专利论文 1. “An Apparatus and Applications of Patterned Growth of Cells and Biomolecules using a Microplasma Printing System”, submitted as the United States Letters Provisional Patent in 2009 by Drexel University, Invertors: Sun, W., Yildirim, E., Fridman, A. and Ayan, H., Status: pending.
2. “A methodology and applications of bioprinting cell-laden matrigel tissue constructs”, submitted as the United States Letters Provisional Patent in 2009 by Drexel University, Invertors: Sun, W., Snyder, J. and Chang, R., Status: pending.
3. “A methodology of bioprinting superparamagnetic iron oxide nanoparticles for tracking cells and bioactive factors”, submitted as the United States Letters Provisional Patent in 2009 by Drexel University, Invertors: Morss Clyne, A., Buyukhatipoglu. K., Sun, W. and Chang, R., Status: pending.
4. “Biocompatible and Engineered Nano Lubricant for Increasing the Yield of Cell Seeded Scaffold Deposition Process”, submitted as the United States Letters Provisional Patent in 2009 by University of Arkansas and Drexel University, Invertors: Malshe, A., Sun, W. and Verma, A., Status: pending.
5. “Micro Organ”, submitted as the United States Letters Provisional Patent in 2007 by NASA; Invertors: Gonda, S., Holtorf H., Sun, W., Starly and Chang, R., Status: pending
6. “Bioprinting Three-Dimensional Polymeric Hydrogel Structures onto Microscale Tissue Analog Devices for Pharmacokinetic Study”, submitted as the United States Letters Provisional Patent in 2006; Invertors: W. Sun, R. Chan, B. Starly; J. Nam, Status: pending.
7. “Shear and Bubble-Resistant Macro-Carrier Beads for Anchorage-Dependent Cell Culture and Complementary Bioreactor”, Submitted as the United States Letters Provisional Patent, D2027/20008, in 2005; Invertors A. Darling and W. Sun; Status: pending.
8. “Precision Extrusion Deposition Poly-e-Carprolactone Structures for Biological Applications”, submitted as the United States Letters Provisional Patent, D2027/20009, in 2005; Invertors: A. Darling, L. Shor, W. Sun and S. Guceri; Status: pending.
9. “Layered manufacturing utilizing foam as a support and multifunctional material for the creation of “soft” parts and for tissue engineering”, submitted as the United States Letters Provisional Patent, D2027/20007, in 2005; Invertors: J. Nam and W. Sun; Status: pending.
10. “A method for creating an internal transport system within tissue scaffolds using computer-aided tissue engineering”, submitted as the United States Letters Provisional Patent, D2027/20006, in 2005; Invertors: W. Sun and J. Nam; Status: pending.
11. “A Process of Using Computer Modeling, Reconstructive Modeling and Simulation Modeling for Image Guided Reconstructive Surgery”, submitted as the United States Letters Provisional Patent, D2027/20010, in 2005; Inventors: J. Piatt, B. Starly and W. Sun; Status: pending.
12. “Methods and Apparatus for Computer-Aided Tissue Engineering for Modeling, Design and Freeform Fabrication of Tissue Scaffolds, Constructs, and Devices”, US Patent #: 60/520,672, European Patent #: 1690206 (2006); Inventors: W. Sun, J. Nam, A. Darling and S. Khalil.
13. “A Functional Electrical Stimulation Micro-Computer Controlled Ankle Orthosis”, submitted as the United States Letters Provisional Patent in 2004; Invertors: S. Siegler, Brett Hraban, Elizabeth LaMontagne, Joshua Meles and W. Sun; Status: pending.
14. “Apparatus, Method and Article for Direct Slicing of Step Based NURBS Models for Solid Freeform Fabricatio”, US Patent #: 60/487,463 (2004); Inventors: Thomas J. Bradbury, Binil Starly, Wing K. Lau, Wei Sun, Alan C. Lau, Adolphe H. Youssef and Christopher M. Gaylo.
15. “Computer-Aided Tissue Engineering of a Biological Body”, submitted as the United States Letters Patent in 11/21/2004; Inventors: M. A. Liebschner, M. A. Wettergreen, B. S. Bucklen and W. Sun; Status: pending.