Study on the Trans-segmental Integration of the Spinal Cord on Afferent Information from Acupoint Stimulation and Cardiac Focus in the Rabbit
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Study on the Trans-segmental Integration of the Spinal Cord on Afferent Information from Acupoint Stimulation and Cardiac Focus in the Rabbit
Acupuncture ResearchIssue 1, Pages: 21-23(2004)
作者机构:
1. 山西中医学院针灸推拿系
2. 上海市针灸经络研究所
3. 上海市针灸经络研究所,太原,030024
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Published:2004
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Study on the Trans-segmental Integration of the Spinal Cord on Afferent Information from Acupoint Stimulation and Cardiac Focus in the Rabbit[J]. Acupuncture research, 2004, (1): 21-23.
DOI:
Study on the Trans-segmental Integration of the Spinal Cord on Afferent Information from Acupoint Stimulation and Cardiac Focus in the Rabbit[J]. Acupuncture research, 2004, (1): 21-23.DOI:
Study on the Trans-segmental Integration of the Spinal Cord on Afferent Information from Acupoint Stimulation and Cardiac Focus in the Rabbit
Objective:To explore methods for establishing pathological model of “Qi arriving at the affected area" of traditional Chinese medicine
and to try to provide a clue for further studying about the essence of meridians. Methods: Thirty male rabbits anesthetized with 20% urethane (1 g/kg) were randomly divided into experimental group ( n =15) and control group ( n =15). Silver ball electrodes were placed separately below the spinous processes of C 7
T 3
L 4 and L 6 for recording the spinal evoked potential (SEP) after electrical stimulation of the exposed heart for 15 sec (for inducing pathological changes
the artificial focus) and subsequent electroacupuncture (EA) stimulation of bilateral “Zusanli"(ST 36). The reference electrode was placed beneath the subcutaneous tissue. Ten minutes later
Nitrate Strychnine (2 mL
an inhibitor of glycine) was injected into the subcutaneous tissues for enhancing the excitability of spinal cord. The treatments of control group were the same to those of experimental group except stimulation of the heart. Results: In treatment group
before cardiac stimulation
SEP could be recorded only from L 4 and L6; following cardiac stimulation
SEP could also be recorded from T 3 and C 7 (fewer cases). After administration of Nitrate Strychnine
SEP could be recorded from C 7 in every animal. Along with the appearance of SEP from C 7
the post stimulation electrocardiogram was also improved. In control group
following acupuncture stimulation of ST 36
SEP was recorded from L 4 and L 6; after subcutaneous injection of Nitrate Strychnine
SEP could also be recorded from T 3. Conclusion: The conducting SEP under background of subcutaneous administration of Strychnine may be employed as a model of “Qi arriving at the affected area".