卓也※1, 小林佳弥※1, 伊東学※3, 井上貴之※2, 中島義雄※2, 中野貴由※1 Japanese Journal of Clinical Biomechanics 39: 199-206, 2018. |
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A novel automated technique for three-dimensional anterior tooth axis and alignment using cone-beam computed tomography. 坂本信※1, 坂上勇太※1, 森清友亮※3, 亀田剛※2, 小林公一※1, 坂井幸子※4, 遠藤英昭※5 Japanese Journal of Clinical Biomechanics 39: 207-216, 2018. |
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34. The skull finite-element analysis that reproduced a suture department 桐山善守※1, 岩元駿典※1, 間野鉄平※2, 大塩恒太郎※3 Japanese Journal of Clinical Biomechanics 39: 217-222, 2018. |
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35. Kinetic analysis for rotation movement time of rotator cuff injury articulus humeri and the healthy articulus humeri 権藤大貴※1, 池部怜※2, 下戸健※3, 濱井敏※4, 中島康晴※4, 石川篤※5, 日垣秀彦※5 Japanese Journal of Clinical Biomechanics 39: 223-226, 2018. |
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36. The effect that muscle fatigue gives to constancy of the shoulder blade exercise 幸田仁志※1, 甲斐義浩※2, 来田宣幸※3, 森原徹※4 Japanese Journal of Clinical Biomechanics 39: 227-231, 2018. |
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37. Examination of the stress distribution of the capitellum in the throw movement using the finite element method 亀井敬太※1, 井上亮※1, 山本祐司※1, 石橋恭之※1 Japanese Journal of Clinical Biomechanics 39: 233-236, 2018. |
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38. Contact movement analysis in the three-dimensional living body of the big finger interphalangeal joint using the Nuclear Magnetic Resonance imaging and the metacarpophalangeal joint 杉田魁人※1, 坂本信※1, 森清友亮※2, 風間清子※3, 小林公一※1, 田邊裕治※2 Japanese Journal of Clinical Biomechanics 39: 237-246, 2018. |
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Analysis of sound propagation in an ankle using active bone-conducted sound sensing system. 池田篤俊※1, 小杉真一※2, 田中康仁※3 Japanese Journal of Clinical Biomechanics 39: 247-251, 2018. |
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Examination of ankle bone and cartilage injury using finite element analysis. 井上亮※1, 山本祐司※1, 津田英一※2, 石橋恭之※1 Japanese Journal of Clinical Biomechanics 39: 253-257, 2018. |
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41. Foot pressure change at treadmill walk in normal young people and elderly people 坂本竜司※1, 酒井孝文※1※2, 大西智也※1, 河村顕治※2※3 Japanese Journal of Clinical Biomechanics 39: 259-262, 2018. |
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42. About a foot pressure at consecutive walks on the treadmill-centered change 酒井孝文※1※2, 坂本竜司※1, 大西智也※1, 河村顕治※3 Japanese Journal of Clinical Biomechanics 39: 263-267, 2018. |
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43. Using -3 dimensions of effect that flat feet give to a foot part articular muscle activity at a walk rigid spring model - 柿ヶ原拓哉※1 Japanese Journal of Clinical Biomechanics 39: 269-275, 2018. |
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44. Structure - dynamics properties according to the individual maturation value of the arthrodial cartilage 伊藤慶※1, 鎗光清道※1, 橋本直哉※1, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 39: 277-281, 2018. |
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45. Concentration-dependency of the platelet-rich plasma for differentiation and the compression stimulation reply of cartilage progenitor cells 善明大樹※1, 木部善清※2, 宮田昌悟※2 Japanese Journal of Clinical Biomechanics 39: 283-291, 2018. |
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Effect of maturation on the hydraulic permeability of articular cartilage. 橋本直哉※1, 鎗光清道※1, 伊藤慶※1, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 39: 293-298, 2018. |
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47. A contact change between the thigh tibial cartilage and examination of the quantity of relative sliding 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 39: 299-303, 2018. |
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Automation of spheroid formation process using cell processing robot for regenerative medicine. 下戸健※1, 石川篤※2, 日垣秀彦※2 Japanese Journal of Clinical Biomechanics 39: 305-311, 2018. |
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49. Human immunocytic inflammatory cytokine-producing evaluation by the high polymer polysaccharides sacran 中島雄太※1, 山崎耕喜※2, 中西義孝※1 Japanese Journal of Clinical Biomechanics 39: 313-320, 2018. |
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50. Development of the surface reforming technique using the light cutting-related RGDS peptide to promote the local cell agglutination for implants 瀧由貴子※1, 西村慎之介※2, 山本浩司※3, 古賀智之※4, 森田有亮※3 Japanese Journal of Clinical Biomechanics 39: 321-325, 2018. |
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51. The effect that joint liquid pressure gives to cartilaginous biphasic lubrication properties 堀端頌子※1, 鎗光清道※1, 藤江裕道※1 Japanese Journal of Clinical Biomechanics 39: 327-332, 2018. |
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52. Examination about the movement of the human trunk of the spinal cord injury perfection paralysed for the improvement in walking speed of the exoskeleton type robot harness wearing walk 村田知之※1, 杉山肇※1※2 Japanese Journal of Clinical Biomechanics 39: 333-337, 2018. |
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53. Development of the operation support system for the smartphone using the hands-free type joy-stick remote controller for severe people with a disability 寺島正二郎※1, 川上裕之※2, 土田開人※1 Japanese Journal of Clinical Biomechanics 39: 339-344, 2018. |
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54. The operation generation method of the lever drive-type wheelchair using the nerve, muscles and bones model 佐々木誠※1, 太田悠希※1, 中山淳※2, 長谷和徳※3 Japanese Journal of Clinical Biomechanics 39: 345-352, 2018. |
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55. Examination by the forward dynamics simulation about the exercise decision standard at muscle weakness aging walk 荒川達彌※1※2, 大谷智仁※1, 小林洋※1, 田中正夫※1 Japanese Journal of Clinical Biomechanics 39: 353-360, 2018. |
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56. The effect that an initial angle of the ankle foot orthosis with plastic shoe insert gives for the walk of the cerebrovascular disorder hemiplegia person 大門守雄※1, 原良昭※2, 赤澤康史※2 Japanese Journal of Clinical Biomechanics 39: 361-365, 2018. |
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