A thin layer Chromatographie method for the analysis of lipids in serum is described. Sterol esters, triglycerides, free sterols, free fatty acids, and phospholipids can be separated. After charring by heating with 10 % sulphuric acid and clearing with a clearing solution, the thin layer chromatograms can be scanned with the Analytrol Scanner. This method permits phenotyping of hyperlipoproteinaemia, and a rapid evaluation of the ratio of the five most important lipid components can be made. Eine dünnschichtchromatographische Methode zur Bestimmung der Serumlipide wird beschrieben. Sterinester, Triglyceride, freie
We describe a novel method for determining serum triglycerides, in which an enzymatic hydrolysis re-...
We describe a new method, useful to clinical laboratories, for assessing intermediate density (IDL) ...
Summary: A new method for the quantitative determination of the cholesterol content of serum lipopro...
Methods using thin-layer chromatography, solid-phase extraction, gas chromatography, high-performanc...
For rapid and sensitive screening of lipid biochemical abnormalities of scaling skin disorders a seq...
With the technical assistance of Edward J. Mat heson Neutral lipids and free fatty acids were extrac...
A method is described for the quantitative determination of lipids after separation by thin-layer ch...
We examined the method for determining microquantities of lipids, including cholesterol, cholesteryl...
A sensitive (5 to 100g) and reproducible (±3.54 % SD) method is described for determining monoglycer...
Cholesterol, cholesteryl esters, triglycerides and fatty acids as major neutral lipids and phospholi...
A simplified scheme of analysis is presented for the determination of free and esterified cholestero...
An analytical system for plasma lipids suitable for use in the large and small clinical laboratory i...
A previously described method has been extended to various specific lipids of liver and brain. The b...
Summary: The authors propose a radial thin layer Chromatographie method for the Separation of mono- ...
AbstractAn accurate, sensitive, precise, reliable, and quick method for the determination of cholest...
We describe a novel method for determining serum triglycerides, in which an enzymatic hydrolysis re-...
We describe a new method, useful to clinical laboratories, for assessing intermediate density (IDL) ...
Summary: A new method for the quantitative determination of the cholesterol content of serum lipopro...
Methods using thin-layer chromatography, solid-phase extraction, gas chromatography, high-performanc...
For rapid and sensitive screening of lipid biochemical abnormalities of scaling skin disorders a seq...
With the technical assistance of Edward J. Mat heson Neutral lipids and free fatty acids were extrac...
A method is described for the quantitative determination of lipids after separation by thin-layer ch...
We examined the method for determining microquantities of lipids, including cholesterol, cholesteryl...
A sensitive (5 to 100g) and reproducible (±3.54 % SD) method is described for determining monoglycer...
Cholesterol, cholesteryl esters, triglycerides and fatty acids as major neutral lipids and phospholi...
A simplified scheme of analysis is presented for the determination of free and esterified cholestero...
An analytical system for plasma lipids suitable for use in the large and small clinical laboratory i...
A previously described method has been extended to various specific lipids of liver and brain. The b...
Summary: The authors propose a radial thin layer Chromatographie method for the Separation of mono- ...
AbstractAn accurate, sensitive, precise, reliable, and quick method for the determination of cholest...
We describe a novel method for determining serum triglycerides, in which an enzymatic hydrolysis re-...
We describe a new method, useful to clinical laboratories, for assessing intermediate density (IDL) ...
Summary: A new method for the quantitative determination of the cholesterol content of serum lipopro...