Journal of Biomechanics
@jbiomech.bsky.social
Official Bluesky feed of the Journal of Biomechanics
Editors-in-Chief: Frank Gijsen, Stephen Piazza, and Saeed Shirazi-Adl.
Posts by Associate Editor: Felipe Carpes.
Editors-in-Chief: Frank Gijsen, Stephen Piazza, and Saeed Shirazi-Adl.
Posts by Associate Editor: Felipe Carpes.
😃 In a new article published in J Biomech, Arauz et al. suggest that lift-specific biomechanical signatures provide a foundation for optimizing strength and power development, refining technical coaching cues, and informing injury-prevention strategies.
👀https://buff.ly/cgrDqha
👀https://buff.ly/cgrDqha
February 15, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Arauz et al. suggest that lift-specific biomechanical signatures provide a foundation for optimizing strength and power development, refining technical coaching cues, and informing injury-prevention strategies.
👀https://buff.ly/cgrDqha
👀https://buff.ly/cgrDqha
😃 In a new article published in J Biomech, Karashima et al. suggest that site-specificity may arise due to differing roles of IGF-1 in growth of jaw versus appendicular bone.
👀https://buff.ly/M7Wcu0z
👀https://buff.ly/M7Wcu0z
February 15, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Karashima et al. suggest that site-specificity may arise due to differing roles of IGF-1 in growth of jaw versus appendicular bone.
👀https://buff.ly/M7Wcu0z
👀https://buff.ly/M7Wcu0z
😃 In a new article published in J Biomech, Silva et al. show that shear wave elastography proved effective in detecting changes in BB stiffness, supporting its application in training and rehabilitation studies.
👀https://buff.ly/bjKEKZs
👀https://buff.ly/bjKEKZs
February 14, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Silva et al. show that shear wave elastography proved effective in detecting changes in BB stiffness, supporting its application in training and rehabilitation studies.
👀https://buff.ly/bjKEKZs
👀https://buff.ly/bjKEKZs
😃 In a new article published in J Biomech, Reeser et al. suggest that Down syndrome heart development in the DP16 mouse model is perturbed by increases in tissue stiffness that is consistent with DS-regulated expression of ECM proteins.
👀https://buff.ly/2hvCOUA
👀https://buff.ly/2hvCOUA
February 14, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Reeser et al. suggest that Down syndrome heart development in the DP16 mouse model is perturbed by increases in tissue stiffness that is consistent with DS-regulated expression of ECM proteins.
👀https://buff.ly/2hvCOUA
👀https://buff.ly/2hvCOUA
😃 In a new article published in J Biomech, Luo et al. suggest that while carbon-plated shoes enhance propulsion efficiency, the restricted distal mobility, especially under fatigue, increases compensatory loading and injury risk in proximal joints.
👀https://buff.ly/oD5oByg
👀https://buff.ly/oD5oByg
February 13, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Luo et al. suggest that while carbon-plated shoes enhance propulsion efficiency, the restricted distal mobility, especially under fatigue, increases compensatory loading and injury risk in proximal joints.
👀https://buff.ly/oD5oByg
👀https://buff.ly/oD5oByg
😃 In a new article published in J Biomech, Trentadue et al. propose a pipeline for processing and analyzing joint arthrokinematics derived from 4DCT data using applications to the distal radioulnar joint.
👀https://buff.ly/Dq3W9ic
👀https://buff.ly/Dq3W9ic
February 13, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Trentadue et al. propose a pipeline for processing and analyzing joint arthrokinematics derived from 4DCT data using applications to the distal radioulnar joint.
👀https://buff.ly/Dq3W9ic
👀https://buff.ly/Dq3W9ic
😃 In a new article published in J Biomech, Marrone et al. suggest significant alteration of all the gait metrics in the presence of vibration, but the step width and cadence resulted in the most affected.
👀https://buff.ly/wlYMopT
👀https://buff.ly/wlYMopT
February 12, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Marrone et al. suggest significant alteration of all the gait metrics in the presence of vibration, but the step width and cadence resulted in the most affected.
👀https://buff.ly/wlYMopT
👀https://buff.ly/wlYMopT
😃 In a new article published in J Biomech, Sánchez et al. suggest the design and interpretation of future split-belt adaptation studies can benefit from careful consideration of the analyses from center of mass velocity and stride speed.
👀https://buff.ly/nTRdZW5
👀https://buff.ly/nTRdZW5
February 12, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Sánchez et al. suggest the design and interpretation of future split-belt adaptation studies can benefit from careful consideration of the analyses from center of mass velocity and stride speed.
👀https://buff.ly/nTRdZW5
👀https://buff.ly/nTRdZW5
😃 In a new article published in J Biomech, Garcia et al. suggest that standardized hip strength assessments are needed to ensure consistent MVIC values, enhancing comparisons between methodologies and their application in injury prevention and performance evaluation.
