Titlebook: August and Marie Krogh; Lives in Science Bodil Schmidt-Nielsen Book 1995 American Physiological Society 1995 August Krogh.Marie Krogh.blood

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GROVE

abolish

,The Introduction of Isotopes (1935–1944),In 1935 Niels Bohr and Georg von Hevesy invited Krogh to collaborate in biological experiments with “heavy” water, i.e. water in which some of the hydrogen ions are replaced with the isotope deuterium (D) bearing twice the atomic weight of hydrogen..

明確

cavity

違反

,Becoming a Physiologist (1895–1899),is colleagues in understanding the importance of physiology for zoology, recommended that Krogh take a physiology course in addition to his regular studies. Physiology was not taught within the Naturhistorisk Fakultet (the Mathematics—Natural Science Department), but in the Medical School, where Chr

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,The Beginning of Zoophysiology (1899–1904), from Viggo advising him that his education since he was eighteen years old had cost his parents DKr 3,309.25. This sum was to be considered an advance on his inheritance. The financial agreement that August had with his parents was very complete and included the cost of having his laundry done in G

離開就切除

August and Marie (1904),appiness will pass you by and you may never see it again.” This is what the eighteen-year-old August wrote in 1892 in his paper on the theme “Each person is the forger of his own happiness.” Now, twelve years later in spring 1904, happiness unexpectedly presented itself to August and he followed his

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,Marriage and the Seegen Prize (1904–1906),ft for a month’s stay in Lund, Sweden, for her anatomical dissection course while August continued his work in the laboratory. August was now working with a new apparatus he had built for measuring the respiratory excretion of nitrogen.

河潭

,The Oxygen Secretion Controversy (1906–1910),’s laboratory was nearing its end, he found himself unintentionally caught in an emotionally charged scientific controversy with his own mentor. This conflict not only affected him deeply, but also was decisive in shaping his future research which in turn led to some of his most important discoverie