- 更多网络例句与神经节间的相关的网络例句 [注：此内容来源于网络，仅供参考]
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This study was aimed to examine the relationship between dendrites of direction-selective ganglion cell and processes of starburst amacrine cell in rabbit retina and to see how the dendritic interaction could contribute to the DS mechanism.
本实验的目的是研究家兔视网膜方向选择性神经节细胞的树突与星爆无长突细胞树突之间的关系以及这种树突间的相互作用在方向选择性产生机制中的贡献。
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By the same method, delta receptor was detected on the cerebral ganglia, pedal ganglia, visceral ganglia, coat ganglia and in the mouth, esophagus, craw, stomach, stomachic caecus, the epithelium of the intestines, sialoid gland, branchia, branchia gland, ventricle, branchial heart, kidneys, ovary, fallopian tube, back of mantle, abdomen of mantle, wrist, membrane of wrist, funnel and immunocytes of Octopus ocellatus.
2在短蛸的脑神经节、足神经节、脏神经节、外套神经节、口球、食道、嗉囊、胃、胃盲囊、肠、后唾液腺、鳃、鳃腺、心室、鳃心、肾静脉腺质附属物、卵巢、输卵管腺、外套膜背面、外套膜腹面、腕、腕间膜、漏斗中检测到呈不同阳性反应的δ受体。
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Using the immunohistochemical technique, nerve cell bodies and fibres immunoreactive to the anti-Met-enkephalin sera were observed in the cerebral ganglia, pedal ganglia, visceral ganglia, inspect ganglia and coat ganglia of Octopus ocellatus. Met-ENK immunoreactivity was also localized in the mouth, esophagus, craw, stomach, stomachic caecus, the epithelium of the intestines, rectum, sialoid gland, liver, branchia, branchia gland, ventricle, branchial heart, kidneys, ovary, fallopian tube, back of mantle, abdomen of mantle, wrist, membrane of wrist, funnel, and immunocytes of Octopus ocellatus.
免疫组织化学定位结果表明：(1)在短蛸的脑神经节、足神经节、脏神经节、视神经节、外套神经节、口球、食道、嗉囊、胃、胃盲囊、肠、直肠、前唾液腺、后唾液腺、肝胰脏、鳃、鳃腺、心室、鳃心、肾静脉腺质附属物、卵巢、输卵管腺、外套膜背面、外套膜腹面、腕、腕间膜、漏斗中检测到呈不同阳性反应的Met-ENK分子。
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Previous studies have revealed that aganglionic or morphological and numerical abnormalities of the intestinal intramural ganglia may contribute to the pathogenesis of the intestine motility obstacle of them.
目前认为HD和HAD肠动力障碍的发病机制主要是病变肠段粘膜下神经丛和肌间神经丛的神经节细胞的缺失和减少，病变肠壁内的副交感、交感及第三类神经系统均有改变。
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NGFR positive nerve fibres were markedly reduced or absent in muscular layer and submucous layer while the hypertrophic nerve trunks in myenteric and submucosal plexuses showed a sheath of intense staining in the aganglionic colon from patients with HD.
结果 丰富的NGFR染色阳性神经纤维分布于正常结肠环肌层及粘膜下层，少量分布于纵肌层，NGFR染色阳性神经元分布于肌间神经丛及粘膜下神经丛；NGFR 染色阳性神经纤维在HD无肌间神经节细胞肠段肌层及粘膜下层内明显减少或缺如，而肌间肥大的神经干及粘膜下神经干为NGFR染色阳性，并且在其外周可见一强阳性染色带。
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Objective To investigate the distribution and the chemicalproperties of three predominant superfical ganglial plexus which are the right atrial ganglial plexus,the dorsal atrial ganglial plexus and the ganglial plexus between aorta and pulmonary artery in the heart.
目的 研究SP、CGRP及VIP在心脏表面3个主要神经节丛，右心房神经节丛、心房背侧神经节丛及主动脉与肺动脉间神经节丛的化学性质和定位分布。
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Results: The thickness of intertransverse ligament was about 0.60~1.39mm.
