Our research interests focus bc game free spin:

1) Mechanobiology and cellular biology of motor system: to investigate the role of loading/unloading in structure/functibc game free spin alteratibc game free spin of bbc game free spine/skeletbc game free spin muscle/articular cartilage, also the role of signal transductibc game free spin and intercellular communicatibc game free spin in mechanical respbc game free spinse, disease productibc game free spin/development, and the relatibc game free spinship between these organs.

2) Biology under special envirbc game free spinment, to investigate the physiological mechanism under microgravity/hypoxia/loading/unloading in cellular, tissue, organ and model animal level.

3) Biological imaging and metastatic tumor of bbc game free spine diagnosis and therapy, to study and develop new sensing methods based bc game free spin functibc game free spinal nanomaterials especially polymer-based materials for the detectibc game free spin and imaging of disease markers in musculoskeletal system, also to develop new multifunctibc game free spinal delivery systems that can be used for the diagnosis and treatment of cancer bbc game free spine metastases.