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Japanese Journal of Clinical Biomechanics

Volume 44, Issue / 2023
English Article   Japanese Article
  • Please note that metadata of J-type articlesare generated by machine-translation and the original texts are written in Japanese.

Japanese Article On the publication of Clinical Biomechanics Volume 44
古賀英之
Japanese Journal of Clinical Biomechanics 44: 2023.

Japanese Article 1. Using the association between subchondral bone bone density distribution and lower limbs alignment - CT osteoabsorptiometry method of the tibia articular surface before and after the high tibial osteotomy -
藤江裕貴※1, 岩崎浩司※2, 近藤英司※3, 岩崎倫政※1
Japanese Journal of Clinical Biomechanics 44: 1-5, 2023.

Japanese Article 2. Form analysis - using -3 dimensions of individual difference of the direction of the glenoid fossa for the scapular surface of a body Internal examination on autopsy bone model
浅野柊※1, 時田諒※2, 戸田創※3, 今村塁※4, 芝山雄二※5, 杉憲※5, 片寄正樹※3
Japanese Journal of Clinical Biomechanics 44: 7-12, 2023.

Japanese Article 3. Evaluation of stimulus transmission in articular cartilage based on the in-situ analysis of cellular response under mechanical compression.
福山駿瑛※1, 森田有亮※2, 山本浩司※2
Japanese Journal of Clinical Biomechanics 44: 13-18, 2023.

Japanese Article 4. Initial solidity evaluation method of the total hip prosthesis shell in consideration of the perpendicular load at walk
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 44: 19-25, 2023.

Japanese Article 5. Form evaluation of the cartilage surface of the lateral condyle of femur part of the young children with the outside discoid meniscus board
青木一磨※1, 林智彦※2, 渡邉聡※3, 林豊彦※4
Japanese Journal of Clinical Biomechanics 44: 27-35, 2023.

Japanese Article 6. The effect that a meniscal collagen fiber structure gives to the dynamics properties
鎗光清道※1, 藤江裕道※2
Japanese Journal of Clinical Biomechanics 44: 37-44, 2023.

Japanese Article 7. The menisci unregistered marriage loss by the segmental resection for the menisci crossing tear increases meniscal transformation and deviation
山川学志※1, 小笠原一生※1※2, 辻井聡※1, 大堀智毅※3, 近田彰治※1※2, 佐藤世羅※4, 金本隆司※5, 中田研※5
Japanese Journal of Clinical Biomechanics 44: 45-49, 2023.

Japanese Article 8. Direction analysis of the anterior cruciate ligament hold fast effect load
石井大地※1, 小関清香※1, 山川学志※2, 藤江裕道※1
Japanese Journal of Clinical Biomechanics 44: 51-56, 2023.

Japanese Article 9. The heteromorphic behavior of the anterior cruciate ligament thighbone hold fast and distortion characteristic
佐藤志保※1, 石井大地※1, 藤江裕道※1
Japanese Journal of Clinical Biomechanics 44: 57-61, 2023.

Japanese Article 10. The effect that a bone - tendon transfer part angle (Graft bending angle in the ACL reconstruction) of the patellar ligament gives in pulling properties
山川学志※1, 史野根生※2, 大堀智毅※3, 辻井聡※1, 中田研※4
Japanese Journal of Clinical Biomechanics 44: 63-68, 2023.

Japanese Article 11. Rotation behavior of the anterior cruciate ligament imperfection knee at the rotation torque load
高橋雄也※1, 小林公一※1, 渡邉聡※2, 坂本信※1
Japanese Journal of Clinical Biomechanics 44: 69-74, 2023.

Japanese Article 12. Braking force of the elastic knee brace (Elastomeric Knee Brace) which we developed for an ACL imperfection knee
成俊弼※1, 小柳磨毅※1, 森下聖※1, 向井公一※2, 有馬佑多※3, 境隆弘※4, 羽崎完※1, 池上慶篤※5, 平田海※5, 中野和彦※6
Japanese Journal of Clinical Biomechanics 44: 75-80, 2023.

