Matches in SemOpenAlex for { <https://semopenalex.org/work/W1660439914> ?p ?o ?g. }
- W1660439914 endingPage "2635" @default.
- W1660439914 startingPage "2635" @default.
- W1660439914 abstract "A study on the hemocompatibility of dendronized chitosan derivatives in red blood cells Yanfang Zhou,1,* Jiemei Li,1,* Fang Lu,1 Junjie Deng,2 Jiahua Zhang,1 Peijie Fang,1 Xinsheng Peng,1 Shu-Feng Zhou3 1Guangdong Medical Universtity, Dongguan, Guangdong, People’s Republic of China; 2Department of Materials Science and Engineering, Drexel University, Philadelphia, PA, USA; 3Department of Pharmaceutical Sciences, College of Pharmacy, University of South Florida, Tampa, FL, USA *These authors contributed equally to this work Abstract: Dendrimers are hyperbranched macromolecules with well-defined topological structures and multivalent functionalization sites, but they may cause cytotoxicity due to the presence of cationic charge. Recently, we have introduced alkyne-terminated poly(amidoamine) (PAMAM) dendrons of different generations (G=2,3) into chitosan to obtain dendronized chitosan derivatives [Cs-g-PAMAM (G=2,3)], which exhibited a better water solubility and enhanced plasmid DNA transfection efficiency. In this study, we attempted to examine the impact of Cs-g-PAMAM (G=2,3) at different concentrations (25 µg/mL, 50 µg/mL, and 100 µg/mL) on the morphology, surface structure, and viability of rat red blood cells (RBCs). The results showed that treatment of RBCs with Cs-g-PAMAM (G=2,3) at 50 µg/mL and 100 µg/mL induced a slightly higher hemolysis than Cs, and Cs-g-PAMAM (G=3) caused a slightly higher hemolysis than Cs-g-PAMAM (G=2), but all values were" @default.
- W1660439914 created "2016-06-24" @default.
- W1660439914 creator A5004787195 @default.
- W1660439914 creator A5011644190 @default.
- W1660439914 creator A5042873784 @default.
- W1660439914 creator A5048830385 @default.
- W1660439914 creator A5072202038 @default.
- W1660439914 creator A5075069557 @default.
- W1660439914 creator A5080853894 @default.
- W1660439914 creator A5091574470 @default.
- W1660439914 date "2015-05-01" @default.
- W1660439914 modified "2023-10-10" @default.
- W1660439914 title "A study on the hemocompatibility of dendronized chitosan derivatives in red blood cells" @default.
- W1660439914 cites W1472675251 @default.
- W1660439914 cites W1862860110 @default.
- W1660439914 cites W1963771305 @default.
- W1660439914 cites W1963992284 @default.
- W1660439914 cites W1964549110 @default.
- W1660439914 cites W1965231344 @default.
- W1660439914 cites W1966042314 @default.
- W1660439914 cites W1974891955 @default.
- W1660439914 cites W1982784623 @default.
- W1660439914 cites W1983878442 @default.
- W1660439914 cites W1985855905 @default.
- W1660439914 cites W1990986747 @default.
- W1660439914 cites W1997547574 @default.
- W1660439914 cites W1997947108 @default.
- W1660439914 cites W1998976547 @default.
- W1660439914 cites W2002326009 @default.
- W1660439914 cites W2006076866 @default.
- W1660439914 cites W2008787844 @default.
- W1660439914 cites W2009697738 @default.
- W1660439914 cites W2010777443 @default.
- W1660439914 cites W2012499245 @default.
- W1660439914 cites W2012580789 @default.
- W1660439914 cites W2013719423 @default.
- W1660439914 cites W2016254311 @default.
- W1660439914 cites W2017651998 @default.
- W1660439914 cites W2017804620 @default.
- W1660439914 cites W2024009346 @default.
- W1660439914 cites W2027416979 @default.
- W1660439914 cites W2028345186 @default.
- W1660439914 cites W2036239088 @default.
- W1660439914 cites W2036565241 @default.
- W1660439914 cites W2037985419 @default.
- W1660439914 cites W2038156568 @default.
- W1660439914 cites W2038163024 @default.
- W1660439914 cites W2043117476 @default.
- W1660439914 cites W2044973866 @default.
- W1660439914 cites W2048722815 @default.
- W1660439914 cites W2050881037 @default.
- W1660439914 cites W2052727603 @default.
- W1660439914 cites W2057473324 @default.
- W1660439914 cites W2057859689 @default.
- W1660439914 cites W2062029885 @default.
- W1660439914 cites W2062956339 @default.
- W1660439914 cites W2066528012 @default.
- W1660439914 cites W2069050762 @default.
- W1660439914 cites W2069281319 @default.
- W1660439914 cites W2070488659 @default.
- W1660439914 cites W2071847993 @default.
- W1660439914 cites W2073212802 @default.
- W1660439914 cites W2073439757 @default.
- W1660439914 cites W2077356844 @default.
- W1660439914 cites W2078183180 @default.
- W1660439914 cites W2080840413 @default.
- W1660439914 cites W2089522785 @default.
- W1660439914 cites W2089926501 @default.
- W1660439914 cites W2090309636 @default.
- W1660439914 cites W2090502184 @default.
- W1660439914 cites W2091094922 @default.
- W1660439914 cites W2099556482 @default.
- W1660439914 cites W2101621191 @default.
- W1660439914 cites W2103260133 @default.
- W1660439914 cites W2104891226 @default.
- W1660439914 cites W2105881348 @default.
- W1660439914 cites W2110224433 @default.
- W1660439914 cites W2117786997 @default.
- W1660439914 cites W2127909767 @default.
- W1660439914 cites W2131895213 @default.
- W1660439914 cites W2138115349 @default.
- W1660439914 cites W2142351437 @default.
- W1660439914 cites W2147372469 @default.
- W1660439914 cites W2158209655 @default.
- W1660439914 cites W2167534105 @default.
- W1660439914 cites W2168302731 @default.
- W1660439914 cites W2314247704 @default.
- W1660439914 cites W2316223368 @default.
- W1660439914 cites W2320718371 @default.
- W1660439914 cites W2321651843 @default.
- W1660439914 cites W2326728729 @default.
- W1660439914 cites W2328632056 @default.
- W1660439914 cites W2329690319 @default.
- W1660439914 cites W2330361337 @default.
- W1660439914 cites W2334438316 @default.
- W1660439914 cites W2413114692 @default.
- W1660439914 cites W246895967 @default.
- W1660439914 cites W4249816199 @default.