The effect of camera configuration on multi-camera markerless motion capture for biomechanical analysis [0.03%]
摄像机布置对无标志点运动捕捉生物力学分析的影响
Rebecca Walker,Mark A Robinson,Jereme Outerleys et al.
Rebecca Walker et al.
Markerless motion capture technology, such as Theia3D, enables human movement data to be collected outside traditional laboratory environments. However, the extent to which changes in camera configuration influence markerless kinematic outp...
Viability of automating the landing error scoring system using inertial measurement units [0.03%]
基于惯性测量单元的着陆评分系统的自动化实现方法研究
Zane Hamilton,Jessica Turner,Jemma König et al.
Zane Hamilton et al.
The Landing Error Scoring System (LESS) is an assessment tool used for identifying movement patterns linked with non-contact anterior cruciate ligament injuries during a double-leg jump-landing; however, the LESS is scored by experts using ...
Disturbed multi-planar muscular support of the knee after anterior cruciate ligament reconstruction [0.03%]
前交叉韧带重建后膝关节紊乱的多平面肌肉支持作用
Fatemeh Bahramian,Alireza Yahyaiee Bavil,Jason Konrath et al.
Fatemeh Bahramian et al.
This study compared lower-limb muscle contributions to multi-planar knee loading between individuals with anterior cruciate ligament reconstruction (ACLR) and healthy controls during sidestep cutting. Eleven ACLR participants with quadruple...
Directly segmented versus rigid-transformation-based contact-area measurement in weight-bearing knee cartilage: biomechanical validation and spatial distribution analysis [0.03%]
基于载荷下膝关节软骨接触面积的直接分割和刚体变换测量法的生物力学验证及空间分布分析
Hyo-Bin Lee,Sung-Eun Hong,Jang-Hwan Choi
Hyo-Bin Lee
Conventional "rigid-transformation-based contact area" methods calculate tibiofemoral contact area by rigidly transforming supine-segmented cartilage using bone registration matrices, thereby preserving unloaded cartilage geometry without e...
The effects of ultrasound stimulation on passive muscle stiffness of triceps surae [0.03%]
超声刺激对腓肠肌被动肌肉僵硬度的影响
Tomohiro Umeda,Kaho Sugiyama,Hanaka Hirasawa et al.
Tomohiro Umeda et al.
Passive muscle stiffness is a critical mechanical property that influences muscle function and the risk of strain injury. This study aimed to investigate the acute effects of 1 MHz ultrasound stimulation on the passive muscle stiffness of t...
The efficacy of carbon fiber insoles to enhance mechanical leverage during walking does not vary with navicular drop-derived foot mobility [0.03%]
碳素纤维鞋垫通过足弓塌陷程度测定法对步态期间机械杠杆的作用效应不受步行时脚步活动范围的影响
Aubrey J Gray,Benit Namahoro Jabo,Kota Z Takahashi et al.
Aubrey J Gray et al.
Many age-related gait changes (i.e., shorter steps, slower speeds, higher metabolic rate, instability) may be precipitated at least in part by reduced push-off intensity and a diminished ability to regulate foot-ankle leverage during walkin...
Erratum to "Residual strains in human versus animal aortas: a reconciliation of apparent differences" [J. Biomech. 205 (2026) 113410] [0.03%]
关于“人类与动物主动脉的残余应变：看似不同的调和”一文的勘误[J. Biomech. 205 (2026) 113410]
Dimitrios P Sokolis
Dimitrios P Sokolis
Published Erratum
Journal of biomechanics. 2026 Aug 10:113518. DOI:10.1016/j.jbiomech.2026.113518 2026
Erratum to "Residual strains in human versus animal aortas: a reconciliation of apparent differences" [J. Biomech. 205 (2026) 113410] [0.03%]
关于“人体和动物主动脉的残余应变：表观差异的调和”一文的勘误通知书
Dimitrios P Sokolis
Dimitrios P Sokolis
Published Erratum
Journal of biomechanics. 2026 Aug 10:113518. DOI:10.1016/j.jbiomech.2026.113518 2026
Multivariate analysis of between- and within-athlete technical variability during pole vault [0.03%]
对撑杆跳高运动员间和运动员内技术变异性的多变量分析
James Baker,Arlo Hook,Aaron Balloch et al.
James Baker et al.
Current literature has yet to fully examine the complex nature of centre of mass (COM) movement in relation to pole bend mechanics during the pole-support phase of pole vault. We describe these related variables as functional time series. E...
Self-paced treadmill speed differentially affects gait variability and stability in walking and running [0.03%]
自主调节速度对步行和跑步步态变异性和稳定性的影响不同
Cagla Kettner,Michael Herzog,Thorsten Stein
Cagla Kettner
Self-paced treadmills allow individuals to continuously regulate belt speed and may more closely replicate overground locomotion than fixed-speed conditions. However, their effects on gait variability and stability, particularly during runn...