Prof. He received his BSc in 1983 in Fudan University, China and his MSc degree in 1988 in Second Military Medical University of PLA, China. From 1988 to 2006, he worked as a surgeon in general surgery in First Military Medical University, China; During this period of time, he also worked as a visiting researcher in the tissue engineering of arteries in Department of Thoracic and Cardiovascular surgery, General Hospital Wels ,Wels, Austria(1992-1993) , Department of Thoracic and Cardiovascular Surgery, Hospital Lainz , Vienna, Austria (1993-1994) , Department of Biomedical Engineering, National Cardiovascular Center, Osaka, Japan(1998-2001). Prof. He has 30 peer reviewed papers besides 4 authorized patents and 12 pending patents. He also had been selected as a committee member of National Standards Technical Committee of Biological Evaluation of Medical Devices (SAC/TC 248)(from 1999 till now) and a committee member of Chinese Vascular Surgery and Tissue Engineering Committee (from 2010 till now).
Abstract: A novel superhydrophilic hybrid scaffold was created by electrospinning a mixture of P(LLA-CL) and formulated fibrinogen. The hybrid scaffolds possess the combined beneﬁts of each individual component such as moderate mechanical strength, excellent biocompatibility. Animal experiments for replacement of canine/porcine/rat arteries_Atendons and abdominal walls had been performed. Histological results revealed a promoting transforming process in vivo. The clinical trials for the anterior pelvic floor reconstruction and hernia repair are being conducted, Initial results are also encouraging.