| 词条 | Otto Frank (physiologist) |
| 释义 |
|name = Otto Frank |image = Otto frank_physiologist.jpg |image_size = 150px |caption = |birth_name = |birth_date = 21 June 1865 |birth_place = Groß-Umstadt |death_date = {{d-da|12 November 1944|21 June 1865}} |death_place = Munich |death_cause = |resting_place = |resting_place_coordinates = |residence = |nationality = German |field = physiology, cardiology |other_names = |known_for = Frank–Starling law of the heart, Windkessel effect |education = |alma_mater = |employer = |occupation = |home_town = |title = |salary = |networth = |height = |weight = |term = |predecessor = |successor = |party = |boards = |religion = |spouse = |partner = |children = |parents = |relatives = |signature = |website = |footnotes = }} Otto Frank (21 June 1865 – 12 November 1944) was a German born doctor and physiologist who made several important contributions to cardiac physiology and cardiology. The Frank-Starling law of the heart is named after him and Ernest Starling. Family and early life(Friedrich Wilhelm Ferdinand) Otto Frank was born in Groß-Umstadt and was the son of Georg Frank (1838–1907), a doctor of medicine and a practicing physician, and Mathilde Lindenborn (1841–1906). Otto Frank was married to Theres Schuster in a Catholic wedding in München .[1] Training and WorkOtto Frank studied medicine in München and Kiel between 1884 and 1889 (approbation in München 1889). During 1889 to 1891 he undertook training in mathematics, chemistry, physics, anatomy and zoology in Heidelberg, Glasgow, München and Straßburg. He then worked until 1894 as an assistant to Carl Friedrich Wilhelm Ludwig in the Physiologisches Institut in Leipzig. There in 1892 he completed his doctoral studies (Promotion). Subsequently, from 1894 Frank worked as an assistant in Carl von Voit's Physiological Institute in München where he studied cardiac function using approaches derived from earlier thermodynamic analyses of skeletal muscle contraction.[2] His work on the behaviour of heart muscle was the topic of his post doctoral work. In 1902 he became an Extraordinary Professor and from 1905 to 1908 he undertook further work on this topic before becoming a full professor (Ordinariat). Then he returned to München to continue this work. Carl J. Wiggers visited Frank’s laboratory in 1912 and found Frank a ‘‘brilliant analyst, a skillful systematist, a talented mathematician, and a creative thinker...’’, but secretive and difficult to work with. Wiggers returned to the US in the fall of 1912 having ‘smuggled’ copies of some of Frank’s equipment out with him,[3] despite this Wiggers and Frank seem to have maintained cordial relations subsequently. Frank appears to have been a demanding teacher and Richard Bing, an Editor of the Journal of Molecular and Cellular Cardiology, who studied with Frank, recalled him as '...a holy terror, hating mediocrity, and many a student bit the dust in the examination in Physiology'.[4] Frank continued to work in München until his enforced retirement in 1934 due to his opposition to the Nazi regime. AchievementsFrank's initial research was related to fat absorption. But in his postdoctoral work (Habilitationsschrift) Frank investigated the isometric and isotonic contractile behaviour of the heart and it is this work that he is best known for. Frank's work on this topic preceded that of Ernest Starling, but both are usually credited with providing the foundations of what is termed the Frank–Starling law of the heart. This law states that "Within physiological limits, the force of contraction is directly proportional to the initial length of the muscle fiber". Frank also undertook important work into the physiological basis of the arterial pulse waveform and may have coined the term essential hypertension in 1911.[5] His work on the Windkessel extended the original ideas of Stephen Hales and provided a sound mathematical framework for this approach. Frank also published on waves in the arterial system but his attempts to produce a theory that incorporated waves and the Windkessel are not considered to have been successful. Frank also did work on the oscillatory characteristics of the auditory apparatus of the ear and the thermodynamics of muscle. He also worked extensively on developing accurate methods to measure blood pressure and other physiological phenomena (e.g. Frank's capsule (Frank-Kapsel), optical Spiegelsphygmograph). Selected Published Work
Publications about Otto Frank
References1. ^Katner, Wilhelm, „Frank, Friedrich Wilhelm Ferdinand Otto“, in: Neue Deutsche Biographie 5 (1961), S. 335 f. 2. ^{{cite journal |author=Katz AM |title=Ernest Henry Starling, his predecessors, and the "Law of the Heart" |journal=Circulation |volume=106 |issue=23 |pages=2986–92 |date=December 2002 |pmid=12460884 |doi= 10.1161/01.CIR.0000040594.96123.55|url=http://circ.ahajournals.org/cgi/pmidlookup?view=long&pmid=12460884}} 3. ^{{cite journal |author=Reeves JT |title=Carl J. Wiggers and the pulmonary circulation: a young man in search of excellence|journal=Am J Physiol |volume=274 |issue=4 (Pt 1) |pages=L467–74 |date=April 1998 |pmid=9575864 |doi= |url=http://ajplung.physiology.org/cgi/pmidlookup?view=long&pmid=9575864}} 4. ^{{cite journal |author=Bing R. |title=Editor's comment to Translation of Otto Frank's paper Die Grundform des Arteriellen Pulses |journal=J Mol Cell Cardiol |volume=22|pages=253–277|year=1990 |pmid=2192068 |last2=Lie |first2=RK |last3=Schaefer |first3=J |issue=3 |doi=10.1016/0022-2828(90)91459-K}} 5. ^{{cite journal |author= Norman Sharpe |title=Hypertension: from a mare in Cambridgeshire to the South-American pit viper|journal=Dialogues in Cardiovascular Medicine|volume=11 |issue=2|pages=100–7 |year=2006|url=http://www.dialogues-cvm.org/pdf/40/DCVM40.pdf|format=PDF}} External links
4 : German physiologists|1865 births|1944 deaths|People from Groß-Umstadt |
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