👀https://buff.ly/9Y2TOY4
👀https://buff.ly/9Y2TOY4
February 11, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Garcia et al. suggest that standardized hip strength assessments are needed to ensure consistent MVIC values, enhancing comparisons between methodologies and their application in injury prevention and performance evaluation.
👀https://buff.ly/9Y2TOY4
👀https://buff.ly/9Y2TOY4
😃 In a new article published in J Biomech, Inagaki et al. suggest new insights for future bone regenerative medicine research utilizing three-dimensional culture models.
👀https://buff.ly/VMjaEm6
👀https://buff.ly/VMjaEm6
February 11, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Inagaki et al. suggest new insights for future bone regenerative medicine research utilizing three-dimensional culture models.
👀https://buff.ly/VMjaEm6
👀https://buff.ly/VMjaEm6
😃 In a new article published in J Biomech, MO et al. suggest that reduced plantar tissue modulus in diabetic peripheral neuropathy patients may concentrate mechanical stress in deeper layers, increasing vulnerability to deep tissue injury.
👀https://buff.ly/w5jvfKC
👀https://buff.ly/w5jvfKC
February 10, 2026 at 8:12 PM
😃 In a new article published in J Biomech, MO et al. suggest that reduced plantar tissue modulus in diabetic peripheral neuropathy patients may concentrate mechanical stress in deeper layers, increasing vulnerability to deep tissue injury.
👀https://buff.ly/w5jvfKC
👀https://buff.ly/w5jvfKC
😃 In a new article published in J Biomech, Li et al. emphasize the importance of collagen content and fiber orientation in determining the strain-rate dependence of liver tissue, offering valuable insights for future research on injury mechanisms and model selection.
👀https://buff.ly/kcF6IUD
👀https://buff.ly/kcF6IUD
February 10, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Li et al. emphasize the importance of collagen content and fiber orientation in determining the strain-rate dependence of liver tissue, offering valuable insights for future research on injury mechanisms and model selection.
👀https://buff.ly/kcF6IUD
👀https://buff.ly/kcF6IUD
😃 In a new article published in J Biomech, Yamakawa et al. suggest that swimmers with higher underwater undulatory swimming performance regulate shoulder and lower trunk movements to maintain an upper body position that minimises water resistance.
👀https://buff.ly/jFr8slt
👀https://buff.ly/jFr8slt
February 9, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Yamakawa et al. suggest that swimmers with higher underwater undulatory swimming performance regulate shoulder and lower trunk movements to maintain an upper body position that minimises water resistance.
👀https://buff.ly/jFr8slt
👀https://buff.ly/jFr8slt
😃 In a new article published in J Biomech, Los et al. suggest that running might pose less risk for mechanical failure of the bone-implant system than earlier perceived.
👀https://buff.ly/1E5YeLE
👀https://buff.ly/1E5YeLE
February 9, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Los et al. suggest that running might pose less risk for mechanical failure of the bone-implant system than earlier perceived.
👀https://buff.ly/1E5YeLE
👀https://buff.ly/1E5YeLE
😃 In a new article published in J Biomech, Miyamoto et al. show a significant association between knee abduction angle during single-leg landing and the EMG rise 50 ms during concentric contraction of hip abduction between 0° and 45° on the dynamometer.
👀https://buff.ly/RPfdhqD
👀https://buff.ly/RPfdhqD
February 8, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Miyamoto et al. show a significant association between knee abduction angle during single-leg landing and the EMG rise 50 ms during concentric contraction of hip abduction between 0° and 45° on the dynamometer.
👀https://buff.ly/RPfdhqD
👀https://buff.ly/RPfdhqD
😃 In a new article published in J Biomech, Harðarson et al. show that plantarflexion work and power were reduced during single-leg hopping one year following Achilles tendon rupture, while muscle activation did not differ between the affected vs. unaffected leg.
👀https://buff.ly/qTSgRKt
👀https://buff.ly/qTSgRKt
February 8, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Harðarson et al. show that plantarflexion work and power were reduced during single-leg hopping one year following Achilles tendon rupture, while muscle activation did not differ between the affected vs. unaffected leg.
👀https://buff.ly/qTSgRKt
👀https://buff.ly/qTSgRKt
😃 In a new article published in J Biomech, Music et al. show that if arm motion is interrupted, walking energetics may degrade without the ability for compensation from other body segments due to pregnancy related strength changes.
👀https://buff.ly/CvXl5FV
👀https://buff.ly/CvXl5FV
February 7, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Music et al. show that if arm motion is interrupted, walking energetics may degrade without the ability for compensation from other body segments due to pregnancy related strength changes.