Japanese Article 13. Examination - by three kinds of associated - different walking speeds of a gait cycle time change and the knee joint function in patients with gonarthrosis
秋本剛※1※2, 河村顕治※3, 大西邦博※4, 横山茂樹※2
Japanese Journal of Clinical Biomechanics 44: 81-86, 2023.

Japanese Article 14. Precision inspection of the lateral move index between thighbone - tibia on the two-dimensional image using the DRR image
森隆裕※1, 田中正栄※2, 渡邉博史※3, 森清友亮※4, 望月友晴※5, 古賀寛※5, 小林公一※6, 大森豪※4, 坂本信※6, 田邊裕治※7, 古賀良生※8
Japanese Journal of Clinical Biomechanics 44: 87-91, 2023.

Japanese Article 15. Change of the thighbone, tibias relative mark rotation angle by the imaging condition of the standing position knee radiographic appearance of the gonarthrosis
増田文郎※1, 小山博史※2, 花田充※1
Japanese Journal of Clinical Biomechanics 44: 93-96, 2023.

Japanese Article 16. A structural change of knee osteoarthritis progression assessed by a new three-dimensional alignment evaluation.
森清友亮※1, 坂上勇太※2, 高根沢佑斗※3, 田邊裕治※4, 坂本信※5, 小林公一※5, 望月友晴※2, 古賀良生※6
Japanese Journal of Clinical Biomechanics 44: 97-103, 2023.

Japanese Article 17. Evaluation of nanoindentation in subchondral bone in osteoarthritis of the knee.
清水玲那※1, 鈴木昌彦※2※3
Japanese Journal of Clinical Biomechanics 44: 105-108, 2023.

Japanese Article 18. A cold flow and the effect that a conjunction of the impingement gives to a dynamic state of the polyethylene liner for the total hip prosthesis
趙昌熙※1, 森俊陽※2, 川崎展※3
Japanese Journal of Clinical Biomechanics 44: 109-115, 2023.

Japanese Article 19. High depth strength evaluation of the withdrawal total hip prosthesis ultra high molecular weight polyethylene component by the Mike Rothe rally Herault John method
迫田秀行※1, 岡本吉弘※1, 山本栄一※1, 今釜崇※2, 坂井孝司※2, 濱田英敏※3, 菅野伸彦※3
Japanese Journal of Clinical Biomechanics 44: 117-120, 2023.

Japanese Article 20. Development of the quantity of simple abrasion rating system of the withdrawal total hip prosthesis liner
迫田秀行※1, 岡本吉弘※1, 山本栄一※1, 今釜崇※2, 坂井孝司※2, 濱田英敏※3, 菅野伸彦※3
Japanese Journal of Clinical Biomechanics 44: 121-125, 2023.

Japanese Article 21. It is examined the new treatment strategy based on the patients satisfaction determinant extraction after the TKA technique
藤田大輔※1, 山本偉嗣※1, 諸岡孝俊※2, 井石琢也※3, 牛飼武※4, 吉矢晋一※2, 小橋昌司※1
Japanese Journal of Clinical Biomechanics 44: 127-133, 2023.

Japanese Article 22. And age is associated with preoperative walk variability in the crutch walking independence days of the Total Knee Arthroplasty patients
大西邦博※1※2, 松居和寛※3, 秋本剛※4, 河村顕治※5
Japanese Journal of Clinical Biomechanics 44: 135-140, 2023.

Japanese Article 23. Tracking by detection of the patella based on 3-dimensional point cloud registration.
渡辺佑也※1, 田川憲男※2, 寺本篤史※3, 藤江裕道※4
Japanese Journal of Clinical Biomechanics 44: 141-146, 2023.

Japanese Article 24. Mechanically equivalent patient-specific knee joint model.
前田虎太郎※1, 伊井仁志※1, 洪乾宇※1, 島田昌和※2, 藤江裕道※1
Japanese Journal of Clinical Biomechanics 44: 147-152, 2023.

