"Renaud Gillet ","Synthesis of Hyperbranched Polysiloxysilane Hybrid Copolymer: Convenient Linker Toward Easy Surface Modification, and Application to Thermoresponsive Surface for Cell Cultivation",,,,,,,2017,Mar.
"Renaud Gillet","Synthesis of Hyperbranched Polysiloxysilane Hybrid Copolymer: Convenient Linker Toward Easy Surface Modification, and Application to Thermoresponsive Surface for Cell Cultivation",,,,,,,2017,Mar.
"Renaud Gillet","Synthesis of Hyperbranched Polysiloxysilane Hybrid Copolymer: Convenient Linker Toward Easy Surface Modification, and Application to Thermoresponsive Surface for Cell Cultivation",,,,,,,2017,Mar.
"Renaud Gillet ","Synthesis of Hyperbranched Polysiloxysilane Hybrid Copolymer: Convenient Linker Toward Easy Surface Modification, and Application to Thermoresponsive Surface for Cell Cultivation",,,,,,,2017,Mar.
"Renaud Gillet,Hideaki Sakai,Yuta Nabae,Teruaki Hayakawa,Masa-aki Kakimoto","Synthesis of hyperbranched-linear poly(N-isopropylacrylamide) polymers with a poly(siloxysilane) hyperbranched macroinitiator, and their application to cell culture on glass substrates",,"Polym J","The Society of Polymer Science, Japan","Vol. 48",,"  1007-1012",2016,July