Treatment of local anesthetic-induced cardiotoxicity using drug scavenging nanoparticles

TE Morey, M Varshney, JA Flint, S Rajasekaran… - Nano Letters, 2004 - ACS Publications
TE Morey, M Varshney, JA Flint, S Rajasekaran, DO Shah, DM Dennis
Nano Letters, 2004ACS Publications
Because of its ability to create structures of nanoscale dimension with large aggregate
particle surface area-to-volume ratios, nanotechnology offers new opportunities to treat drug
poisonings. Emulsion-based nanoparticles (diameter: 118.4 nm) extracted bupivacaine from
the aqueous phase in a physiological salt solution and attenuated the drug's cardiotoxicity in
guinea pig heart to a greater extent than did a macroemulsion (432.0 nm). Additionally,
nanoparticles sequestered bupivacaine from the aqueous phase of human blood and merit …
Because of its ability to create structures of nanoscale dimension with large aggregate particle surface area-to-volume ratios, nanotechnology offers new opportunities to treat drug poisonings. Emulsion-based nanoparticles (diameter:  118.4 nm) extracted bupivacaine from the aqueous phase in a physiological salt solution and attenuated the drug's cardiotoxicity in guinea pig heart to a greater extent than did a macroemulsion (432.0 nm). Additionally, nanoparticles sequestered bupivacaine from the aqueous phase of human blood and merit further investigation in animal models of intoxication.
ACS Publications
以上显示的是最相近的搜索结果。 查看全部搜索结果