BP / Hitachi / Creative Commons / Philips / M. T. Khorasani S. A. / Hindawi Publishing Corporation / /
Country
Germany / Netherlands / Japan / Austria / United States / China / /
Currency
pence / / /
Facility
Research Institute / PHAs scaffold / College of Life Science / Key Laboratory of Biomaterials / PHBV/PAM scaffold / Jinan University / Dry PHBV scaffold / South China University of Technology / China Key Laboratory of Biomaterials / PHBV scaffold / /
IndustryTerm
ethanol solution / bone tissue engineering applications / physical and chemical cues / continuous network / acrylamide solution / nutrients transportation / web layer / energy / potential applications / tissue-engineering applications / chemical composition / tissue engineering applications / microfluidic chip / metal stubs / /
Organization
National Institute of Health / Department of Biomedical Engineering / Jinan University / Guangzhou / Research Institute / National Natural Science Foundation of China / Guangdong Natural Science Foundation / Key Laboratory of Biomaterials / South China University of Technology / Guangzhou / National Engineering Research Center for Tissue Restoration and Reconstruction / School of Materials Science and Engineering / College of Life Science and Technology / /
Person
Gang Wu / S. E. Gautier / V / Alejandro Comellas / K. A. Diehl / M. Trau / V / /
PHBV/PAM Scaffolds with Local Oriented Structure through UV Polymerization for Tissue Engineering