👀https://buff.ly/CvXl5FV
👀https://buff.ly/CvXl5FV
😃 In a new article published in J Biomech, Duncombe et al. provide a novel in-vivo method to non-invasively quantify paraspinal muscle fascicle orientation, length, and curvature
👀https://buff.ly/RhDbesw
👀https://buff.ly/RhDbesw
February 7, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Duncombe et al. provide a novel in-vivo method to non-invasively quantify paraspinal muscle fascicle orientation, length, and curvature
👀https://buff.ly/RhDbesw
👀https://buff.ly/RhDbesw
😃 In a new article published in J Biomech, Ferguson et al. show that using a validated MSFM model with reflective markers placed on the external surface of a pointe shoe can measure the biomechanics of the dancer’s foot en pointe with good accuracy.
👀https://buff.ly/OawLS53
👀https://buff.ly/OawLS53
February 6, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Ferguson et al. show that using a validated MSFM model with reflective markers placed on the external surface of a pointe shoe can measure the biomechanics of the dancer’s foot en pointe with good accuracy.
👀https://buff.ly/OawLS53
👀https://buff.ly/OawLS53
😃 In a new article published in J Biomech, Opolz et al. present models, based on easily measurable parameters, that can facilitate future investigations of natural locomotion in horses and offer important implications for exercise research and musculoskeletal disease.
👀https://buff.ly/C6GQpyV
👀https://buff.ly/C6GQpyV
February 6, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Opolz et al. present models, based on easily measurable parameters, that can facilitate future investigations of natural locomotion in horses and offer important implications for exercise research and musculoskeletal disease.
👀https://buff.ly/C6GQpyV
👀https://buff.ly/C6GQpyV
😃 In a new article published in J Biomech, Chesney et al. show that valgus and internal tibial tray orientations may contribute to anterior knee pain and that greater patellofemoral constraint elevates joint reactive forces.
👀https://buff.ly/WanawWo
👀https://buff.ly/WanawWo
February 5, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Chesney et al. show that valgus and internal tibial tray orientations may contribute to anterior knee pain and that greater patellofemoral constraint elevates joint reactive forces.
👀https://buff.ly/WanawWo
👀https://buff.ly/WanawWo
😃 In a new article published in J Biomech, Bradley et al. demonstrate tibiofemoral cartilage segmentation models for T1ρ MRI scans, while evaluating the utility of transfer learning with source models trained on similar tasks.
👀https://buff.ly/SS8pZ82
👀https://buff.ly/SS8pZ82
February 4, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Bradley et al. demonstrate tibiofemoral cartilage segmentation models for T1ρ MRI scans, while evaluating the utility of transfer learning with source models trained on similar tasks.
👀https://buff.ly/SS8pZ82
👀https://buff.ly/SS8pZ82
😃 In a new article published in J Biomech, Williams et al. show that a 12-session ankle exoskeleton-based resistance training intervention improves strength and mobility among older adults, including plantarflexor strength, walking speeds, and six-minute walking distance.
👀https://buff.ly/q9fPvjV
👀https://buff.ly/q9fPvjV
February 4, 2026 at 2:30 PM
😃 In a new article published in J Biomech, Williams et al. show that a 12-session ankle exoskeleton-based resistance training intervention improves strength and mobility among older adults, including plantarflexor strength, walking speeds, and six-minute walking distance.
👀https://buff.ly/q9fPvjV
👀https://buff.ly/q9fPvjV
😃 In a new article published in J Biomech, Sahani et al. characterize shear properties across skeletal muscles, providing a novel dataset to assign muscle properties in computational models and compare with image-based estimates of stiffness.
👀https://buff.ly/D2iNYLJ
👀https://buff.ly/D2iNYLJ
February 4, 2026 at 1:20 PM
😃 In a new article published in J Biomech, Sahani et al. characterize shear properties across skeletal muscles, providing a novel dataset to assign muscle properties in computational models and compare with image-based estimates of stiffness.
👀https://buff.ly/D2iNYLJ
👀https://buff.ly/D2iNYLJ
😃 In a new article published in J Biomech, Qiu et al. show that shear wave-based viscoelastic imaging may play as an additional new technique to evaluate liver viscosity and elasticity, and the combination of viscosity and elasticity enhance FLLs diagnosis.
👀https://buff.ly/yt3TDYY
👀https://buff.ly/yt3TDYY
February 3, 2026 at 8:12 PM
😃 In a new article published in J Biomech, Qiu et al. show that shear wave-based viscoelastic imaging may play as an additional new technique to evaluate liver viscosity and elasticity, and the combination of viscosity and elasticity enhance FLLs diagnosis.
👀https://buff.ly/yt3TDYY
👀https://buff.ly/yt3TDYY