ganglion cell 中文意思是什麼

ganglion cell 解釋
神經節細胞
  • ganglion : n. (pl. ganglions, -glia )1. 【解剖學】神經節。2. 【醫學】腱鞘囊腫。3. (活動、力量、興趣等的)中心。
  • cell : n 1 小室,單室;隔間,艙;〈詩〉茅舍;(單個的)蜂窩,蜂房。2 〈詩〉墓穴,墓。3 (大修道院附屬的...
  1. Effect of ciliary neurotrophic factor on rat ' s retinal ganglion cell in vitro

    睫狀神經營養因子對培養大鼠視網膜神經節細胞的影響
  2. Alternatively, using the eye itself as the camera would solve the rubbernecking problem, and our chip ' s 3, 600 ganglion - cell outputs should provide near - normal vision

    反過來,用眼睛當攝影機就可以解決這個搖頭晃腦的問題,而且我們晶片上3600個節細胞的輸出,應該可以提供幾近正常的視野。
  3. The proportion of cell body region in ganglion was measured use biological stereology method with image analysis software imageproplus v4. 5

    運用圖像分析軟體( imageproplusv4 . 5 )對部分種類神經系統的神經元胞體和神經纖維網的比例進行了細胞計量學分析。
  4. Articles with dorsal root ganglion whole - cell patch - clamp recording clonidine 2 - adrenoceptor inhibition aminobutyric acid

    本刊中包含「背根神經節」的相關文章
  5. The authors expressed mutant mfn2 in cultured dorsal root ganglion neurons. fragmented mitochondria clustered in cell bodies and proximal axons of these neurons

    作者在中培養背跟節神經元中進行mfn2突變表達。線粒體碎片在細胞內生長並聚集於最接近那些神經元軸突的地方。
  6. The author has collected a great deal of valuable materials about frog visual behavior. the visual characteristic of amphibian such as frog has been studied which includes the structure of frogeyes and the retina ganglion cell

    本文在收集了有關青蛙視覺大量寶貴資料后,首先分析了青蛙等兩棲類動物的視覺特點,其中包括蛙眼的結構,以及在視覺處理初期擔任重要角色的視網膜神經元細胞的反應特性。
  7. Effects of schwann cell - derived neurotrophic activity on cultured retinal ganglion cells survive and grow in normal and gas - deprived environment

    雪旺細胞源性神經營養活性物質對培養視網膜節細胞正常及缺氣損傷環境中存活及生長的作用
  8. Under the whole - cell patch - clamp mode, we further observed the modulation of sodium channels on adult rat dorsal root ganglion ( drg ) neurons by hntx - iv and hntx - v

    在全細胞電壓鉗記錄模式下,我們進一步觀察了兩毒素對sd大鼠背根神經節( drg )細胞電壓門控激活鈉電流( i _ ( na ) )的影響。
  9. " the establishment gram kj medicinal preparation " series medicine containstakes orally with the external use two kind of drugs, takes orally the drugs, " the establishment gram kj medicinal preparation " series medicinecan effectively stimulate the nerve and the ganglion which infects, causes the virus to separate from the nervous system, is returning along the nervous system to the spot which infects at first, the effect ingredient adherency which the medicine has on the viral body, the penetration virus s cell wall kills the virus, the external use drugs establishes the gram kj medicinal preparation for us, it may pass the skin absorption, is thorough hypodermic, goes directly to the skin base first floor, with dermis, but the viruswhich ? medicinal preparation " series medicine is discharged by " the establishment gram kj mainly gathers at this spot

    "安立克kj劑"系列藥物能有效刺激被感染的神經和神經節,使病毒從神經系統內分離出來,順著神經系統退回到最初感染的部位,藥物有效成份粘附在病毒體上,穿透病毒的細胞壁殺死病毒,外用藥品為美國安立克kj劑,它可以透皮吸收,深入皮下,直達皮膚基底層,和真皮細胞層,而被
  10. Experimental results confirmed this assumption : during the interstimulus interval ( isi ) ranged from 33 to 83 ms, with the isi luminance approximated to the mean luminance of the stimulus grating, a novel okn elicited by the intermittent display of stationary gratings was observed and recorded. it can be labeled as " intermittent - display - grating induced okn " ( idg - okn ). in the second part, considering that the biphasic visual impulse resp onse is the feature of the magnocellular ( m - cell ) pathway, and the m - type ganglion cells are damaged in the primary open - angle glaucoma ( poag ), we presumed that idg - okn of poag could differ strikingly from that of normal subjects

    結果顯示,當間歇刺激間隔( interstimulusinterval , isi )在33 83ms范圍內, isi期間亮度近似為刺激光柵平均亮度,我們觀察並記錄到這種新型的靜止光柵誘發的oknintermittent - display - gratinginducedokn ( idg - okn ) ( magnocellular )路特性,而且原發性開角青光眼( primaryopen - angleglaucoma , poag )是m型視網膜神經節細胞受損,因此我們推測,基於雙相視覺脈沖反應的idg - okn在poag病人與正常人比較中很可能出現顯著差2間歇刺激,對11隻poag眼和14隻正常眼進行對比眼動實驗。
  11. Diffuse ganglion cell

    彌散節細胞
  12. It has been shown that light deprivation affects synaptic connections of ganglion cells in the mammalian retina, but little is known about impacts of visual deprivation on bipolar cell development

    目前已經有人證實,初生時期失去光照會影響哺乳動物神經節細胞的突觸連結,但是卻很少有對雙極細胞影響的相關研究。
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