😃 In a new article published in J Biomech, Na et al. examine if the pressure losses in non-stenotic regions are physiologically significant, and if so, evaluate their influence on fractional flow reserve estimation. 👀 buff.ly/EUWo9gT

😃 In a new article published in J Biomech, Roggero et al. demonstrate that lumbar spinal stenosis significantly alters cerebrospinal fluid dynamics, with localized changes in pressure, velocity, and shear stress particularly in severe cases. 👀 buff.ly/92xAxrT

😃 In a new article published in J Biomech, Phan et al. found that both natural-environment and laboratory-based knee extension excursion asymmetry decrease from three to nine months after ACLR, but symmetry restoration strategy was different in the two environments. 👀 buff.ly/EVuHBAT

😃 In a new article published in J Biomech, Bussey et al. show that anthropometric scaling exerts a substantial influence on iMG-derived BICs and threshold-based classifications of head-impact severity. 👀 buff.ly/ys9ovLU

😃 In a new article published in J Biomech, Jones et al. test if people wearing vests loaded with 0%, 15%, and 30% body weight can lower peak vertical ground reaction force using vGRF feedback, and whether those gait changes reduce peak tibiofemoral contact force and impulse. 👀 buff.ly/SgHyX9s

😃 In a new article published in J Biomech, Valerio et al. identified for the first time the most important parameters to be personalized when using mice musculoskeletal models. 👀 buff.ly/jeaO7MI

😃 In a new article published in J Biomech, Paz et al. investigated the effect of personalizing the contact surfaces and ligament insertion points in MSK models on capturing changes in contact mechanics during a real-time biofeedback intervention during the stance phase of walking. 👀 buff.ly/b21TQSK

😃 In a new article published in J Biomech, Paulus et al. provide insights into control of dynamic balance when a single arm is restricted from movement and therefore unable to contribute dynamically. 👀 buff.ly/ybdmF4o

😃 In a new article published in J Biomech, Gourgoulis et al. show that breaststroke lower-limb kinematics adapt to swimming intensity primarily through a temporal reorganization of phase durations and coordination timing, rather than substantial changes in joint ranges of motion. 👀 buff.ly/tIaPv5r

😃 In a new article published in J Biomech, Wijekoon et al. investigated the validity and reliability of COM estimates from Theia3D markerless motion capture across three quiet standing tasks in a healthy adult population. 👀 buff.ly/gN980wi

😃 In a new article published in J Biomech, Badal et al. generated a unique dataset of geometries, mechanical behaviors, and in vivo axial stretches at different locations along the length of the aorta for swine. 👀 buff.ly/koNkjWv

😃 In a new article published in J Biomech, Kheshti et al. aimed to design a unique mechanical testing device aligned with the ISB coordinate system and compatible with clinical imaging. 👀 buff.ly/XapusUp

😃 In a new article published in J Biomech, Ferencz et al. is the first study to systematically evaluate the frequency response and simulation accuracy of multiple lung simulation devices. 👀 buff.ly/Rusr1W3

😃 In a new article published in J Biomech, Chafetz et al. indicate that markerless motion capture is suitable for analyses emphasizing sagittal deviations but remains limited for applications requiring axial or frontal-plane estimation in children with complex gait patterns. 👀 buff.ly/o7n4hYm

😃 In a new article published in J Biomech, Pydi et al. implemented both geometry and fiber orientations into a computational framework to better understand tendon mechanics and the role of strain heterogeneity. 👀 buff.ly/xRuFf3p

😃 In a new article published in J Biomech, Nutarelli et al. provide novel data on the between-session reliability of the flywheel hip extension and flywheel leg curl tests and their associations with isokinetic hamstring strength. 👀 buff.ly/gdnDlvO

😃 In a new article published in J Biomech, Yanagida et al. suggest that changes in RF length induced by hip-joint manipulation produce site-dependent mechanical responses in the VL, potentially implying the existence of epimuscular myofascial force transmission in men. 👀 buff.ly/7zvPVeO

😃 In a new narrative review published in J Biomech, Kingma et al. clarify to what extent effects of an exoskeleton on low back load can be misinterpreted when relying on EMG without correction for muscle length, contraction velocity, and abdominal muscle activation. 👀 buff.ly/1qMWDXK

😃 In a new article published in J Biomech, Yamamoto et al. demonstrate a qualitative spatial–temporal association between flow-induced high-frequency wall vibrations and growth of the VBDA, supporting the hypothesis that wall vibrations may act as a mechanobiological stimulus. 👀 buff.ly/eyidQzh

😃 In a new article published in J Biomech, Ganguly et al. elucidate that substrate stiffness and topography jointly mediate cellular mechanical responses at the cell-scaffold interface, and these effects can be quantified using an integrated experimental and FE framework. 👀 buff.ly/FB76PlZ

😃 In a new article published in J Biomech, Meilak et al. present subtalar joint axis alignment in cerebral palsy for the first time. 👀 buff.ly/dcYCLVf

😃 In a new article published in J Biomech, Tang et al. reveal a time-dependent decoupling of electromechanical behavior in septic bone, providing microscale insights into bone pathophysiology with potential implications for early diagnosis and intervention. 👀 buff.ly/3yEgnbl

😃 In a new article published in J Biomech, Pan et al. suggest that long-range dependencies in multi-tissue coupled knee contact are not primarily achieved through deeper or more repeated local diffusion. 👀 buff.ly/71oEvzT

😃 In a new article published in J Biomech, Rande et al. evaluated the usability of markerless motion analysis and demonstrated that some, but not all, styles of clothing can be worn during a markerless 3D gait analysis without adversely impacting gait kinematics in children. 👀 buff.ly/169MUx1

😃 In a new article published in J Biomech, Amoakon et al. underscore that anatomical correction, while essential, is unlikely to fully resolve the biomechanical complexity of developmental dysplasia of the hip. 👀 buff.ly/Hn6wi1T

😃 In a new article published in J Biomech, Xu et al. suggest that the Achilles tendon’s complex multiscale architecture is key to its unique mechanical function, yet most current repair strategies and scaffolds fail to recapitulate these features, leading to poor clinical outcomes. 👀 buff.ly/U8AX4u5

😃 In a new article published in J Biomech, Karbalaie et al. suggest that machine learning models can classify fear of re-injury after ACLR with very high accuracy, using EMG-derived features alone and additional improvements in a multimodal approach integrating biomechanical data. 👀 buff.ly/UvdH2Tz

😃 In a new article published in J Biomech, Bruna-Lázaro et al. suggest that added weight induced changes across impact-related acceleration variables in both time and frequency domains, whereas cadence and the interaction between both factors showed more limited overall effects. 👀 buff.ly/AoD9au4

😃 In a new article published in J Biomech, Chen et al. suggest that rehabilitation aimed at restoring walking in stroke patients should focus on improving coordination of the unaffected hip–knee joints and the affected limb to reduce fall risk across different walking conditions. 👀 buff.ly/NT7WwRY

We are excited to report our new IF of 2.90 and to acknowledge the efforts of the authors, reviewers, and editors who have maintained the high quality of the work we publish in J Biomech.