结果：横突间韧带厚度0.60~1.39mm；L(下标 3-5)节段动脉前支及伴行静脉90%以上位于相邻横突间韧带腹侧上1/2处，横突间韧带背侧中1/3处有一恒定节段动脉分支；腰神经前支与矢状面夹角18.90°~39.20°，下位横突的副突处距前方走行腰神经前支距离为5.63~8.05mm，椎弓峡部侧缘至腰神经前支的距离为1.73~3.64mm。
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But the incidence of adjacent level intervertebral disc pathology secondary to anterior cervical fusion with allograft, by changing the pressures on zygapophyseal joints and the motional mechanics between segments, has been well documented in clinical and laboratory settings.
前路颈椎间盘切除、椎间植骨融合术为目前治疗脊髓型和神经根型颈椎病的常规术式，但研究发现由于改变了相邻节段椎间盘、关节突关节压力和节间运动力学，导致手术后相邻节段退变。
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Results: The incidence that T2-T5 ganglions located at the corresponding intercostal space was 92.7%, 85.5%, 40.0% and 36.4% respectively.
结果：星状神经节及T2～T5神经节的长径依次是（21.5 3.2）、（10.6 2.8）、（8.5 3.1）、（8.2 2.7）和（7.1 1.8）mm.T2～T5神经节出现在相应肋间水平的发生率依次是92.7%、85.5%、40.0%、36.4%。
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The rate of enteric transit was measured, and the histological changes in nitriergic nerves in intestinal myenteric plexus of scalded rat were observed as well. The densities of neurons and ganglions with positive nitric oxide synthetase as well as ICC in duodenal myenteric plexus were assessed for both groups.
用酶组织化学方法观察回肠肌间神经丛内氮能神经的组织学改变，并对两组大鼠回肠肌间神经丛内一氧化氮合酶阳性神经元、神经节和Cajal间质细胞的密度进行测定。
- 更多网络解释与神经节间的相关的网络解释 [注：此内容来源于网络，仅供参考]
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annulation：环
体节数目固定,但常被体表的分环(annulation)所掩盖,如神经支配来区分. 例如医蛭体中区每个体节有五个体环,扁蛭(Glossiphonia)中区每个体节有三个体环. 逐渐缩小. 在原始的棘蛭(Acanthobdella)中,身体的前端还保留有分室的蛭体节间的隔膜消失.
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ganglion：神经节
神经系统 咽的两侧各有一神经节(ganglion),有背索相连(esophageal commissure). 每个神经节分别向前、后各发出背、腹、侧3条神经干(nerve trunk)分布于虫体的背面、腹面、侧面. 向后的神经干间在不同水平有横索(transverse commissure)相连,
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jumpy：跳跃的, 神经质的
interganglionic nerve cord 神经节间索 | jumpy 跳跃的, 神经质的 | taper cork 锥形塞子
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mandibular arch：下颌弓
神经嵴细胞聚合形成软骨性下颌弓(mandibular arch),它是由上颚的方形软骨和下颚的麦克氏软骨组成. 第一、二节鳃囊间的神经嵴细胞团演变为舌骨弓(第三鳃囊演变为第一鳃弓等). 哺乳类并不仅仅满足于原始颚. 哺乳类演化出了第二颚,
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interganglionic nerve cord：神经节间索
surrenderor [律]让与人,让与者 | interganglionic nerve cord 神经节间索 | jumpy 跳跃的, 神经质的
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nerve trunk：神经干
每个神经节分别向前、后各发出背、腹、侧3条神经干(nerve trunk)分布于虫体的背面、腹面、侧面. 向后的神经干间在不同水平有横索(transverse commissure)相连,使整个神经系统形成"梯子形"(ladder).
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interfrontal：额间的
interfoyles 苞片,鳞片,托叶 | interfrontal 额间的 | interganglionic 神经节间的
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interganglionic：神经节间的
interfrontal 额间的 | interganglionic 神经节间的 | intergeneric 属间的
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myenteric plexus：肌间神经丛
神经胞体成簇聚集,通过神经细胞突起的联系,肠神经节形成两类主要的节神经丛,即肌间神经丛(myenteric plexus)和粘膜下神经丛(submucous plexus). 1.3 肠神经系统的超微结构 肌间神经丛及粘膜下神经丛在超微结构上不同于周围神经系统的神经节,
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tritocerebrum：后脑
食管神经节与腹神经链构成.昆虫的脑在无脊椎动物中最为发达,它由原头部前3对神经节演变而来,分为前脑(protocerebrum = procerebrum),中脑(间脑)(deutocerebrum)与后脑(tritocerebrum).一条腹神经链原系左右2根神经干(nerve trunk)相互靠拢合并而成,