Restoration of Sensorimotor Functions with Neuroprosthetics The goal of my research program is to develop a reliable neural interface capable of controlling dextrous prosthetic devices. Specifically, I develop neuromechanical models for real-time online processing or recorded neural signals. This work leads to the development of optimization algorithms for improving the performance of model and prosthesis control to promote rehabilitation after stroke and spinal cord injury. Sergiy Yakovenko Exercise Physiology 304-293-7316 seyakovenko@hsc.wvu.edu
Creation of Biomimetic Microenvironments for Regenerative Medicine and Drug Discovery Our research focus is on developing polymer micro-/nanoengineering technologies to produce a modular cell culture platform with well-defined micro-/nanotopographies, substrate elasticity, and flow-induced mechanical forces in a biomimetic manner. With the fundamental understanding of biomechanical modulation of cell phenotypes and functions, we aim at regulating long-term stem cell growth and differentiation for regenerative medicine and developing in vitro disease models for cancer research and Alzheimer’s disease. Yong Yang Chemical Engineering 304-293-0567 Yong.yang@mail.wvu.edu
Molecular Biology and Development of Oocyte and Early Embryos Identification and functional characterization of key oocyte-specific genes/ microRNAs that play important roles in oogenesis and early embryonic development in cattle and rainbow trout. Jianbo Yao Animal & Nutritional Sciences 304-293-1948 Jianbo.yao@mail.wvu.edu
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