😃 In a new article published in J Biomech, Keles et al. is the first to directly characterize both passive and electrically evoked active tibialis anterior muscle force-ankle angle relationships in patients with neurogenic and idiopathic foot deformities. 👀 buff.ly/yArqiBl

😃 In a new article published in J Biomech, Li et al. used nanoindentation mapping across anatomical quadrants and developmental stages to measure mechanical properties of developing mouse tibiae. They found age is the main factor affecting bone mechanics. 👀 buff.ly/jIs5ojz

😃 In a new article published in J Biomech, Francalanci et al. show changes in muscle activities and synergy patterns, marked by the emergence of compensatory roles for scapular stabilisers and the deltoid, which highlight the disruption of motor control associated with MRCT. 👀 buff.ly/Txw21D1

😃 In a new article published in J Biomech, Zero et al. show initial pre‑activation muscle length doesn’t significantly change the stretch–shortening cycle in permeabilized single fibres; non–cross‑bridge elements like titin were unlikely altered by starting length. 👀 buff.ly/eFwJbQe

😃 In a new article published in J Biomech, Kamble et al. introduce a magnetically actuated microrobotic platform for localized microscale mechanophenotyping of biopsy-derived cancer tissues with minimal prep and compatibility with hydrated environments. 👀 buff.ly/eiGbqcA

😃 In a new article published in J Biomech, Iitake et al. clarified that the side-volley kick employs a different kinetic strategy to generate the total interaction torque compared to the instep kick in soccer. 👀 buff.ly/8EOLkh9

😃 In a new article published in J Biomech, Jenkins et al. determine the optimal number of daily cycles of dynamic tensile loading for in vitro human adipose stem cell (hASC) cultured on poly(ε-caprolactone) 3D meltblown scaffolds. 👀 buff.ly/ywirU8P

😃 In a new article published in J Biomech, Yildirim et al. show successful use of sEMG in the prediction of ankle kinematics and kinetics also for a highly demanding motion such as stair ascending, but also show that a practical variation may not be applicable for this motion. 👀 buff.ly/5vF94o2

😃 In a new article published in J Biomech, van Dieën et al. show that, in human walking, linear and angular momentum in walking follow quasi-periodic functions with similar periodicity and phase, supporting their simultaneous control. 👀 buff.ly/H7EalVC

😃 In a new article published in J Biomech, Nishizawa et al. evaluated the performance of a newly developed thin-film shear force distribution sensor for measuring plantar loading during human walking. 👀 buff.ly/3NbbHf9

😃 In a new article published in J Biomech, Nishizawa et al. evaluated the performance of a newly developed thin-film shear force distribution sensor for measuring plantar loading during human walking. 👀 buff.ly/3NbbHf9

😃 In a new article published in J Biomech, Wang et al. developed a 4-camera markerless system using a video database of individuals with OA. It accurately predicts keypoints and sagittal-plane lower-limb joint angles but is less accurate in frontal and transverse planes. 👀 buff.ly/vIQqqIi

😃 In a new article published in J Biomech, Ayala et al. found different spatial patterns in knee vs ankle cartilage after traumatic injury. Knee damage plateaued in the middle zone, while the ankle's middle zone showed a slight rise in shear strain and chondrocyte damage. 👀 buff.ly/7hjlFPz

😃 In a new article published in J Biomech, Steudel et al. provided a characterization of the biomechanical demands of running and the Nordic hamstring exercise that can help guide future exercise studies that examine how the two training modalities affect muscle–tendon adaptation. 👀 buff.ly/hDNCFoz

😃 In a new article published in J Biomech, Sakuma et al. provided evidence of an acceleration attenuation mechanism from the lower trunk to the head during walking, as determined by joint torque and power analysis. 👀 buff.ly/BWb6KZZ

😃 In a new article published in J Biomech, Jiang et al. demonstrate that infraglottal implants can enhance both sound pressure level and vocal efficiency when the insertion depth exceeds a certain threshold. 👀 buff.ly/Wke2GeY

🥓 Are the medial & lateral gastrocnemius muscles identical? ✍️ The evidence suggests no. In this perspective article @francoishug.bsky.social and I summarise this evidence and reanalysed own data. 🟢 Freely available for 50 days! www.sciencedirect.com/science/arti...

