Professor Xiao Guozhi is Professor of Department of Biology, Southern University of Science and Technology, the current director of the Department of Biology, Laboratory Animal Center. Professor Xiao Guozhi is an internationally renowned bone biologist, mainly research skeletal development and bone disease (osteoporosis, osteoarthritis, bone metastasis and fracture healing) related molecular basis. Peking University School of Medicine, Ph.D., University of Michigan, lecturer, assistant professor of research; United States University of Pittsburgh University School of Medicine assistant professor (tenure-track), tenured tenured; United States Rush University professor, (NIH) (RO1 and other funds) and the US Department of Defense (DoD) important research topic, the Chinese Ministry of Science and Technology 973 major issues (in the case of chief scientist (PI), presided over a number of National Institutes of Health (NIH) Project Leader and National Natural Project Leader. Related research results in the world-class academic journals such as Journal of Clinical Investigation (JCI) and Nature Communications, published nearly 90 articles, was cited more than 7,000 times, Shenzhen City, "overseas high-level talent A class", Shenzhen Pengcheng scholar. Professor Xiao Guozhi invited the International Congress and the famous university report more than 50 times, hosted or participated in the organization of international congress several times, presided over the international conference (including the famous American ASBMR annual meeting) important specialties more than 20 times. For many years as "JBMR", "JBC" and many other important international academic journals editorial board, as more than 40 international magazines reviewers. As China, the United States, Italy and other science fund review experts. As the national natural science surface project funds, key project funds, outstanding youth funds and other second instance (review) experts.

1. Control the mechanism of osteoblasts, osteoclasts and chondrocytes. 2. Molecular mechanisms of osteoporosis, osteoarthritis and cancerous bone metastasis. 3. Regulate the mechanism of bone angiogenesis. 4. Bone-Muscle Interaction Study