A new study integrates robotic exoskeletons with therapist-patient interaction to create a more personalized and effective approach to stroke rehabilitation. The therapy, called TEPI, has been shown to improve joint range of motion, step length, and muscle activation compared to conventional therapy.
A new study predicts postoperative complications in children up to three days before formal diagnosis using wearable device data and novel metrics related to circadian rhythms. The results show 91% sensitivity and 74% specificity, indicating potential for facilitating faster treatment and care.
New research directly measures human muscle contractile properties, revealing that extrapolating animal data to humans based on size is inaccurate. The study finds that human muscle fiber-specific tension is 24% smaller than traditionally used in small mammals.
A team of scientists has developed a novel, implantable drug delivery system that can be controlled by external light sources and is absorbable by the body. This technology has promising implications for treating various medical conditions, including pain management and cancer treatment.
The study combines osseointegration, TMR, and pattern-recognition control to operate a fully powered bionic leg prosthesis, aiming to restore intuitive control and comfort for those with lower-limb amputations. The device has the potential to provide unprecedented control and comfort for users.