Wilder's law of initial value: Difference between revisions
m Journal cites, Added 1 doi to a journal cite using AWB (10495) |
No edit summary |
||
| Line 1: | Line 1: | ||
'''Wilder's law of initial value''' (''German'' "Ausgangswertgesetz", Ausgangswert meaning [[Baseline (medicine)|baseline]] in modern terms) states that "the direction of response of a body function to any agent depends |
'''Wilder's law of initial value''' (''German'' "Ausgangswertgesetz", Ausgangswert meaning [[Baseline (medicine)|baseline]] in modern terms) states that "the direction of response of a body function to any agent depends on a large degree on the initial level of that function", proposed by [[Joseph Wilder]].<ref>{{cite journal| pmid=14000687 |title=Wilder, J. Basimetric approach (law of initial value) to biological rhythms, Annals of the New York Academy of Sciences, 1962, 98, 1211-1228 | volume=98 |date=October 1962 | journal=Ann. N. Y. Acad. Sci. | pages=1211–20 | doi=10.1111/j.1749-6632.1962.tb30629.x}}</ref> It is unclear whether it is a real effect<ref>[[Gary Berntson|Berntson GG]]; Uchino BN; [[John Cacioppo|Cacioppo JT]]. ''Origins of baseline variance and the Law of Initial Values''. Psycho-physiology 1994; 31(2): 204-10.</ref> or a statistical [[Artifact (error)|artifact]].<ref name="Krauth">Joachim Krauth: ''Experimental Design''. Elsevier/Saunders 2000. ISBN 0-444-50637-3, p. 27</ref> |
||
"Das Ausgangswertgesetz" was first published in 1931 by [[Springer Science+Business Media|Springer]]. Wilder gave human subjects injections of [[pilocarpine]], [[atropine]], or [[adrenaline]], and found that the changes in pulse and blood pressure were smaller than average, if subjects had high values before the injection, and vice versa.<ref name="Krauth"/> |
"Das Ausgangswertgesetz" was first published in 1931 by [[Springer Science+Business Media|Springer]]. Wilder gave human subjects injections of [[pilocarpine]], [[atropine]], or [[adrenaline]], and found that the changes in pulse and blood pressure were smaller than average, if subjects had high values before the injection, and vice versa.<ref name="Krauth"/> |
||
Revision as of 05:47, 25 May 2016
Wilder's law of initial value (German "Ausgangswertgesetz", Ausgangswert meaning baseline in modern terms) states that "the direction of response of a body function to any agent depends on a large degree on the initial level of that function", proposed by Joseph Wilder.[1] It is unclear whether it is a real effect[2] or a statistical artifact.[3]
"Das Ausgangswertgesetz" was first published in 1931 by Springer. Wilder gave human subjects injections of pilocarpine, atropine, or adrenaline, and found that the changes in pulse and blood pressure were smaller than average, if subjects had high values before the injection, and vice versa.[3]
Wilder's first informal articles and work on the topic began in 1922. At that time, he worked in the office of Dr. Wagner-Jauregg, the Nobel Prize–winning doctor, at the University of Vienna. Yet, because Wilder was Jewish, he did not have similar opportunities for full professorship as his career matured. His career was temporarily interrupted by emigration to the United States in 1938. Wilder's legacy was established through the Law of Initial Value, which has been published the world over. However, Wilder's research and writing ranged from diverse treatises on ethics and magical thinking, to research on criminology, multiple sclerosis, blood sugar, and many other topics. He also practiced psychoanalysis in New York, and previously, as the Director of the Rothschilds' hospital for neurotics called "Rosenhügel" in Vienna.[citation needed]
References
- ^ "Wilder, J. Basimetric approach (law of initial value) to biological rhythms, Annals of the New York Academy of Sciences, 1962, 98, 1211-1228". Ann. N. Y. Acad. Sci. 98: 1211–20. October 1962. doi:10.1111/j.1749-6632.1962.tb30629.x. PMID 14000687.
- ^ Berntson GG; Uchino BN; Cacioppo JT. Origins of baseline variance and the Law of Initial Values. Psycho-physiology 1994; 31(2): 204-10.
- ^ a b Joachim Krauth: Experimental Design. Elsevier/Saunders 2000. ISBN 0-444-50637-3, p. 27