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With the aid of a heater implanted into the hypothalamus, the temperature was raised in the medial preoptic area of the rabbit hypothalamus; Vasodilatation was observed at that in the helix and in the nose skin. The heat emanated during this response was measured with the aid of a dynamic biocalorimeter. The amplification coefficient in the thermoregulation system was calculated as the ratio: the heat emanated by the rabbit during the vascular thermoregulatory response--the heat introduced into the hypothalamus in the course of heating. At the temperature 20% in the calorimeter chamber, the amplification coefficient was 3.9+/-0.8, and at 24 degrees it was as high as 13.6+/-1.0.
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
January 1994,
General pharmacology,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
January 1972,
The Journal of physiology,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
June 1980,
The Journal of physiology,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
June 1984,
Aviation, space, and environmental medicine,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
January 1971,
Zeitschrift fur Kinderheilkunde,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
June 1970,
The American journal of physiology,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
October 1962,
Acta physiologica Scandinavica,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
April 1981,
Experientia,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
January 1971,
Acta pathologica et microbiologica Scandinavica. Section B: Microbiology and immunology,
N A Slepchuk, and
G V Rumiantsev, and
B Kruk
October 1971,
The American journal of physiology,
