Camel Tissue Emerges as Surprising Contender for Rebuilding the Human Knee
A comparative study finds that decellularized camel meniscus scaffolds match human tissue in compressive strength and outperform both human and ...
A comparative study finds that decellularized camel meniscus scaffolds match human tissue in compressive strength and outperform both human and ...
By pairing friction experiments with sample-specific computer models of human knee cartilage, researchers show that brief lift-off phases sustain the ...
A variational autoencoder trained only on healthy motion capture data can distinguish sex, speed and gait type while generating realistic ...
A computational modeling study reveals that proprioceptive nerve signals from the ankle fire in altered temporal patterns during gait initiation ...
A combined cadaveric, computational, and patient-specific study reveals that the biphasic plate's stresses shift from its central meander to its ...
A cable-driven perturbation study found above-knee amputees fell 45 times while non-amputees never fell, revealing that prosthetic knee limitations force ...
A wearable-sensor study finds that people with multiple sclerosis show impaired gait coordination from the first minute of the six-minute ...
Researchers have developed a patient-specific finite-element framework that predicts aortic growth in type B aortic dissection with under 4 percent ...
A new ex vivo study of human leg arteries shows that orbital atherectomy, while improving lumen volume and compliance, consistently ...
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© 2025 Scienmag - Science Magazine