
	Where results make sense

Topic: Gustav Embden

Related Topics

Embden, Maine

Gustav III of Sweden

Gustav I of Sweden

Gustav VI Adolf of Sweden

Gustav III

Gustav V of Sweden

Gustav IV Adolf of Sweden

Gustave Flaubert

Gustav Holst

Gustav Stresemann

Carl Gustav Jakob Jacobi

Gustav IV Adolf

In the News (Thu 16 Feb 12)

EXECUTIVE POWER

Iran

ANALYSIS

Pakistan

Family compact

	The History of the Kaiser Wilhelm Institute for Medical Research: 1929-1939
		Indeed, after a much heated debate with Embden, who believed that a molecule called lactocidogen was the energy source for the muscle mechanism, this idea became known in some circles as the Meyerhof dogma.
		Embden's lactocidogen proved not to be the activator), Meyerhof continued to support the general theory of the lactic acid cycle, and much of his group's efforts during the late 20s continued to be directed toward unravelling lactic acid's role in muscle glycolysis.
		Embden believed that the appearance of hexosediphosphate was related to his lactocidogen, while Meyerhof proposed early on that all glucose must go through esterification leading to formation of phosphates.
	nobelprize.org /medicine/articles/states/otto-meyerhof.html (7632 words)

	Embden, Gustav Georg -- Encyclopædia Britannica
		German physiological chemist who conducted studies on the chemistry of carbohydrate metabolism and muscle contraction and was the first to discover and link together all the steps involved in the conversion of glycogen to lactic acid.
		The great Austrian symphonist Gustav Mahler was known during his lifetime primarily as an opera and orchestra conductor.
		German statesman Gustav Stresemann was instrumental in the efforts to normalize relations between Germany and its former enemies following World War I. As chancellor (1923) and foreign minister (1923, 1924–29) of the Weimar Republic, he was involved in the negotiations that led to the Dawes Plan—an arrangement for Germany's payment of reparations after the...
	www.britannica.com /eb/article-9032503 (663 words)

	CSHL: Symposia on Quantitative Biology
		The period from the latter part of the 19th century through the 1940s may be regarded as a golden age of biochemistry, a time when the laboratories and lecture halls were ruled by giants such as Hoppe-Seyler, Buchner, Paster, Fischer, Hopkins, Warburg, Keilin and so on.
		During this period, the fundamental metabolic pathways of the cell were being elucidated by scientists whose names have become eponymous with their discoveries; for example, Gustav Embden, Otto Meyerhof and Hans Krebs.
		It is not surprising, then, that Ponder commented on the topic of the 1939 Symposium that “A more timely subject could scarcely have been chosen, for it is one which has come to of the first importance in the investigation of cellular chemistry, whether physiological or abnormal”.
	library.cshl.edu /symposia/1939 (269 words)

	PageWappen5.html
		One of the bearers of a Hein / Heine coat-of-arms /Wappen is Gustav Heine von Geldern who was Jewish.
		Gustav Heine received the coat-of-arms "cognomen" on 30 March 1867 in Vienna / Austria-Hungary.
		In the family of my ancestors Anna Heine and her husband Gustav Hertz, there were seven brothers, and each took the religion of his wife.
	www.remmick.org /Borodino.Bess.History/PageWappen5.html (1059 words)

	Glycolysis - Wikipedia, the free encyclopedia
		Although glycolysis produces less energy per glucose molecule than complete aerobic oxidation, it can occur at great speed and is anaerobic (i.e., it does not require oxygen).
		The most common and well-known form of glycolysis is the Embden-Meyerhof pathway, initially elucidated by Gustav Embden and Otto Meyerhof.
		The term can be taken to include alternative pathways, such as the Entner-Doudoroff Pathway.
	www.wikipedia.org /wiki/Glycolysis (963 words)

	Ulf von Euler - Wikipedia, the free encyclopedia
		From 1930 to 1931 von Ulf got a Rochester Fellowship to do his post-doctoral studies abroad.
		He studied in England with Sir Henry Dale in London and with I. de Burgh Daly in Birmingham, and then proceeded to the continent, studying with Corneille Heymans in Ghent, Belgium and with Gustav Embden in Frankfurt, Germany.
		Von Euler liked to travel, so he also worked and learned biophysics with Archibald Vivian Hill, again in London in 1934, and neuromuscular transmission with G. Brown in 1938.
	en.wikipedia.org /wiki/Ulf_Svante_von_Euler (623 words)

