1. Fabrication of Biomedical Textile Materials   

Fabrication of multi-scale fibers and surface topology structure; Surface modification by layer-by-layer self-assembly and  high energy particle beam;  Fiber fnctionalization using blending and grafting technology; Controllable degradation technology of degradable fiber.   

2. Designing and Molding of Textile Medical Device   

Study of multidimensional multi textile micro molding equipment and function, system structure, the preparation technology integration, focus on the development of artificial blood vessel, coated stents, stent, biodegradable ureteral stent tube, esophageal stent, hernia repair patch, antibacterial suture, self locking suture, functional dressing, surgical debridement of materials, such as medical devices.   

3. The Evalutation (3Bs) of Biomedical Materials and Devices   

To establish in vitro simulation platform, to carry out the biological compatibility of and biological function of, Biological durability of (Biocompatibility, Biofunctionality, Biodurability, 3Bs) evaluation, prediction of medical device service performance and to establish a quality standard for biomedical devices.   

4. Development of Functional and Ecological Textiles   

Wool, silk and other natural fiber products, product design, ecological processing technology and properties of; botanical dye and preparation of synthesis and application in ecological textiles; development and application of environmental friendly textile auxiliaries; intelligent bionic materials preparation and development.