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- nucleus raphe alatus 翼縫核
- Aim: To demonstrate neurotransmitters in fibers project to dorsal hippocampus from nucleus raphe dorsalis in therat. 目的：研究大鼠中縫背核至背海馬投射纖維的遞質(zhì)性質(zhì)。
- Objective:To study the changes of 5-HT in nucleus raphe dorsalis in gerbils after cerebral ischemia and reperfusion. 目的：探討沙土鼠腦缺血時(shí)中縫背核神經(jīng)元5-HT的變化。
- Results: HRP labelled cells,5-HT labelled cells and 5-HT-HRP dou-bled cells were found in nucleus raphe dorsalis . 結果：在中縫背核內可見(jiàn)到HRP標記細胞、5-HT陽(yáng)性反應細胞和5-HT-HRP雙標細胞。
- Common seal the shell is made from the book stereoplasm paerboard, soft cover, the nucleus Raphe Magnus paper etc. 常見(jiàn)的書(shū)封殼是由硬質(zhì)紙板、軟質(zhì)封面、中縫紙等加工而成。
- Objective To study the effect of Oxytocin(OT) on pain modulation in nucleus raphe magnus(NRM) and its relation to endogenous 5 HT. 目的 探討中縫大核 (NRM)內催產(chǎn)素 (OT)在痛行為調制中的作用 ,及其和內源性 5 HT在痛行為調制中的關(guān)系。
- Objective:To study the effect of neurotensin(NT) on pain modulation in nucleus raphe magnus (NRM) and its relation to endogenous 5 HT. 目的 :探討中縫大核 (NRM)內神經(jīng)降壓素 (NT)在痛覺(jué)調制中的作用 ,及其和內源性 5 HT在痛覺(jué)調制中的關(guān)系。
- Objective To observe the role of nucleus raphe magnus(NRM) in analgesia produced by the activation of muscle spindle afferent. 目的觀(guān)察中縫大核在肌梭傳入鎮痛中的作用。
- Conclusion: When cerebral ischemia last for some time and reperfusion is long enough, content of 5-HT in nucleus raphe dorsalis is decreased. 結論：當缺血至一定時(shí)間或缺血10分鐘再灌流到一定時(shí)間時(shí)，中縫背核神經(jīng)元內5-HT的含量減少。
- The enhancement of the inhibitory effect couldbe completely abolished by a lesion of the nucleus raphe magnus but not bydecerebration or a lesion in the nucleus raphe dorsalis. 去大腦,損毀中縫背核或藍斑復合核后方的相應區域對此抑制效應沒(méi)有影響,此后再毀藍斑復合核,仍可出現上述抑制效應增強的現象; 若損毀延腦中縫大核區,則此增強現象不再出現。
- Objective To explore the function and relationc of Nucleus Raphe Magnus (NRM) and Locus Coeruleus (LC) in the regulating gastric motility ty electric needle point in the rabbits. 摘要目的：探討中縫大核和藍斑核在針刺調節胃運動(dòng)中的作用和關(guān)系。
- The neurons form the periaqueductal gray then project to the nucleus raphe magnus which projects back down to where the pain signal is coming from and inhibits it. 其后，形成中腦導管周?chē)屹|(zhì)的神經(jīng)元會(huì )伸延至中縫巨胞核，再延回發(fā)出疼痛信號的地方及抑制這些信號；
- After a lesion was made in nucleus raphe magnus the inhibitory effect of stimulation of common peroneal nerve was markedly decreased or even disappeared. 在損毀中縫大核之后，電針對胃電的抑制效應大為減弱，提示中樞的下行性抑制參與了電針對胃電的抑制作用。
- Results The results showed that the number of 5-HT positive neurons in nucleus raphe magnus decreased in fluorosis group with the declared 5-HT positive particles in cy... 結果慢性氟中毒大鼠中縫大核5-HT神經(jīng)元減少,胞質(zhì)內5-HT陽(yáng)性反應顆粒減少且界限不清,顯微圖像分析儀定量檢測神經(jīng)元內5-HT含量降低。
- Objective:To study the effect of oxytocin(OT)in nucleus raphe magnus (NRM) on electroacupuncture (EA) analgesia and its correlation with the endogenous 5-HT. 目的:探討中縫大核(NRM)內催產(chǎn)素(OT)在電針鎮痛中的作用,及其和內源性5HT在電針鎮痛中的關(guān)系。
- The effects of electro-acupuncture or stimulation of common peroneal nerve or nucleus raphe magnus on gastroelectrical activity were essentially inhibitory. 電針或刺激腓總神經(jīng)與刺激中縫大核對貓胃電的影響均以抑制效應為主。
- In conscious curarized and artificially ventilated rat, electrical stimulation ofthe zona compacta (SNc) or zona reticulata substantia nigra (SN_R) markedlysuppressed spontaneous unit discharges of the nucleus raphe magnus. 本工作觀(guān)察到在清醒、麻痹大鼠,電刺激黑質(zhì)致密部(SN_C)或網(wǎng)狀部(SN_R)均明顯抑制中縫大核(NRM)神經(jīng)元的自發(fā)放電;
- AIM: Examine the expression of 5-HT2A receptor mRNA and co-localization of 5-HT2A receptor mRNA with 5-HT immunoreactivity in nucleus raphe magnus (NRM) neurons following carrageenan inflammation. 目的:觀(guān)察角叉菜炎癥時(shí),5-羥色胺2A(5-HT_(2A))受體mRNA在中縫大核(NRM)表達的水平及其與5-羥色胺(5-HT)免疫陽(yáng)性神經(jīng)元的共存。
- The effect of microinjection of the TRH into nucleus cuneiformis (NCF) on the evoked discharges of pain excitation neurons (PEN) in nucleus raphe magnus (NRM) was observed to investigate the relation between the effect of TRH and opioid. 用玻璃微電極記錄大鼠中縫大核（NRM）內痛興奮性神經(jīng)元（PEN）的單位放電，觀(guān)察楔狀核（NCF）注入微量促甲狀腺激素釋放激素（TRH）對PEN痛誘發(fā)放電頻率的影響，并初步探討TRH與阿片肽之間的關(guān)系。
- Fos immunoreactive cells were mainly located in the dorsal raphe nucleus (DR),nucleus raphe magnus (NRM), locus coeruleus (LC), the ventrolateral of periaqueductal gray (vlPAG), hypothalamic paraventricular nucleus (PVN). Fos陽(yáng)性細胞主要分布于中縫背核 (DR)、中縫大核 (NRM )、藍斑 (LC)、中腦導水管周?chē)屹|(zhì)腹外側 (vlPAG)和下丘腦室旁核。
