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Paul Ehrlich, after using these dyes to model cell walls as membranes that control transport into cells, adapted Witt’s theory of dyeing and the organic structure theory to establish his side chain, or receptor, theory of immunity. Ehrlich’s side chains fixed bacterial toxins to cellular tissue.
Paul Ehrlich, after using these dyes to model cell walls as membranes that control transport into cells, adapted Witt’s theory of dyeing and the organic structure theory to establish his side chain, or receptor, theory of immunity. Ehrlich’s side chains fixed bacterial toxins to cellular tissue.
The subsequent elucidation of its structure was a milestone in the development of chemical theory based on Kekulé's benzene ring and in the growth of the synthetic dyestuff industry. Dye and dyeing properties and theories were exploited for biological studies by the medical researcher Paul Ehrlich.
Jan 10, 2014 · The basis of unique chemoreceptors being used to develop more specific agents that not only target particular pathogens but also have no toxic host effect was proposed by Ehrlich. He realized that moving from laboratory studies to clinical implementation was fraught with dangers.
- Glenn S Tillotson, Stephen H Zinner
- 2013
It is almost a century since Professor Paul Ehrlich of the Royal Institute for Experimental Therapy in Frankfurt (Germany) gave the address in Pathology on Chemotherapeutics: scientific prin-ciples, methods and results [1]. Many of the key points of Ehrlich’s treatise set the stage for modern therapeutics in the treatment of infectious diseases.
Oct 20, 2015 · Inspired by this atmosphere of great discoveries, Paul Ehrlich, born in Strehlen, German Kingdom of Prussia, near Breslau in 1854, became one of the most influential scientists of his time and a pioneer in the fields of hematology, immunology, chemotherapy, and pharmacology. 1-3 In his career, Ehrlich connected cellular and molecular theories ...
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In awarding the Paul Ehrlich and Ludwig Darmstaedter Prize, the Foundation wishes to encourage scientists all over the world to do what Paul Ehrlich did throughout his entire life: extend medical know-how and make a contribution to the constant struggle against illness and disease-induced mortality.