😃 In a new article published in J Biomech, Zamora-Perarnau et al. established a methodological framework for future in silico investigations of feline lower airway disease providing preliminary physiologically and clinically relevant insights. 👀https://buff.ly/TKRMM0U

😃 In a new article published in J Biomech, Geusebroek et al. investigated how elongation of the passive rat medial gastrocnemius muscle–tendon unit in the intact limb is distributed across distal tendon and muscle-belly, fibers and sarcomeres. 👀https://buff.ly/DzWsilE

😃 In a new article published in J Biomech, Zhang et al. show that landing with foot abduction and initial lateral heel contact realigns force vectors, reducing knee joint loading. It promotes a shift from single-joint control to a multi-joint kinetic-chain synergy. 👀https://buff.ly/k7pXizM

😃 In a new article published in J Biomech, Xie et al. show that mesenchymal stem cells can discriminate between distinct elements of mechanical load and translate these signals into distinct adaptive responses. 👀https://buff.ly/E6zzRwY

😃 In a new article published in J Biomech, Ukigai et al. found that hip extension, knee flexion, and ankle dorsiflexion during the latter part of the single-leg support phase affect gait speed by mediating propulsive force in post-stroke patients. 👀https://buff.ly/PEmqWlB

😃 In a new article published in J Biomech, Moissenet et al. highlight the value of average rotation matrices for enhancing data interoperability and reproducibility in shoulder biomechanics research. 👀https://buff.ly/HGatrp9

😃 In a new article published in J Biomech, Brice et al. tested the hypothesis that guided falls and full dummy falls are kinematically similar. 👀https://buff.ly/NJieBqr

😃 In a new article published in J Biomech, Yoganandan et al. developed acceleration-time response corridors for small females under oblique impact loading. 👀 buff.ly/vcaN3CM

😃 In a new article published in J Biomech, Stingel et al. show that peak compressive knee contact forces were significantly reduced when participants ran with the exotendon, whereas no changes were detected in other contact forces. 👀https://buff.ly/UXiwLWj

😃 In a new article published in J Biomech, Klooster et al. demonstrate the feasibility of using neural networks to replicate patient-specific musculoskeletal behavior for implant alignment optimization. 👀https://buff.ly/WyEesFf

😃 In a new article published in J Biomech, Ross et al. emphasize the need for muscle models that represent aponeurosis and tendon as separate structures, reflecting their unique mechanical behaviours and roles during contraction. 👀https://buff.ly/3waxf8I

😃 In a new article published in J Biomech, Corman et al. show that personalization of biomechanical models affects simulation joint contact forces. Therefore, model personalization is beneficial for quantifying internal loading and evaluating training interventions. 👀https://buff.ly/oaiqu0S

😃 In a new article published in J Biomech, Ghaderi et al. present a broadband surface-wave elastography approach for estimating shear wave speeds in a three-layer soft sample using a scanning laser Doppler vibrometer (LDV). 👀 buff.ly/reW9VRR

😃 In a new article published in J Biomech, Saviour et al. used a novel multiscale mechanobioregulatory framework to investigated the spatio-temporal evolution of tissue ingrowth in an optimally designed functionally graded porous acetabular component. 👀https://buff.ly/Y41fWZi

😃 In a new article published in J Biomech, Heino et al. suggest that barefoot pressure data may overestimate high-risk regions that do not display elevated in-shoe pressures. 👀https://buff.ly/PVYaV41

😃 In a new article published in J Biomech, Arachchige et al. suggest that while HAM remains a reliable surrogate for hip joint loading in walking, its relationship with HJRF is diminished during running, particularly when the foot progression angle is externally rotated. 👀https://buff.ly/vmlAIFF

