Spontaneous Phospholipid Membrane Formation by Histidine Ligation
摘要:
A major challenge for the construction of artificial lipid membranes is the development of simple and robust methods for mimicking natural phospholipid membrane generation. Here we describe a nonenzymatic and chemoselective approach that relies on histidine ligation to form phospholipids de novo from water-soluble amphiphilic precursors. The resulting phospholipids can spontaneously self-assemble into micron-sized vesicles and encapsulate biomacromolecules.
LYSOPHOSPHOLIPIDS AND LYSOPHOSPHOLIPID ANALOGUES AGAINST HONEYBEE BROOD DISEASES
申请人:University of Graz
公开号:EP2999329A1
公开(公告)日:2016-03-30
Spontaneous Phospholipid Membrane Formation by Histidine Ligation
作者:Neal Devaraj、Roberto Brea、Ahanjit Bhattacharya
DOI:10.1055/s-0036-1588634
日期:——
A major challenge for the construction of artificial lipid membranes is the development of simple and robust methods for mimicking natural phospholipid membrane generation. Here we describe a nonenzymatic and chemoselective approach that relies on histidine ligation to form phospholipids de novo from water-soluble amphiphilic precursors. The resulting phospholipids can spontaneously self-assemble into micron-sized vesicles and encapsulate biomacromolecules.
NMR studies of micellar aggregates in 1-acyl-sn-glycerophosphocholine systems. The formation of a cubic liquid crystalline phase