#Feng xing liang full#

The visualization of cell-matrix interaction in three dimensionДЎ.

Three dimensional tissue engineering materialsД¤. The design and synthesis of novel polymer or supramolecular hydrogelsДЈ. Recently, he has been awarded Richard RobertД®rnst during Polењњhar 2019 international conference due to his innovationД¬ontribution on supramolecular chemistry.ДЎ. Guest editor of European Polymer Journal, and editorial member of Advance Well as applications of biomaterials in Regenerative Medicine. Important topics are synthesis andД¬haracterization of chiral supramolecular hydrogels and biomimetic materials as His research mainly focuses on Chiral biomaterials, polymeric Professor of Special Appointment (Eastern Scholar) at Shanghai Institutions of University, Program for Shanghai Pujiang Excellent Talents, and Program for He was supported by Program for New Century Excellent Talents in

#Feng xing liang full#

Jiaotong University as a full professor in School of Material Sciences and July 2009, he was appointed as a research scientist in Biomade TechnologyДЇoundation (Groningen, the Netherlands). To work at Max-Planck Institute for Polymer Research in Mainz. After this, he was awarded Max-Planck Society Scholarship It paves a way toД®xplore the influence of chiraity of nanostructures on cell behaviors cellД¬ulture in 3D chiral environments and these chiral materials have potentialДЄpplication in the field of tissue engineering.Д¬huanliang Feng received Doctor Degree from University of Twente (the Physical or chemical properties, the chiral structures with the varied surfaceД¬omposition, mechanical strength, and surface wettability can be constructedДЄnd chirality regulated cell adhesion can be obtained in 3D. Two or three dimensional chiral microstructures, showing a big potential asД«iomimetic scaffold for multi-dimensional cell culture. Gelators were developed in our group, which can efficiently self-assemble into With the rational design ofД¬hemical composition and molecular structures, a novel type of surpramolecular

It reveals that cells can sense surface chiral molecules to showДifferential behaviors on enantiomorphous surfaces. Influence on many biological events, e.g. Is one of lifeвЂ™s most distinctive biochemical signatures and has great