😃 In a new article published in J Biomech, Vandenberg et al. demonstrate that movement symmetry is feasible for transfemoral BAL users and that movement patterns changes are associated with increased amputated limb muscle forces, resulting in more symmetrical joint loading. 👀https://buff.ly/LBrpa6S

😃 In a new article published in J Biomech, Waugh et al. indicate that caution is warranted when interpreting MyotonPRO-derived stiffness, which may not reflect the same functional properties captured by tensile measurements of stiffness. 👀https://buff.ly/ENRNkud

😃 In a new article published in J Biomech, Salvadore et al. identify and compare the module composition of skipping and running and determine the module generalization present across these two gaits. 👀https://buff.ly/P9ShgXQ

😃 In a new article published in J Biomech, Shen et al. establish a biophysical proof of concept that ultrasonic speed reflects pressure-dependent mechanical behavior within a clinically relevant range. 👀https://buff.ly/JOhcAet

😃 In a new article published in J Biomech, Alexander et al. identify the most prominent gait patterns in children with torsional deformities. The analysis showed that patients could be divided into four clusters. 👀https://buff.ly/wy1sone

😃 In a new article published in J Biomech, Hugues et al. use Shear Wave Elastography to compare flexor digitorum profundus, flexor digitorum superficialis, and extensor digitorum communis contraction between crimp and slope grips during flexion fingertip force exertion. 👀https://buff.ly/Vn8Vlw0

😃 In a new article published in J Biomech, Nienhuis et al. describe a novel method to identify events during the lunge exercise using kinematic data, specifically using heel velocity relative to the pelvis. 👀https://buff.ly/l6FvjKR

😃 In a new article published in J Biomech, Ikeda et al. suggest that combined active knee exercise and high-intensity continuous ultrasound is a safe, effective short-term intervention to reduce infrapatellar fat pad stiffness and improve gliding. 👀https://buff.ly/sqYb4Da

😃 In a new article published in J Biomech, Hosseini et al. suggest that artificial neural networks offer promising alternatives to complex biomechanical simulations, potentially facilitating their integration into occupational risk assessment frameworks. 👀 buff.ly/SWDbowL

😃 In a new article published in J Biomech, Penedo et al. show that exercise-induced fatigue impairs postural control in young healthy adults, increasing body sway and decreasing muscle activity acutely; the body sway remains increased for a short- and long-lasting stages. 👀 buff.ly/Cf3dghu

😃 In a new article published in J Biomech, Kobayashi et al. highlight the importance of individualized ankle-foot orthosis tuning and bilateral gait assessment in post-stroke rehabilitation to enhance gait symmetry and overall performance. 👀 buff.ly/oTFNMXn

😃 In a new article published in J Biomech, Armitage et al. suggest focus on bony regions during dynamic activity to further investigate the development of tissue-safe pressure thresholds or ranges for clinical assistance, possibly on an individual-by-individual basis. 👀 buff.ly/ca7InPD

😃 In a new article published in J Biomech, Hirono et al. provide a crucial biomechanical basis for developing more targeted and effective training interventions designed to enhance curve sprinting capabilities by addressing the unique roles of each leg. 👀 buff.ly/ATIqi1B

😃 In a new article published in J Biomech, Zhao et al. review the literature to offer a distinct synthesis by focusing on the synergistic interplay between two critical, yet underappreciated, mechanical forces: solid stress and fluid pressure. 👀https://buff.ly/9U12BT3

😃 In a new article published in J Biomech, Zeng et al. support the biomechanical rationale for supine straight-leg thrust as a targeted exercise for addressing joint dysfunction in knee osteoarthritis rehabilitation. 👀 buff.ly/Z2zJimw

😃 In a new article published in J Biomech, Zhang et al. demonstrate that heat exposure significantly enhances aortic hemodynamics and may serve as a non-pharmacological strategy to improve arterial function. 👀 buff.ly/ItJtysl

😃 In a new article published in J Biomech, Cui et al. highlight the importance of biomechanics and mechanobiology in understanding pedicle screw loosening mechanisms and guiding development of prediction and prevention strategies. 👀https://buff.ly/mGEE2J0