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The Nobel Prize in Physiology or Medicine 1953 was divided equally between Hans Adolf Krebs "for his discovery of the citric acid cycle" and Fritz Albert Lipmann "for his discovery of co-enzyme A and its importance for intermediary metabolism"
3. Nov. 2020 · Figure 1. Hans Adolf Krebs. 1. Childhood and Life up to 1932. We will begin by retracing a short interval in the life of young Hans Krebs. Personally, he viewed himself as “lucky” [1]. He grew up in a sheltered home in Hildesheim, Germany. His father was an ear, nose, and throat physician, and his mother raised Hans and his two siblings.
Hans Adolf Krebs died in Oxford on 22 November 1981, at the age of 81 and only two weeks after leaving his beloved laboratory for treatment, in hospital, of what he believed was a trivial gastric upset. With his death ended an era of research into intermediary metabolism and its regulation, of which Krebs had been a pioneer, that he had brought ...
Hans Adolf Krebs (n. 25 august 1900, Hildesheim, Germania – d. 22 noiembrie 1981, Oxford, Anglia, Regatul Unit) a fost un biolog, medic și biochimist german-britanic. A fost un pionier al studiului respirației celulare, a proceselor biochimice din celula vie prin care energia este extrasă din alimente și oxigen.
Sir Hans Adolf Krebs (* 25. august 1900, Hildesheim, Nemecko – † 22. november 1981, Oxford, Spojené kráľovstvo) bol nemecký, neskôr anglický lekár a biochemik. Preslávil sa opísaním tzv. citrátového cyklu, známeho tiež pod názvom Krebsov cyklus [1], kľúčového sledu reakcií v energetickom metabolizme bunky, za čo získal ...
Sir Hans Adolf Krebs (1900 - 1981) Hans Adolf Krebs wurde am 25.08.1900 in Hildesheim als Sohn jüdischer Eltern geboren. Sein Vater Georg, ein angesehener Hals-Nasen-Ohrenarzt, stammte aus Gleiwitz in Schlesien, seine Mutter, eine geborene Davidson, aus Hildesheim. Sie gehörte einer jener jüdischen Familien an, die in der Hildesheimer Gegend ...
29. Nov. 2022 · Sir Hans Adolf Krebs (/krɛbz, krɛps/; 25 August 1900 – 22 November 1981)[1][2][3][4] was a German-born British biologist, physician and biochemist.[5] He was a pioneer scientist in the study of cellular respiration, a biochemical process in living cells that extracts energy from food and oxygen and makes it available to drive the processes of life.[6][7] He is best known for his discoveries
