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Biochemical alterations of the human glomerular basement membrane in diabetes.

Westberg Ng

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Abstract

Only from the kidney glomerulus can the capillary basement membrane be isolated in quantities sufficient for biochemical analyses. In this study an attempt has been made to obtain a basement membrane as pure as possible, without contamination from cells or mesangium. In diabetic nephropathy, the glomerular basement membrane shows a decreased content of cystine, but hydroxylysine concentrations was only slightly higher than in normal material. The concentration of glucose was significantly increased. Immunofluorescent studies indicated the presence of serum proteins in the diabetic glomerular basement membrane, probably as a result of increased membrane permeability.

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What this paper is about

Only from the kidney glomerulus can the capillary basement membrane be isolated in quantities sufficient for biochemical analyses. In this study an attempt has been made to obtain a basement membrane as pure as possible, without contamination from cells or mesangium. In diabetic nephropathy, the glomerular basement membrane shows a decreased content of cystine, but hydroxylysine concentrations was only slightly higher than in normal material. The concentration of glucose was significantly increased. Immunofluorescent studies indicated the presence of serum proteins in the diabetic glomerular basement membrane, probably as a result of increased membrane permeability.

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Available abstract

Only from the kidney glomerulus can the capillary basement membrane be isolated in quantities sufficient for biochemical analyses. In this study an attempt has been made to obtain a basement membrane as pure as possible, without contamination from cells or mesangium. In diabetic nephropathy, the glomerular basement membrane shows a decreased content of cystine, but hydroxylysine concentrations was only slightly higher than in normal material. The concentration of glucose was significantly increased. Immunofluorescent studies indicated the presence of serum proteins in the diabetic glomerular basement membrane, probably as a result of increased membrane permeability.

Key concepts: Basement membrane, Mesangium, Glomerular basement membrane, Glomerulus, Diabetic nephropathy, Internal medicine, Endocrinology, Diabetes mellitus

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Biochemical alterations of the human glomerular basement membrane in diabetes. — Research Paper | ScholarLens