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Annals of the New York Academy of Sciences, 1987
The phase behavior of phospholipids may be monitored using 31P or 2H NMR techniques, which provide information concerning the motional properties of the lipid ensemble, which may then be correlated with structure. The lamellar/nonlamellar phase preferences of many lipids, either synthetic or naturally derived, may be controlled by factors such as ...
C P, Tilcock, P R, Cullis
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The phase behavior of phospholipids may be monitored using 31P or 2H NMR techniques, which provide information concerning the motional properties of the lipid ensemble, which may then be correlated with structure. The lamellar/nonlamellar phase preferences of many lipids, either synthetic or naturally derived, may be controlled by factors such as ...
C P, Tilcock, P R, Cullis
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International Journal of Cosmetic Science, 1987
SynopsisFrom the time an epidermal cell leaves the basal layer to the time it is desquamated, the cell lipids change dramatically, both qualitatively and quantitatively. The most abundant lipid class in basal cells is phospholipid with the remaining lipid being accounted for by roughly equal proportions of cholesterol, non‐esterified fatty acid ...
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SynopsisFrom the time an epidermal cell leaves the basal layer to the time it is desquamated, the cell lipids change dramatically, both qualitatively and quantitatively. The most abundant lipid class in basal cells is phospholipid with the remaining lipid being accounted for by roughly equal proportions of cholesterol, non‐esterified fatty acid ...
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Lipid sensing and lipid sensors
Cellular and Molecular Life Sciences, 2007J F C, Glatz, M, Lagarde
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Lipid Proctitis or Lipid Islands?
New England Journal of Medicine, 1980H S, Schecter, W M, Weinstein
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