DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS

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DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS

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- DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS
- DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS
- 针刺研究 1989年第Z1期页码：89-90
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- 纸质出版日期：1989
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DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS[J]. 针刺研究, 1989,(Z1):89-90.

DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS[J]. Acupuncture research, 1989, (Z1): 89-90.
DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS[J]. 针刺研究, 1989,(Z1):89-90. DOI：

DESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATSDESCENDING MODULATION OF SOME MEDULLARY REGIONS ON NOCICEPTIVE TRANSMISSION OE SPINAL NEURONS IN CATS[J]. Acupuncture research, 1989, (Z1): 89-90. DOI：

摘要

It is well known that the transmission of nociceptive signals at the spinalcord is modulated by the descending inputs from a number of medullary nuclei.In the present study

comparison of inhibitory actions of the nucleus raphemagnus (NRM) and the nucleus tractus solitarius (NTS) on the nociceptive ne-uronal responses in the spinal cord has been made

and the effective pathwayand possible neurotransmitters involved in the inhibitory effect produced byNTS stimulation has also been investigated.

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