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Biomedical subjects

J Lindner

Publications and source records attributed to J Lindner.

At least 145 records · Page 8Linked to original sources

[New viewpoints on the development, maturation, and aging of cataneous connective tissue].

The clinical theoretical findings on skin connective tissue during the three periods of life result in new aspects of reaction possibilities of the skin under physiological and pathological conditions. The level of replication and production metabolism of skin connective tissue is high during development, maturation and ageing. Proteoglycans or glycosaminoglycans and collagen of skin connective tissue show remarkable turnover rates, during the three life periods, aging included. The interactions between these structure macromolecules and their microheterogeneity are regarded, beside elastin and denaturated collagen and their relationships. Finally the synthesis of proteoglycans and glycosaminoglycans and of collagen as well as the several influences on the several synthesis steps are shown. Therewith we receive new aspects for the therapy of skin diseases.

Aging↗

The behavior of (14C)-D-penicillamine in collagen metabolism.

The most important effect of penicillamine on collagen metabolism is the reduction of collagen crosslinking. However, even after long time application of penicillamine, collagen is crosslinked to a certain degree. After intravenous injection of a trace dose of (14C) labelled D-penicillamine it can be determined that this substance is rapidly bound to neutral salt soluble, acetic acid soluble and urea soluble collagen fractions and to a lesser extent to insoluble collagen as well. The amount of penicillamine which binds to any of the collagen fractions depends on the turnover rate. When different tissues are compared, penicillamine seems to have the greatest affinity to tissues with a high collagen turnover. Further studies of neutral salt soluble collagen by CM-cellulose chromatography revealed a stable linkage of penicillamine to collagen alpha chains.

Animals↗