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W B Macklin

Publications and source records attributed to W B Macklin.

39 records · Page 3Linked to original sources

Hydrophobic compounds interfere in radioimmunoassay for basic protein in myelin.

Hydrophobic compounds influenced the accuracy of the radioimmunoassay for myelin basic protein when lipids (stearic acid, phosphatidylcholine, cholesterol, cerebroside, sulfatide, or GM1 ganglioside) or proteolipids (white-matter proteolipid apoprotein, kidney proteolipid apoproteins, or heart proteolipid apoproteins) were added to a known amount of basic protein and the samples assayed. All of these interfere with the assay, but the direction of the error depends on the quantity added: low concentrations of lipid decrease apparent basic protein, high concentrations enhance it. Obviously, results of basic-protein assays must be interpreted carefully.

Animals↗

Electroblot analysis of rat myelin proteolipid protein and basic protein during development.

The accumulation of the myelin proteolipid protein during rat brain development was studied in the spinal cord, lower brain stem (pons and medulla), cerebellum, and upper brain stem. Proteolipid accumulation was assessed on electroblots of total membrane samples from each region between 2 and 18 days of age. Proteolipid could be detected in rat spinal cord as early as 2 days of age, in lower brain stem and cerebellum by 4 days of age and in upper brain stem by 10 days of age. The time course of myelin basic protein accumulation was essentially the same as that of the proteolipid in each of the brain regions.

Animals↗