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- habenular ganglion 韁結節
- Located posterioror distal to a ganglion. 神經(jīng)節后的位于神經(jīng)節后部或末端的。
- Sympathetic nerves have their ganglia just above the heart. 交感神經(jīng)的神經(jīng)節位于心臟的上方。
- Located posterior or distal to a ganglion. 神經(jīng)節后的位于神經(jīng)節后部或末端的
- I had a ganglion cyst and giant floaters. 大小超過(guò)鉛筆上的橡皮頭；
- HSV travels nerve pathways to the nerve routes (ganglia). 單純皰疹病毒通過(guò)神經(jīng)鏈路到達神經(jīng)中樞。
- Habenular the benefit of a lock of the people take it too seriously. 一個(gè)把名韁利鎖看得太重的人。
- The transverse fibres or commissure unite the two ganglia of a pair. 橫行的纖維即接索則把成對的兩個(gè)神經(jīng)節連在一起。
- Clusters of ganglion cells were scattered throughout the tumor. 神經(jīng)節細胞束被腫瘤徹底的分散。
- Hypocalcemia usually occured in brain ganglion (6.87%, P <0.05). 發(fā)生低鈣血癥者神經(jīng)精神癥狀以潛在型手足抽搦為主(57.;14%25;P<0
- Quantity of multipolar neurons are different in the ganglion. 神經(jīng)節內多極神經(jīng)元的數量不等；
- PET showed the low metabolism in the basal ganglia region of the injected side. pet顯示模型側基底核區低代謝,與術(shù)前相比明顯不同。
- Permeability of Injured and Intact Peripheral Nerves and Dorsal Root Ganglia. 損傷和完整的外周神經(jīng)與背根神經(jīng)節的通透性。
- The types of basal ganglia agraphia were AAg, VAg, PAg, MAg and GAg. 基底神經(jīng)節失寫(xiě)類(lèi)型有:失語(yǔ)性失寫(xiě)、視空間性失寫(xiě)、惰性失寫(xiě)、鏡像書(shū)寫(xiě)及完全性失寫(xiě)。
- Objective To identify the electrophysiological relationship between dorsal raphe (DR) and habenular nucleus (Hb). 摘要目的：驗證中縫背核與韁核間的電活動(dòng)及其功能聯(lián)系。
- In the periphery of the retina, ganglion cells are relatively few in number. 在視網(wǎng)膜的邊緣區節細胞相當少。
- The lateral habenular nucleus mainly recieves the afferents from the EPN, LPO and LHA, and the medial habenular nucleus from the SF, TS and LHA. 內側韁核主要接受隔核的傳入,可能和邊緣系統功能有關(guān)。
- Mandrax a cloud since the first-carving, to sweat habenular Zongma, Lagongdajian, chord ring for Di-ming, giant birds to flutter. 忽一大雕自云頭沖下，大汗提韁縱馬，拉弓搭箭，弦響鏑鳴，巨雕撲地。
- The stimulation of habenular nucleus, perhaps through the intermediate neurons, facilitated the spontaneous firings of LC. 4.;刺激緩核(可能通過(guò)中間神經(jīng)元)加強藍斑細胞的自發(fā)放電。
- Abstract: Objective To identify the electrophysiologieal relationship between dorsal raphe （DR） and habenular nucleus （Hb）. 文章摘要: 目的：驗證中縫背核與韁核問(wèn)的電活動(dòng)及其功能聯(lián)系。
