Membrane lipids of Archaea are unique and distinct from those found in Eukarya and
Bacteria. The polar lipids consist of isoprenoid chains, 20–40 carbons in length and usually …

Archaeosomes, liposomes made from the polar lipids extracted from the membranes of
Archaea, have been extensively studied for potential applications in drug and vaccine …

Archaeosomes are a new generation of stable liposomes composed of natural ether lipids
extracted from archaea, or synthetic archaeal lipids. Archaea constitute a domain of single …

Liposomes are artificial, spherical, closed vesicles consisting of one or more lipid bilayer (s).
Liposomes made from ester phospholipids have been studied extensively over the last 3 …

The major archaeal membrane glycerolipids are distinguished from those of bacteria and
eukaryotes by the contrasting stereochemistry of their glycerol backbones, and by the use of …

Archaeosomes made from natural archaeal membrane lipids and/or synthetic lipid
analogues have been extensively studied for potential applications in drug and vaccine …

Archaeosomes are a novel generation of liposomes that are made from polar ether lipids
extracted from the Archaea. They have higher stabilities in acidic or alkaline pH, bile salts …

Archaebacteria (Archaea) inhabit extreme environments globally: extreme halophiles in
nearly saturated salty locales; methanogens in anoxic environments; and extreme …

A vital function of the cell membrane in all living organism is to maintain the membrane
permeability barrier and fluidity. The composition of the phospholipid bilayer is distinct in …

Membrane lipids of Archaea are unique and distinct from those found in Eukarya and
Bacteria. The polar lipids consist of isopranoid chains, 20–40 carbons in length and usually …