Results 251 to 260 of about 1,096,230 (302)

Removal of plasma cholesterol by adsorption chromatography

Atherosclerosis, 1975
Batch and column chromatography with porous glass decreased the plasma concentration of cholesterol. Extracorporeal circulation of blood through a column filled with porous glass, as well as exchange transfusion with blood made hypocholesterolemic by passage of its plasma through a column filled with porous glass, temporarily reduced plasma cholesterol
M R, Malinow, P, McLaughlin, L, Papworth
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Localization in adsorption chromatography

Journal of Planar Chromatography – Modern TLC, 2012
“Localization” refers to the non-covalent attachment of molecules of solute or solvent to strong sites that form part of the adsorbent surface. This phenomenon and its significance in adsorption chromatography are reviewed, including its various effects on sample retention and resolution.
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Adsorption chromatography of polioviruses on porous glass

Virology, 1974
Abstract The paper presents a new procedure for the purification and separation of viruses based on true adsorption chromatography of virions on porous glass. By means of this method a poliovirus suspension is purified 1000-fold from all components of the culture medium and is concentrated 10-fold at the same time.
S, Bresler, N, Katushkina, V, Kolikov, M, Chumakov, J, Pervikov, S, Zhdanov   +5 more
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Liquid Adsorption Chromatography

1999
Adsorption chromatography is based on the retention of solute molecules by surface adsorption. Intermittent capture and release of solute molecules by the stationary phase are controlled by two basically different mechanisms or some combinations thereof.
Harald Pasch, Bernd Trathnigg
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Adsorption Chromatography on Silica-treated Paper

Nature, 1958
PAPER partition chromatography is not successful with many organic compounds for two reasons: (1) the compounds have low solubility in water, and hence move on the solvent front in normal partition systems; (2) low reactivity of the compounds makes detection of the position of spots difficult.
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Adsorption Chromatography of Direct Azo Dyes

Nature, 1963
DIRECT azo dyes contain in most cases a number of coloured by-products which may adversely influence the shade of the dye, its stability in light and distort its biological action. In view of the importance of direct azo dyes in industry as well as in biology and medicine a number of authors1–10 worked on the problem of their purification.
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Adsorption chromatography on cellulose

Journal of Chromatography A, 1989
A.O. Kuhn, M. Lederer, M. Sinibaldi
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Charge-transfer adsorption chromatography

Journal of Chromatography A, 1977
J, Porath, K D, Caldwell
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Adsorption and Chromatography

Soil Science, 1951
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R values in adsorption chromatography

Journal of Chromatography A, 1963
J, CHAMBERLAIN, G H, THOMAS
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