ISSN: 2375-4508
Yimin Shu
Assistant Professor, Director of Reproductive Laboratories, Center for Reproductive Medicine, Department of Obstetrics and Gynecology
Wake Forest University School of Medicine, USA
Dr. Shu is a board certified high-complexity clinical laboratory director (HCLD) in the disciplines of Embryology and Andrology by American Board of Bioanalysis. He is a senior research scientist at Stanford University and also the embryology laboratory director of Fertility Associates of Memphis, TN. Dr. Shu has been working in the field of assisted reproductive technology for more than 12 years. His extensive experience covers all aspects of embryology and andrology.
Dr. Shu has been actively involved in both clinical and basic research in the field of reproductive biology and has authored over 30 articles in peer-reviewed scientific journals. He has been selected as a peer-reviewer by several journals in the filed of reproductive biology and infertility and is now serving as a member of editorial board of Human Reproduction. His current research is focused on early embryonic development, in vitro maturation, fertility cryopreservation, nuclear transfer, and stem cell biology.
Dr. Shu is a board certified high-complexity clinical laboratory director (HCLD) in the disciplines of Embryology and Andrology by American Board of Bioanalysis. He is a senior research scientist at Stanford University and also the embryology laboratory director of Fertility Associates of Memphis, TN. Dr. Shu has been working in the field of assisted reproductive technology for more than 12 years. His extensive experience covers all aspects of embryology and andrology.
Dr. Shu has been actively involved in both clinical and basic research in the field of reproductive biology and has authored over 30 articles in peer-reviewed scientific journals. He has been selected as a peer-reviewer by several journals in the filed of reproductive biology and infertility and is now serving as a member of editorial board of Human Reproduction. His current research is focused on early embryonic development, in vitro maturation, fertility cryopreservation, nuclear transfer, and stem cell biology.