ganglion中文,ganglion的意思,ganglion翻译及用法

2026-04-13 07:01 浏览次数 14

ganglion

英[ˈgæŋgliən]美['ɡæŋɡlɪrn]

n. [组织] 神经节;[医] 腱鞘囊肿

ganglion 英语释义

英语释义

  • an encapsulated neural structure consisting of a collection of cell bodies or neurons

ganglion 片语

片语

pleural ganglion侧神经节

ganglion neuron节神经元

ciliary ganglion[解剖] 睫状神经节

optic ganglion视神经节

abdominal ganglion腹神经节

ganglion cyst腱鞘囊肿

stellate ganglion[解剖] 星状神经节,[解剖] 星状神经结

Stellate Ganglion[解剖] 星状神经节,[解剖] 星状神经结

sympathetic ganglion[解剖] 交感神经节

ganglion cell[组织] 神经节细胞,节细胞

dorsal root ganglion背根神经节

trigeminal ganglion[解剖] 三叉神经节

ganglion 例句

英汉例句

  • therefore, development of the retina ganglion cell is beneficial to clarify the sense of vision formation mechanism.

    因此,弄清视网膜神经节细胞的发生机制,将有助于阐明视觉形成机理。

  • the results showed these neurotoxins had a retrograde effect on the cell body through the peripheral process of ganglion cell, inducing different pathological changes in cell body.

    观察结果证明这些神经毒经神经节细胞周围突逆行作用于胞体,使胞体产生不同的病理变化。

  • objective to investigate the effect of stellate ganglion block(sgb) on the plasma concentration of noradrenaline(ne) in rabbits suffering from acute pain and the possible mechanism.

    目的观察星状神经节阻滞(sgb)对兔血浆去甲肾上腺素(ne)浓度的影响,探讨其治疗疼痛的可能机制。

  • study design. dna array analysis of dorsal root ganglion (drg) using a rat model with nerve root constriction.

    采用神经根受压大鼠模型分析脊髓背根神经节(drg)dna序列。

  • so ganglion cells are the cells that convey light information from the photoreceptors to the optic nerve and then out into the brain.

    故神经节细胞是将光信号从感光细胞层到视神经最终到颅内的细胞。

  • the received in the implanted chip, the digital information is transformed into electrical impulses sent into the ganglion cells.

    植入芯片接收到数字信号后,将其转化为电气脉沖,并发给神经节细胞。

  • objective to observe the effect of stellate ganglion block(sgb) on the content of substance p (sp) in the plasma, for analysing its mechanism of pain relief.

    目的:观察星状神经节阻滞(sgb)对福尔马林致痛兔血浆p物质(sp)含量的影响,并探讨其治疗疼痛的可能机制。

  • ''we have special receptors on our retinas, called photoreceptive ganglion cells.

    我们眼睛视网膜有种特殊受体,叫做受光体神经中枢细胞。

  • retinal ganglion cells carry signals out of the eye to the lateral geniculate nuclei.

    视网膜神经节细胞运载信号在眼睛外面对侧向膝状的神经核。

  • but unlike rods and cones, melanopsin ganglion cells send their signals to the part of the brain that regulates the body’s master clock.

    但是,与前两者不同的是,黑视素神经节细胞将信号传送到负责调节身体主时钟的大脑区域。

  • the first was to look at the electrical activity, or the effect of light on the electrical activity coming out from ganglion cells.

    首先观察视网膜电活动,或者是由于光效应而从神经节细胞引出的电活动。

  • study design. an analysis of pain behavior and neuronal apoptosis in the dorsal root ganglion (drg) following crush injury to the l5 nerve root, with or without surgical sympathectomy.

    研究设计:研究l5神经根受挤压伤后接受和不接受交感神经切除术时背根神经节(drg)的疼痛表现和神经细胞的凋亡情况。

  • results:compared to normal ears, the carboplatin treated ears showed missing hair cells, nerve fibers and spiral ganglion cells, with the same percentage of loss at different levels.

    结果:将卡铂耳中毒灰鼠的耳蜗标本与正常灰鼠进行比较,显示内毛细胞,神经纤维和螺旋神经节的损失百分比基本一致。

  • by transplanting the cells into degenerating retinas, which normally lack this electrical activity in response to light, we could actually record ganglion cell activity.

    通过将细胞移植到在正常情况下不会出现电活动的变性视网膜下,我们最终观察到了神经节细胞的电活动。

  • these cells are called melanopsin ganglion cells.

    这些细胞被称为黑视素神经节细胞。

  • purpose: 1 to build high pressure cell culture model in vitro of retinal ganglion cells(rgcs) and observe the rgcs effected by pressure .

    目的:1建立高压体外培养视网膜神经节细胞模型并观察压力对视网膜神经节细胞的影响;

  • purpose: recently, it was reported in many studies that apoptosis is the mainly death way of retinal ganglion cells (rgcs) of glaucoma.

    目的:近年来,大量的研究显示青光眼视网膜神经节细胞死亡的主要方式是凋亡。

  • objectiveto establish a feasible method of culture and purification of embryonic dorsal root ganglion neurons of rats.

    目的:建立一种切实可行的胚胎大鼠背根神经节神经元培养及纯化方法。

  • like rods and cones, these ganglion cells are found in the retina.

    与桿状和锥状细胞一样,神经节细胞也是在视网膜上发现的。

  • the other is the non-image-forming retinal ganglion cells where melanopsin, a circadian rhythm-regulating photo-pigment, is located.

    另一个是非图像形成的视网膜神经细胞,包括黑视素,昼夜调节图像色素。

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