Description Concentrates on a particular historical question: “How did hemoglobin come to be understood as a combination of a protein and an iron-containing pigment, whose physiological function was to transport oxygen from the lungs to the tissues of vertebrate animals?” Discusses in particular the work of Felix Hoppe-Seyler in the years 1857-1867.
Book Kox, A.J.; Siegel, Daniel M. (1995) No truth except in the details: Essays in honor of Martin J. Klein.
Article
Braun, Robyn;
(2011)
Accessory Food Factors: Understanding the Catalytic Function
Article
Pasero, Giampiero;
Marson, Piero;
(2009)
Quelques notes sur Cesare Bertagnini, pionnier de la pharmacocinétique
Book
Randi Hutter Epstein;
(2018)
Aroused: The History of Hormones and How They Control Just About Everything
Article
Buckingham, Hugh W.;
(2008)
Walter Moxon, MD, FCRP (1836--1886): The Cerebro-Vascular System and the Syndrome of “Congestion of the Brain”: An Analysis of His 1881 Croonian Lectures
Article
Janko, Jan;
(1975)
Chemie v syntetických zpracováních fyziologie v 2. polovině 19. a na počátkii 20. století. (Chemistry in the synthetic treatments of physiology in the second half of the 19th century and beginning of the 20th century.)
Article
Glas, E.;
(1976)
The Liebig-Mulder controversy: On the methodology of physiological chemistry
Article
Glas, E.;
(1978)
Methodology and the emergence of physiological chemistry
Chapter
Holmes, Frederic L.;
(1988)
The formation of the Munich school of metabolism
Article
Heilbron, J.L.;
(1994)
The affair of the Countess Görlitz
Chapter
Haigh, Elizabeth;
(1991)
William Brande and the chemical education of medical students
Chapter
Holmes, Frederic L.;
(1984)
Carl Voit and the quantitative tradition in biology
Article
Hall, Vance M. D.;
(1980)
The role of force or power in Liebig's physiological chemistry
Chapter
Mani, Nikolaus;
(1974)
Johann Florian Heller und die frühe klinische Chemie in der Mitte des 19. Jahrhunderts
Book
Liebig, Justus von;
(1988)
Justus von Liebig und Julius Eugen Schlossberger in ihren Briefen von 1844-1860. Zugleich ein Beitrag zur Geschichte der physiologischen Chemie in Tübingen. Hrsg. von Hesse, Fritz und Heuser, Emil
Chapter
Suzanne Raitt;
(2017)
Immoral Science in The Picture of Dorian Gray
Article
Ross, R. Stefan;
(1996)
“Chemie und Mikroskop am Krankenbett”: Mark Aurel Hoefle (1818-1855) und die frühe Entwicklung der klinischen Chemie in Heidelberg
Article
Rubin, Lewis P.;
(1980)
Styles in scientific explanation: Paul Ehrlich and Svante Arrhenius on immunochemistry
Chapter
Florkin, Marcel;
(1975)
Early theories of the “biological oxidations” of intracellular respiration
Book
Hesse, Fritz;
(1976)
Professor Dr. med. et chir. Julius Eugen Schlossberger (1819--1860), Begründer der physiologischen Chemie in Tübingen: Leben und Werk
Book
Franke, Henrik;
(1998)
Moritz Traube (1826-1894): Vom Weinkaufmann zum Akademiemitglied: Der aussergewöhnliche Weg des jüdischen Privatgelehrten und Pioniers der physiologischen Chemie
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