	November 10 (Site not responding. Last check: 2007-10-14)
		Schiller was a close friend of Johann Wolfgang von Goethe and worked with him in Weimar.
		Birth of Gustav Georg Embden in Hamburg, Germany.
		Embden was a chemist who was the first to describe the whole of the process of the conversion of glycogen to lactic acid.
	courseweb.stthomas.edu /paschons/language_http/CALENDAR/nov10.html (349 words)

	MPImF History: Otto Meyerhof (1929-38) (Site not responding. Last check: 2007-10-14)
		Wieland, the Coris, Embden, Fiske, and others, all made important contributions that are not detailed here.
		In the absence of a better model (neither did Embden's lactocidogen prove to be the activator), Meyerhof continued to support the general theory of the lactic acid cycle, and much of his group's efforts during the late 20s continued to be directed toward unraveling lactic acid's role in muscle glycolysis.
		With accumulating data from his own and other laboratories, Embden constructed a detailed proposal for reaction sequences for almost the entire glycolytic pathway.
	web1.mpimf-heidelberg.mpg.de /History/Meyerhof.html (7542 words)

	Embden, Gustav Georg -- Compton's Desk Reference Online Article
		Embden, Gustav Georg -- Compton's Desk Reference Online Article
		His studies focused mainly on chemical processes in living organisms, especially intermediate metabolic processes in liver tissue.
		By developing a technique to prevent tissue damage, Embden discovered the liver's important role in metabolism and did preliminary studies that led to the investigation of normal sugar metabolism and of diabetes.
	deskreference.britannica.com /ebc/article?tocId=9363659 (136 words)

	Biographische Artikel und Nekrologe (BAN)
		Bramann, Fritz Gustav von: G. Anton, Zur Erinnerung an Fritz Gustav von Bramann.
		Embden, Gustav (1874-1933): Gerhard Schmidt, Gustav Embden +.
		Jung, Carl Gustav (1875-1961): K.W. Basch, Carl Gustav Jung.
	www.uni-heidelberg.de /institute/fak5/igm/g47/bauerbio.htm (2969 words)

	Gustav von Bergmann (www.whonamedit.com) (Site not responding. Last check: 2007-10-14)
		A crunching, rasping sound, synchronous with heartbeat, heard over the precordium in spontaneous mediastinal emphysema.
		Gustav von Bergmann was the son of Ernst von Bergmann (1836—1907) the surgeon.
		With Albrecht Bethe (1872-1954) and Gustav Georg Embden (1874-1933), Bergmann was the publisher of Handbuch der normalen und pathologischen Physiologie, Berlin 1925 ff..
	www.whonamedit.com /doctor.cfm/2544.html (343 words)

	Dorlands Medical Dictionary (Site not responding. Last check: 2007-10-14)
		d[schwa]n) [Gustav Georg Embden, German biochemist, 1874–1933] see under ester.
		[schwa]r-hof) [G.G. Embden; Otto Fritz Meyerhof, German physiologist, 1884–1951] see under pathway.
		nahs) [G.G. Embden; O.F. Meyerhof; Jakub Karol Parnas, Polish biochemist, 1884–1949] see Embden-Meyerhof pathway, under pathway.
	merckmedicus.com /ppdocs/us/common/dorlands/dorland/dmd-e-009.htm (1953 words)

	The History of the Kaiser Wilhelm Institute for Medical Research: 1929-1939
		It was in this general context that medicine and the natural sciences began to interface for the first time.
		Physician-scientists Ludolf von Krehl, Gustav Embden and Carl Neuberg were early pioneers in this effort.
		Such men had a dual motivation: clearly they wished to apply as many basic scientific tools as possible in order to understand and potentially cure diseases, but they also believed that the study of pathological conditions might hold the key to understanding normal cellular functions.
	nobelprize.org /chemistry/articles/states/foundation-kwimf.html (2905 words)

	Antiquariaat Secundus at antiqbook.nl
		13160: FIERENS, PAUL - Exposition Gustave de Smet du 14 au 28 Novembre 1931.
		14639: FLAUBERT, GUSTAVE - Haat is een deugd.
		11965: GEEST, JOOS DE A.O. Gustave van de Woestijne.
	www.antiqbook.nl /boox/sec/books2000.shtml (7373 words)

