肠神经系统

慢传输型便秘肠神经系统一氧化氮合酶和P物质的分布意义

Significance of nitric oxide synthase and substance P distribution in enteric nervous system of slow transit constipation

目前有关Netrin-1在肠神经系统的研究集中在动物的胚胎学方面，尚无有关Netrin-1在人类肠道表达、分布的报道。

At present studying on Netrin-1 in the enteric nervous system focus on aspects of embryology of animals , but expression and distribution of netrin-1 in human intestinal tract has not yet reported .

而P4可以通过增加CGRP的释放上调胃内CGRP受体的活性，从而增加肠神经系统对外来刺激的敏感性。

P_4 could increase gut sensitivity by up-regulating the release of CGRP and the activity of CGRP receptor .

目的：先天性巨结肠症（Hirschsprung'SDisease，HD）是以肠神经系统缺陷、肠神经节细胞缺失为主要特征的常见的胃肠道发育畸形。

Objective : Hirschsprung 's Disease ( HD ) is a common congenital disease characterized by aganglionic , lack of the normal bowel movement .

植物凝集素B4在小鼠肠神经系统初级传入的化学标记

The Chemical Markers of Plant Lectin B4 in the Enteric Nervous System of Mice

结肠运动主要由肠神经系统（ENS）调控。

Enteric nervous system ( ENS ) is mainly formed by intrinsic nerve plexus .

BDNF不仅在肠神经系统发育过程中起着重要作用，还与神经元可塑性调节相关。

BDNF not only plays a crucial role in the development of enteric nervous system ( ENS ), but also regulates the function of adult visceral sensory and motor neurons .

肠神经系统及其胃肠粘膜组织中介质浓度变化，如：βEP、GAS、EGF等可能会改变细胞超微结构，参与细胞内信息系统，影响胃酸分泌。

Changes in the concentration of the media such as β EP , GAS , EGF , etc. in the gastrointestinal tissues can affect the cells ' ultrastructure , be involved in the intracellular information system and affect the secretion of gastric acid .

目的观察不同的腹部外科手术操作对大鼠肠道运动功能以及肠神经系统内乙酰胆碱酯酶（AchE）神经元和一氧化氮合酶（NOS）神经元的影响，探讨腹部外科手术对肠道运动功能影响的神经机制。

Objective To observe the changes in enteric motor function and acetylcholine esterase ( AchE ) neuron and nitric oxide synthase neuron ( NOS ) in enteric nervous system after different abdominal operations , and to explore the mechanism of these changes .

哺乳动物的肠神经系统（ENS）分布在肠壁中，是自主神经系统的第三个组成部分，能独立完成各种反射活动。

Enteric nerve system ( ENS ), distributing in the intestine wall of mammals , is the third part of autonomic nerve system and independents from the central nervous system .

结论EGb对豚鼠结肠运动的影响可能是通过影响5HT、ACh、VIP等肠神经系统递质的释放，经M受体介导以及对平滑肌的直接作用等多种途径实现的。

Stimulant cathartic like rhubarb can injure the enteric nervous system . Conclusion EGb may regulate the motility of colon of Guinea pig through 5-HT , ACh , VIP , Ca 2 + , M-receptor and direct effect on the intestinal muscle .

以大黄为代表的刺激性泻剂可损伤肠神经系统。

Stimulant cathartic like rhubarb can injure the enteric nervous system .

长期饥饿应激对大鼠肠神经系统神经递质的影响

Effect of Long-Duration Hunger-Stress on Neurogen of the Enteric Nervous System in Rats

结果人胚胎结肠肠神经系统发育有明显的阶段性。

Results The development of colon ENS and colon wall has distinct stages .

二氧化碳气腹对大鼠肠道运动功能和肠神经系统的影响

Effects of CO_2 pneumoperitoneum on enteric motor function and enteric nervous system in rat

急性肾功能衰竭大鼠肠神经系统病理改变及诱导型一氧化氮合酶的免疫组化分析

Pathological Change in Rats'Intestinal Nervous System With Acute Renal Failure and Immunohistochemical Analysis of iNOS

大鼠肠神经系统乙酰胆碱酯酶和抗氟化物酸性磷酸酶双染法研究

A study on double-staining method of acetylcholinesterase and fluoride-resistant acid phosphatase on enteric nervous system of rat

证实四种肽能神经为肠神经系统的重要组成成分。

Four kinds of immunoreactive peptidergic nerves were confirmed as an important part of the enteric nervous system .

明确肠神经系统在糖尿病腹泻发生发展中的作用机制，对于治疗伴有腹泻的2型糖尿病患者的有一定的意义。

Finding out how enteric nervous system participates in the generation of diabetes related diarrhea will benefit diabetic patients of type 2 suffering from diarrhea during the treatment process .

多潘立酮促进胃肠动力和协调运动的作用机制，除已知阻断外周多巴胺受体外，还可能通过肠神经系统内胆碱能神经介导。

The effect of domperidone , which is greater than that of mosapride , is mediated by not only the blockage of dopamine receptor , but also the cholinergic pathway of enteric nerve system .

血管活性肠肽在中枢神经系统疾患作用的研究

The Effect of Vasoactive Intestinal Peptide on Central Nervous System Diseases

目的研究肠淤血大鼠肠神经系统内乙酰胆碱酯酶（AchE）神经元和一氧化氮合酶（NOS）神经元的改变，以探讨肠淤血影响肠道运动功能的神经机制。

Objective To explore the nervous mechanism of intestinal function disorder after intestine congestion through observing the changes of acetylcholinesterase ( AchE ) neuron and nitric oxide synthase neuron ( NOS ) expression in nervous system of rat intestinal tract .

肠淤血大鼠肠神经系统内胆碱能和氮能神经的改变

The changes of acetylcholinesterase and nitric oxide synthase neuron in rat enteric nervous system after intestine congestion

目的观察移动抑制因子（MIF）在实验性结肠炎的肠壁神经组织中的表达，探讨肠神经系统对结肠炎中MIF活性的调控作用。

Aim To observe the expression of migration inhibitory factor ( MIF ) in the enteric neurons , and to explore the nervous regulation on MIF activity in experimental colitis .

应用HRP和CB-HRP逆行追踪支配鸡输卵管神经元在肠神经内的分布和形态特点，以探察鸡肠神经在体内的支配范围以及肠神经对生殖系统的可能调节作用。

Neurons in remak nerve innervating the uterin tube of hens were observed with retrograde tracing method .

目的研究肠神经节细胞成熟度评价的方法和特异性抗体的作用，探讨PGP9.5对研究先天性肠神经系统发育异常疾病的意义。

Objective To assess intestinal ganglion cells ( IGCs ) maturity in SD rats by immunohistochemical technique of PGP 9.5 and Cathepsin D and study the developmental events involved enteric nervous system ( ENS ) .