In this research, a new remote rehabilitation system was developed that integrates an IoT-based connected robot intended for wrist and forearm rehabilitation. In fact, the mathematical model of the wrist and forearm joints was developed and integrate...
3 January 2022
Exposure to ergonomic risk factors has been reported for laboratory workers over decades. However, these exposures are not well characterized with respect to the type of laboratory or work organization. This study compared biomechanical exposure to u...
The wrist is by far the most differentiated section of the musculoskeletal system. The spectrum of wrist injuries ranges from minor injuries to complex traumas with simultaneous loss of functions, resulting in enormous economic costs. A proper unders...
The human wrist joint is an elegant mechanism. The wrist allows the positioning and orienting of the hand to the forearm. The computational modeling of the human hand, especially of the wrist joint, can reveal important information about biomechanica...
This study aimed to explore the effects of fatigue on the kinematic parameters and performance of the tennis serve, specifically speed and accuracy. Xsens inertial measurement units (IMUs) were used to obtain the kinematic parameters of the tennis se...
The thumb and transverse carpal ligament (TCL) have an anatomical connection and biomechanical interaction. Understanding the in vivo mechanics of this interaction is valuable for the study of hand and wrist biomechanics. The objective of this study...
A classifier is commonly generated for multifunctional prostheses control or also as input devices in human–computer interfaces. The complementary use of the open-access biomechanical simulation software, OpenSim, is demonstrated for the hand-m...
Background/Objectives: Pediatric distal diametaphyseal radius fracture (DDRF) occurs in a challenging transitional zone between the metaphysis and diaphysis, presenting distinct biomechanical characteristics. This study compared outcomes of plate ver...