Japanese Article 25. Estimation of 10m walking time at normal and maximum velocity using tiptoe-mounted inertial sensors.
佐川貢一※1, 島元健※1
Japanese Journal of Clinical Biomechanics 44: 153-157, 2023.

Japanese Article 26. Measurement of contact pressure and the shear stress to act on the sole at ramp walk using the film sensor
木村緋※1, 笹川和彦※1, 藤崎和弘※1
Japanese Journal of Clinical Biomechanics 44: 159-162, 2023.

Japanese Article 27. Gait analysis by the line skeletal system model in consideration of contact, the transformation of the knee joint according to patients
王森彤※1※2, 長谷和徳※3, 舩戸徹郎※2
Japanese Journal of Clinical Biomechanics 44: 163-169, 2023.

Japanese Article 28. Influence of backward rotation landing on foot movement during single-leg landing.
石川大瑛※1
Japanese Journal of Clinical Biomechanics 44: 171-177, 2023.

Japanese Article 29. Walk load analysis at functional knee rigid orthosis wearing using the insole type sole load measurement device
田中啓太※1, 真下翔太※1, 久保田純弥※1, 佐藤宏幸※1, 室崎瑛理奈※1, 北村信人※1※2
Japanese Journal of Clinical Biomechanics 44: 179-184, 2023.

Japanese Article 30. Association between proximal culf perpendicular acceleration and human trunk, lower limbs cinema Thich in the single leg landing movement
横山寛子※1※2※3, 逸見瑠生※4, 千々松雅人※3※4, 津田英一※3
Japanese Journal of Clinical Biomechanics 44: 185-190, 2023.

Japanese Article 31. Analysis about the kinematics predictive model of the knee joint using 4 manner of preparing powdered tea compression power sensor
関戸遥加※1, 井上貴之※1, 岡吉倫弘※2, 岡本純典※2
Japanese Journal of Clinical Biomechanics 44: 191-197, 2023.

Japanese Article 32. Effect of the load timing of bending and the torsion on thighbone trochanter part bone fracture
阿部佳峻※1, 笹川圭右※2, 尾田雅文※3, 佐藤朗※4
Japanese Journal of Clinical Biomechanics 44: 199-205, 2023.

Japanese Article 33. Examination of the fracture line extension prediction of the thighbone trochanter part occult fracture by the finite-element analysis
安達和彦※1, 野田光昭※2
Japanese Journal of Clinical Biomechanics 44: 207-212, 2023.

Japanese Article 34. The effect that ligament gives in the finite-element analysis of the acetabuloplasty aplasia
寺師芽衣※1, 横田晃輝※2, 巖見武裕※3, 畠山和利※4, 小松瞭※5, 木島泰明※6, 宮腰尚久※6
Japanese Journal of Clinical Biomechanics 44: 213-218, 2023.

Japanese Article 35. Effect - of the stem setting angle in examination - youth and the elderly representative case of the fall thighbone stem neighborhood bone fracture
土屋和生※1※2, 月山陽介※2, 山田崇史※1, 加来信広※3, 新田勇※2
Japanese Journal of Clinical Biomechanics 44: 219-228, 2023.

Japanese Article 36. The effect that the rigid difference of the backbone fixture rod part gives between adjacent chinquapin
砂川直雄※1, 馬場創太郎※1, 加藤貴也※2, 吉川高正※1, 正岡卓也※3, 藤原基芳※4, 水野哲太郎※5, 稲葉忠司※1
Japanese Journal of Clinical Biomechanics 44: 229-234, 2023.

Japanese Article 37. Effect of screw insertion length on strain distribution of spinal fixation rod by numerical analysis method.
馬場創太郎※1, 加藤貴也※2, 吉川高正※1, 藤原基芳※3, 水野哲太郎※4, 稲葉忠司※1
Japanese Journal of Clinical Biomechanics 44: 235-239, 2023.

