Synthesis and surface activity of diether-linked phosphoglycerols: Potential applications for exogenous lung surfactants
摘要:
The synthesis of three phosphoglycerols is described, one of which contains the previously unknown phosphonoglycerol headgroup. The surface tension-lowering capabilities of synthetic lung surfactant mixtures containing the PG analogs wore measured on the pulsating bubble surfactometer and compared to known controls. The PG-containing mixtures exhibited superior surface tension-lowering properties indicating the significant potential of these analogs as components in synthetic exogenous lung surfactants. (c) 2006 Elsevier Ltd. All rights reserved.
Synthesis and surface activity of diether-linked phosphoglycerols: Potential applications for exogenous lung surfactants
摘要:
The synthesis of three phosphoglycerols is described, one of which contains the previously unknown phosphonoglycerol headgroup. The surface tension-lowering capabilities of synthetic lung surfactant mixtures containing the PG analogs wore measured on the pulsating bubble surfactometer and compared to known controls. The PG-containing mixtures exhibited superior surface tension-lowering properties indicating the significant potential of these analogs as components in synthetic exogenous lung surfactants. (c) 2006 Elsevier Ltd. All rights reserved.
Synthesis and surface activity of diether-linked phosphoglycerols: Potential applications for exogenous lung surfactants
作者:Robert H. Notter、Zhongyi Wang、Zhengdong Wang、Jason A. Davy、Adrian L. Schwan
DOI:10.1016/j.bmcl.2006.09.083
日期:2007.1
The synthesis of three phosphoglycerols is described, one of which contains the previously unknown phosphonoglycerol headgroup. The surface tension-lowering capabilities of synthetic lung surfactant mixtures containing the PG analogs wore measured on the pulsating bubble surfactometer and compared to known controls. The PG-containing mixtures exhibited superior surface tension-lowering properties indicating the significant potential of these analogs as components in synthetic exogenous lung surfactants. (c) 2006 Elsevier Ltd. All rights reserved.