Concept

Emil Abderhalden

Summary
Emil Abderhalden (9 March 1877 – 5 August 1950) was a Swiss biochemist and physiologist. His main findings, though disputed already in the 1910s, were not finally rejected until the late 1990s. Whether his misleading findings were based on fraud or simply the result of a lack of scientific rigor remains unclear. Abderhalden's drying pistol, used in chemistry, was first described by one of his students in a textbook Abderhalden edited. Emil Abderhalden was born in Oberuzwil in the Canton of St. Gallen in Switzerland. He moved to Basel to study at the University of Basel. During his time in Basel, he joined the rowing club and was a founding member of FC Basel. Eleven men attended the meeting of founding Fussball Club Basel on 15 November 1893. Abderhalden played his first game for the club in the home game in the Stadion Schützenmatte on 22 September 1894 as Basel won 2–0 against FC Gymnasia. Abderhalden left the club in January 1895. Abderhalden studied medicine at the University of Basel and received his doctorate in 1902. He then studied in the laboratory of Emil Fischer and worked at the University of Berlin. In 1911 he moved to the University of Halle and taught physiology in the medical school. From 1931 to 1950, he was president of the German Academy of Natural Scientists Leopoldina. In 1936 he was appointed member of the Pontifical Academy of Sciences. During World War I, he established a children's hospital and organized the removal of malnourished children to Switzerland. Subsequently, he resumed his research into physiological chemistry and began to study metabolism and food chemistry. After World War II, Abderhalden returned to Switzerland in 1945 and lectured physiological chemistry at the University of Zurich as the replacement of Bonifaz Flaschenträger, who had to leave due to his membership in the NSDAP. He died there at age 73. The minor planet 15262 Abderhalden was named in his honour. Abderhalden is known for a blood test for pregnancy, a test for cystine in urine, and for explaining the Abderhalden–Kaufmann–Lignac syndrome, a recessive genetic condition.
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