
biomechanics


Heart disease can change the genetic structure of heart cells. Understanding the role that mechanical forces play in these changes could lead to improvements in artificial tissue design.
The narwhal's defining feature – its continuously growing tusk – is the only straight structure of its kind seen in nature. Now, scientists have cracked the code on how these elusive Arctic whales grow such an impressive and unique tool. Continue Reading Category: Biology , Science , Refractor: Science & Health Tags: Marine Biology , Whale , Marine Innovations , Tools , Biomechanics , Sensory , T…
Scientific Data, Published online: 17 August 2026; doi:10.1038/s41597-026-07799-8 GaitIntent: A Kinematic Dataset Focusing on Steady-State to Transitional Locomotion for Lower-Limb Motion Rehabilitation

Seattle quarterback Sam Darnold is an NFL leader when it comes to "spin rate," a measurement of rotations of a football while it's in flight that helps produce a tighter spiral. Read More
Dr. Rajandeep Sekhon leads the Clemson University team participating in a four-year, $6 million National Science Foundation collaborative grant for the project “Collaborative Research: FEC: Converging AI, Biomechanics, and Genomics to Engineer Lodging Resilient Field Crops.” Dr. James Morris is part of a team that was awarded a NIH grant, “Optimization of N. fowleri inhibitors […]
Scientific Data, Published online: 08 August 2026; doi:10.1038/s41597-026-07791-2 A Multimodal Dataset for Clinical Gait Analysis compromising Optical Motion Capture and Textual Gait Analyses from Patients undergoing Total Knee Arthroplasty

Cardan angle sequences are widely used to describe three-dimensional joint rotations in the foot and ankle, but differences in rotation order can complicate interpretation, especially in joints with multiplanar motion. This study systematically evaluated the influence of Cardan sequence selection on the kinematics of the tibiotalar, talofibular, tibiofibular, subtalar, and talonavicular joints us…

Lower extremity loss affects nearly 150,000 individuals in the United States yearly yielding extreme health care costs annually. Typically, prosthetic devices are prescribed for 5-8 years despite known changes to an individual’s gait as time progresses. Patients can expect to undergo approximately 8-12 weeks of gait retraining to improve their comfort and efficiency. Biomechanical changes occur w…
American Journal of Biochemistry and Biotechnology, Published online: 20 July 2026; doi:10.3844/ajbbsp.2026.22.02.024 Aiming at the problems of marker positioning error, soft tissue interference, and insufficient personalized modeling ability in traditional gait analysis, this study proposes a gait assessment method ...
IntroductionRib fractures result in significant morbidity and mortality of equine neonates. Various methods to repair these fractures have been described but biomechanical testing in immature equine neonatal bone has not been performed. The study objective was to compare strength, stiffness, and mode of failure for four different methods of equine neonatal rib fracture repair.MethodsRibs were ran…
Previously, researchers created electrical implants to control cockroaches' movements for search-and-rescue missions. Now, they've made 3D-printed suits that provide oxygen, allowing the critters to survive submerged for up to three hours
Scientific Reports, Published online: 04 July 2026; doi:10.1038/s41598-026-59989-4 Pose-derived biomechanical feature profiling and proxy pattern classification of basketball player movements

A new study gives cockroaches an extraordinary capability that sounds more like science fiction than science. The technology could prove useful where conventional tools struggle.

The insects walked underwater for hours, a step toward search-and-rescue swarms.
Scientific Data, Published online: 30 June 2026; doi:10.1038/s41597-026-07662-w An IMU and sEMG dataset of induced stumble events during treadmill walking in transfemoral amputees

Purpose Porcine cervical spines are commonly used as a surrogate for human lumbar spines due to their similar anatomic and mechanical characteristics. Despite their use in spinal biomechanics research, porcine annulus fibrosus (AF) yield and ultimate properties have not been fully evaluated. This study sought to provide a novel dataset of elastic, yield, and ultimate properties of the porcine AF …

Purpose Understanding how spinal orientation affects injury outcome is essential to understand lumbar injury biomechanics associated with high-rate vertical loading. Methods Whole-column human lumbar spines (T12–L5) were dynamically loaded using a drop tower to simulate peak axial forces associated with high-speed aircraft ejections and helicopter crashes. Spines were allowed to maintain natural …
UF alumna Erin Jackson reflects on balancing Olympic competition with engineering studies, carrying the U.S. flag in Milan and returning to the classroom to pursue a future in biomechanics.

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