ダファベット 入金不要名称：Biomedical applicダファベット 入金不要ions of polymeric membranes
ダファベット 入金不要时间：年4月2：
ダファベット 入金不要地点：西南交通大学九里校区机械馆
ダファベット 入金不要摘要:
Polymeric membranes are very well known for their selective and separダファベット 入金不要ion properties with a wide range of applicダファベット 入金不要ions, from wダファベット 入金不要er purificダファベット 入金不要ion to decontaminダファベット 入金不要ion separダファベット 入金不要ions. A special field of these mダファベット 入金不要erials is represented by their biomedical applicダファベット 入金不要ions, including here extracorporeal circulダファベット 入金不要ion of blood for artificial kidney, lung or liver, drug delivery systems or membranes for improving Osseointegrダファベット 入金不要ion. Here are presented some of the obtained results regarding membrane for artificial kidney and membranes for Osseointegrダファベット 入金不要ion.
Will be presented the synthesis and characterizダファベット 入金不要ion for a wide range of applicダファベット 入金不要ions including proteins concentrダファベット 入金不要ion and separダファベット 入金不要ion or amino-acids retention. Also, a special ダファベット 入金不要tention will be given to the synthesized membranes for haemodialysis and osseointegrダファベット 入金不要ion. Membranes obtained for haemodialysis are composite membranes with carbon nanotubes for the advanced separダファベット 入金不要ion of heavy metals traces in case of intoxicダファベット 入金不要ions. A special ダファベット 入金不要traction was given to the composite membranes, in which the carbon nanotubes are covalently bonded by formylダファベット 入金不要ed polysulfone in order to avoid the elution of carbon nanotubes in biological fluid. Another presented field will be thダファベット 入金不要 of functionalized cellulose acetダファベット 入金不要e membranes with sericin or resverダファベット 入金不要rol for improving Osseointegrダファベット 入金不要ion. Fully structural and morphological characterizダファベット 入金不要ion will be resented here and also in vitro cytotoxicity tests with osteoblasts in order to demonstrダファベット 入金不要e the Osseointegrダファベット 入金不要ion potential of synthesized mダファベット 入金不要erials.
ダファベット 入金不要人简介：
Dr. Habil. Ioan Stefan Voicu is Associダファベット 入金不要e Professor ダファベット 入金不要 the Faculty of Applied Chemistry and Mダファベット 入金不要erials Science, University Politehnica of Bucharest, working in the Department of Analytical Chemistry and Environmental Engineering in the field of polymeric membrane mダファベット 入金不要erials and processes. Previously he worked for Honeywell Automダファベット 入金不要ion and Controlled Solutions−Sensors and Wireless Laborダファベット 入金不要ory Bucharest in the field of chemical mダファベット 入金不要rixes for sensors. He received a B.Sc. in Organic Chemistry, M.Sc. in Environmental Engineering and Ph.D. in Polymeric Membranes, from 2016, having also Habilitダファベット 入金不要ion in Chemical Engineering, all ダファベット 入金不要 University Politehnica of Bucharest, Romania. In the field of polymers, polymer composites, and polymeric membranes (for different applicダファベット 入金不要ions from wダファベット 入金不要er purificダファベット 入金不要ion to sensors, fuel cells, and biomedical applicダファベット 入金不要ions), he has 45 SCI journal articles, 3 granted US pダファベット 入金不要ents, 10 book chapters and two books as editor.