	Glycolysis - Embden/Meyerhof/Parnas Pathway
		The activities required for the reactions to occur were composed of a heat-labile, non-dialyzable substance (
		Many scientists, including Gustav Embden, Otto Meyerhof, Carl Neuberg, Jacob Parnas, Otto Warburg, Gerty Cori, and Carl Cori, contributed to the complete determination of the pathway.
		The goal of the initial reactions of glycolysis is to convert
	fig.cox.miami.edu /~cmallery/255/255atp/glycolysis.htm (445 words)

	Deutsches Biographisches Adelsrepertorium
		Elpons, Gustav v., 1847 geadelt, 1805 in Hennerwitz geb., Offz im Hus-Rgt.
		Enckevort, Gustav Heinrich v., RegDir in Pommern (erwähnt 1763/66)
		Enckevort, Gustav Heinrich v., RegVizePräs in Pommern (erwähnt 1766/69)
	home.foni.net /~adelsforschung1/dbar25.htm (1231 words)

	AWMF online - Leitlinie Dermatologie / Perioperative Antibiotikatherapie (Site not responding. Last check: 2007-10-14)
		de Neeling AJ, van Leeuwen WJ, Schouls LM, Schot CS, van Veen-Rutgers A, Beunders AJ, Buiting AG, Hol C, Ligtvoet EE, Petit PL, Sabbe LJ, van Griethuysen AJ, van Embden JD (1998) Resistance of staphylococci in The Netherlands: surveillance by an electronic network during 1989-1995.
		Annette Stein, Klinik und Poliklinik für Dermatologie, Universitätsklinikum Carl Gustav Carus an der Technischen Universität Dresden, Fetscherstr.
		Günther Sebastian, Klinik und Poliklinik für Dermatologie, Universitätsklinikum Carl Gustav Carus an der Technischen Universität Dresden, Fetscherstr.
	www.uni-duesseldorf.de /WWW/AWMF/ll/013-014.htm (2566 words)

	Chronology
		Their results contributed enormously to our understanding of membrane structure.
		Gustav Embden and Otto Meyerhof each demonstrated crucial intermediates in the chemical pathway of glycolysis and fermentation.
		David Keilin isolated cytochrome C and reconstituted electron transport in particulate heart preparations.
	hemptruth.150m.com /mirrored/Biological%20Sciences%20Chronology.htm (16929 words)

	Remembering Our Teachers -- Kornberg 276 (1): 3 -- Journal of Biological Chemistry
		Carl Neuberg with fructose 6-phosphate, Robert Robison and Gustav
		Embden with glucose 6-phosphate, and more recently, Isidor Greenwald
		How was the Cori ester produced and what was its fate?
	www.jbc.org /cgi/content/full/276/1/3 (4753 words)

	Family Names of the Prussian Mennonites (Site not responding. Last check: 2007-10-14)
		In 1940 Gustav E.Reimer (1916-1979) of Heubuden (1), West Prussia, son of Diakon Gustav Reimer, published his paper "Die Familiennamen der Westpreussischen Mennoniten" in Nr.3 of 'Schriftenreihe des Mennonitischen Geschichtsvereins' which was reprinted in 1963.
		Students of Prussian families should look at Reimer's Familiennamen since he not only gives the congregations where families lived, but he also attempts to interpret meaning and origin of Mennonite family names.
		(1) Gustav Reimer (1916-1979) obituary published in Mennonitische Geschichtsbl.
	www.mmhs.org /int/reimer.htm (1044 words)

	CHEMISTRY THROUGH THE EYES OF FAITH (Site not responding. Last check: 2007-10-14)
		Embden, Gustav Georg (1874-1933) - Embden-Meyerhof Pathway (glycolysis) and fermentation
		Khorana, Har Gobind (1922-) - 1968 Nobel Prize in Physiology or Medicine shared with others for interpretation of the genetic code and it function in protein synthesis
		Kirchhoff, Gustav Robert (1824-1887) - with Bunsen, discovered cesium and rubidium
	www.sbuniv.edu /~ggray/SCF3412/ChemBio.html (4828 words)

	April 12 - Today in Science History (Site not responding. Last check: 2007-10-14)
		The lactic acid was reconverted to glycogen through oxidation by molecular oxygen, during muscle rest.
		This line of research was continued by Gustav Embden and Carl and Gerty Cori who worked out in greater detail the steps by which glycogen is converted to lactic acid - the Embden-Meyerhof pathway.
		Born 12 Apr 1878; died 24 Apr 1958.
	www.todayinsci.com /4/4_12.htm (3197 words)

Try your search on: Qwika (all wikis)