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Lingual blood flow was studied in dogs by the 133Xe clearance technique under control conditions, during epinephrine infusion in response to the combined treatment with Regitin and epinephrine. The composite washout curves recorded during control conditions could be resolved into three monoesponential components. It is suggested that the steep initial slope (component I)is caused by the fraction of blood that perfuses the A-V anastomoses of the tongue. Component II and III appear to the effect of epinephrine infusion might indicate the closure of arterio-venous anastomoses containing alpha receptors. Regitin pretreatment could prevent the closure of the arterio-venous anastomoses elicited by epinephrine infusion. The beta receptor stimulating activity of epinephrine migh account for the augmentation of blood flow to lingual musculature.
A Fazekas, and
E Pósch, and
L Hársing
June 1984,
Journal of cerebral blood flow and metabolism : official journal of the International Society of Cerebral Blood Flow and Metabolism,
A Fazekas, and
E Pósch, and
L Hársing
January 1981,
European journal of nuclear medicine,
A Fazekas, and
E Pósch, and
L Hársing
December 1977,
Meditsinskaia radiologiia,
A Fazekas, and
E Pósch, and
L Hársing
July 1980,
Meditsinskaia radiologiia,
A Fazekas, and
E Pósch, and
L Hársing
January 1977,
Cor et vasa,
A Fazekas, and
E Pósch, and
L Hársing
January 1981,
International journal of nuclear medicine and biology,
A Fazekas, and
E Pósch, and
L Hársing
April 1974,
Pflugers Archiv : European journal of physiology,
A Fazekas, and
E Pósch, and
L Hársing
September 1992,
The Journal of Nihon University School of Dentistry,
A Fazekas, and
E Pósch, and
L Hársing
January 2004,
Hepato-gastroenterology,
A Fazekas, and
E Pósch, and
L Hársing
November 2003,
Clinical physiology and functional imaging,
