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Bio
My approach to stem cell-assisted tissue engineering (TE) research is based on my expertise in creating 3-dimensional (3D) TE microstructures, a promising technology aimed to direct regenerative cell behaviors (growth, alignment, differentiation and ECM production) using topographic cues from the microstructures, and to eventually regenerate organ-sized human-tissues. Current development of this technical field is nonetheless hindered by the lack of understanding about how a broad variety of material properties of TE microstrutcures (mechanical, biochemical, and topographical properties) influence stem cell behaviors and subsequent tissue formation. To help overcome such limitation and advance the field of tissue engineering studies, my research at Stanford has two goals: (1) design novel biomaterial building-blocks, equipment, and protocols to investigate in a high-throughput manner the interactions between the broad variety of material properties and stem cell behaviors; and (2) apply the outcome from pursuing goal 1 to help translate stem-cell based therapy from bench to bedside.
I own 2 United States Patents (licensed) of biomedical inventions and have published 17 journal articles and 1 book chapter based on my works in interdisciplinary fields, including Tissue Engineering, Microfabrication, Microelectromechanical Systems (MEMS), Nanotechnology, Polymer Synthesis, and Nano Photonics.
Research Interests
Papers共 52 篇Author StatisticsCo-AuthorSimilar Experts
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#Papers: 52
#Citation: 2646
H-Index: 24
G-Index: 41
Sociability: 5
Diversity: 3
Activity: 14
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