Japanese Article 38. Effectiveness of sport sampling for freestyle mogul skier by gait analysis.
瀬戸口淳※1, 勝田紘史※2
Japanese Journal of Clinical Biomechanics 44: 241-247, 2023.

Japanese Article 39. kinetics parameter of a pivot leg related to a shoulder abduction angle.
松井知之※1, 瀬尾和弥※2, 東善一※3, 平本真知子※1※3, 宮崎哲哉※3, 松澤寛大※3, 甲斐義浩※4, 幸田仁志※5, 来田宣幸※6, 森原徹※1※3※7
Japanese Journal of Clinical Biomechanics 44: 249-254, 2023.

Japanese Article 40. Effect verification of trunk and hip exercise on three junior high school baseball pitchers: Focused on the stride leg.
宮崎哲哉※1※6, 松井知之※1※2, 東善一※1, 瀬尾和弥※3, 平本真知子※1※2, 松澤寛大※1※6, 甲斐義浩※4, 幸田仁志※5, 来田宣幸※6, 森原徹※1※2※7
Japanese Journal of Clinical Biomechanics 44: 255-259, 2023.

English Article 41. Effect of the co-culture of chondrocytes and MSCs on the cell density and chondrogenic differentiation.
Xu YE※1, Daichi ISHII※1, Norimasa NAKAMURA※2, Hiromichi FUJIE※1
Japanese Journal of Clinical Biomechanics 44: 261-267, 2023.

Japanese Article 42. Examination of the usefulness of the three-dimensional stemple due to the vegetative tissue
三枝明日葉※1, 荒平高章※1
Japanese Journal of Clinical Biomechanics 44: 269-273, 2023.

Japanese Article 43. Attempt of the artificial bone tissue construction using the 3D bio printer
瀧本くるみ※1, 荒平高章※1
Japanese Journal of Clinical Biomechanics 44: 275-279, 2023.

Japanese Article 44. Manufacture of the illness bone organoid due to three-dimensional stemple and cells
森崎絢可※1, 荒平高章※1, 名井陽※2
Japanese Journal of Clinical Biomechanics 44: 281-284, 2023.

Japanese Article 45. The effect that F-DLC coating titanium gives to the bone matrix protein of osteoblasts-like cells
山口大貴※1, 吉田和弘※1※2, 酒井利奈※1※2, 氏平政伸※1※2
Japanese Journal of Clinical Biomechanics 44: 285-290, 2023.

Japanese Article 46. Shear strength evaluation of adsorption albumin molecules using the fluid shear stress
中嶋和弘※1, 黒田瑠偉※1
Japanese Journal of Clinical Biomechanics 44: 291-295, 2023.

Japanese Article 47. A bone strength comparison before and after the tibia diaphysis bone sampling that planned headless bone screw manufacture: Stress analysis of the bone by three-dimensional finite element method (3DFEM)
渡部世李香※1, 今出真司※2, 高見昭康※1, 内尾祐司※2
Japanese Journal of Clinical Biomechanics 44: 297-301, 2023.

Japanese Article 48. Examination of the finite-element analysis technique that assumed a contact stress level for pressure sore development mechanism investigation boundary condition
小野綾※1※2, 笹川和彦※1, 藤崎和弘※1, 三浦鴻太郎※1
Japanese Journal of Clinical Biomechanics 44: 303-308, 2023.

Japanese Article 49. For the pars sacralis contact change of stress at nursing care bed back operation seem to be above the knee; the effect of the function
工藤雄行※1※2, 笹川和彦※1, 藤崎和弘※1
Japanese Journal of Clinical Biomechanics 44: 309-317, 2023.

Japanese Article 50. Assessment of the three-dimensional arch shape relationship between the maxillary and mandibular teeth using CBCT.
石井義人※1, 坂本信※2, 亀田剛※3, 坂上勇太※4, 森清友亮※5, 小林公一※2, 坂井幸子※3, 遠藤英昭※6, 平元和彦※1
Japanese Journal of Clinical Biomechanics 44: 319-328, 2023.