STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA

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STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA

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- STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA
- STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA
- 针刺研究 1989年第Z1期页码：45-46
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- 纸质出版日期：1989
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STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA[J]. 针刺研究, 1989,(Z1):45-46.

STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA[J]. Acupuncture research, 1989, (Z1): 45-46.
STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA[J]. 针刺研究, 1989,(Z1):45-46. DOI：

STUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIASTUDIES ON THE REACTIONS OF HIPPOCAMPAL FORMATION IN PAIN MODULATION AND ACUPUNCTURE ANALGESIA[J]. Acupuncture research, 1989, (Z1): 45-46. DOI：

摘要

It has been proved that the hippocampal formation is closely related tosome behaviour reactions (such as learning and memory)

visceraI activities

and neuro-endocrine regulations. However

what roles the hippocampus mayplay in pain modulation and analgesic mechanism still need further studies.So we have done some works in this field. The blood pressure increased accompanying hippocampal EEG's slowrhythmic activity (SRA or theta rhythm) which had a higher amplitude and alonger time course. This EEG wave was specific and could be used as one ofindexes of nociceptive response. Our experiments also demonstrated that theblood pressure increase could be induced by peripheral somatic noxious stimu-

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