Reaktsii arterial'nogo davleniia, vyzyvaemye impul'sami A-volokon sedalishchnogo nerva u detserebrovannykh i spinal'nykh liagushek.

G. I. Frolenkov; E. V. Lukoshkova; T. B. Shuvalova; V. M. Khaiutin

Reaktsii arterial'nogo davleniia, vyzyvaemye impul'sami A-volokon sedalishchnogo nerva u detserebrovannykh i spinal'nykh liagushek.

Translated title of the contribution: Reactions of arterial pressure to sciatic nerve A-fiber impulses in decerebrate and spinal frogs

G. I. Frolenkov, E. V. Lukoshkova, T. B. Shuvalova, V. M. Khaiutin

Physiology

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

Contrary to mammals, cutting of the spinal cord on the caudal part of the first segment in high-decerebrated nonanesthetized frogs does not evoke any statistically significant changes in blood pressure or lead to the depression of pressor responses to sciatic nerve A fibres stimulation. The intensity of the responses remains unchanged following cordotomy when stimulation frequency is low and increases when stimulation frequency is high. The results are believed to corroborate the conception on the predominant role of spinal shock in the depression of somato-sympathetic reflex reactions in cordotomized mammals.

Translated title of the contribution	Reactions of arterial pressure to sciatic nerve A-fiber impulses in decerebrate and spinal frogs
Original language	Russian
Pages (from-to)	536-538
Number of pages	3
Journal	Byulleten Eksperimentalnoi Biologii i Meditsiny
Volume	100
Issue number	11
State	Published - Nov 1985

ASJC Scopus subject areas

General Biochemistry, Genetics and Molecular Biology

Cite this

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title = "Reaktsii arterial'nogo davleniia, vyzyvaemye impul'sami A-volokon sedalishchnogo nerva u detserebrovannykh i spinal'nykh liagushek.",

abstract = "Contrary to mammals, cutting of the spinal cord on the caudal part of the first segment in high-decerebrated nonanesthetized frogs does not evoke any statistically significant changes in blood pressure or lead to the depression of pressor responses to sciatic nerve A fibres stimulation. The intensity of the responses remains unchanged following cordotomy when stimulation frequency is low and increases when stimulation frequency is high. The results are believed to corroborate the conception on the predominant role of spinal shock in the depression of somato-sympathetic reflex reactions in cordotomized mammals.",

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AU - Frolenkov, G. I.

AU - Lukoshkova, E. V.

AU - Shuvalova, T. B.

AU - Khaiutin, V. M.

PY - 1985/11

Y1 - 1985/11

N2 - Contrary to mammals, cutting of the spinal cord on the caudal part of the first segment in high-decerebrated nonanesthetized frogs does not evoke any statistically significant changes in blood pressure or lead to the depression of pressor responses to sciatic nerve A fibres stimulation. The intensity of the responses remains unchanged following cordotomy when stimulation frequency is low and increases when stimulation frequency is high. The results are believed to corroborate the conception on the predominant role of spinal shock in the depression of somato-sympathetic reflex reactions in cordotomized mammals.

AB - Contrary to mammals, cutting of the spinal cord on the caudal part of the first segment in high-decerebrated nonanesthetized frogs does not evoke any statistically significant changes in blood pressure or lead to the depression of pressor responses to sciatic nerve A fibres stimulation. The intensity of the responses remains unchanged following cordotomy when stimulation frequency is low and increases when stimulation frequency is high. The results are believed to corroborate the conception on the predominant role of spinal shock in the depression of somato-sympathetic reflex reactions in cordotomized mammals.

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ER -

Reaktsii arterial'nogo davleniia, vyzyvaemye impul'sami A-volokon sedalishchnogo nerva u detserebrovannykh i spinal'nykh liagushek.

Abstract

ASJC Scopus subject areas

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