躯体运动神经元同时支配MPG和EUS可能是人工体神经内脏神经反射弧控制排尿的主要神经解剖学基础。
Simultaneous reinnervation of MPG and EUS by one group of somatic motor neurons may be the major neural anatomy infrastructure for controllable voiding via the somatic-autonomic reflex arc.
还有一个被“激发”的领域为“丘脑下部”，这个部位位于大脑腹面、丘脑的下方，是调节内脏活动和内分泌活动的较高级神经中枢所在，具有“控制”的职能，管理人的体温、饥饱程度以及疲惫程度。
The final part of the brain to be activated is the hypothalamus, the ‘control’ part which regulates temperature, hunger, thirst and tiredness.
有必要更好地评估危险，预测危险较高的个体，并预测在接种后嗜内脏型和嗜神经型这两种严重并发症的易发因素。
There needs to be a better estimate of the risk, and prediction of subjects at risk and of factors predisposing to risk of both types of serious complication of the yellow fever vaccine.
结论双孔法胸腔镜内脏大小神经切断治疗癌性腹痛，疗效确切，创伤小，并发症少，值得推广。
Conclusion Thoracoscopic Law offal holes the size of nerve in treatment of cancer pain, and effective, less invasive, fewer complications, it is worth promoting.
杰夫：我也是，因为游泳是一项十分有益的体育活动，它把水浴、日光浴和空气浴结合在一起，对人体的肌肉、骨骼、内脏器官和神经系统的生长、发育和健壮都有积极的促进作用。
Jeff: me too. swimming is a very good exercise for health. it combines water bath sunbathe and air bath together. it promotes the growth and haleness of muscles bone viscera and nerve systems.
这会给神经造成压力，而且会压迫包括肺在内的内脏。
This adds pressure to your nerves and can put a strain on internal organs including your lungs.
目的探讨哮喘豚鼠下呼吸道和内脏传入系统神经生长因子(NGF)的作用。
Objective to explore the effect of nerve growth factor (NGF) in the lower respiratory tract and the visceral afferent system of asthmatic guinea pigs.
提高人的内脏器官、感觉器官、神经中枢功能。
It can improve the function of inner organs, sense organ and the nerve center of the human body.
切除内脏大神经也不影响大鼠低氧时的红细胞生成e PO效应。
It was not affected cutting the nerves for EPO effect on erythropoietic response during hypoxia.
电刺激对侧的HCN也能抑制PO核中多数内脏痛反应神经元的活动，其抑制作用与同侧比较无明显差异。
The inhibition of HCN stimulation was bilateral and no statistical differences were found between the effects of contralateral and ipsilateral HCN stimulation on the neurons in PO.
目的为内脏小神经研究提供形态学基础。
Objective To provide morphological information for the research of lesser splanchnic nerve.
其中有些神经元从其所投射的中枢靶核接受躯体与内脏的传入输入，同时通过分叉初级传入从外周接受躯体与内脏的传入输入。
Some of these neurons receive afferent inputs including somatic and visceral sensory inputs, in turn, from their central targets and from the periphery via dichotomized primary afferents.
本文观察了切除内脏大神经对红细胞参数的影响。
The effects of section of splanchnic nerves on the erythropoietic parameters has been investigated.
结果提示，躯体与内脏输入可通过分叉初级传入，在同一个A型脊神经节神经元上会聚。
These results indicate that somatic and visceral input may converge on single type a spinal ganglion neurons via dichotomizing primary afferents.
目的：观察一氧化氮合酶(NOS)阳性神经元在内脏伤害性信息传递通路上的分布。
Objective: to investigate the distributions of NOS (nitric oxide synthase) positive neurons in the pathway related to visceral noxious information transmission.
疑核是重要的内脏运动核和躯体运动核，它与中枢神经系统和外周器官建立了广泛的神经联系。
Nucleus ambiguus (NA) is an important visceral and somatic motor nucleus which establishes widely connections with the central nervous system and peripheral organs.
目的探讨支配腹部内脏器官的交感节后神经元在腹腔-肠系膜上神经节内的代表区。
Objective To explore representative region of sympathetic postganglionic neurons innervating visceral organs of abdomen in the celiac-superior mesenteric ganglion.
研究表明，来自体表和内脏的信息可在脊神经节及从脊髓到大脑皮层的各级中枢发生汇聚。
Some researches indicate that the information coming from the body surface and viscera can be assembled at all levels of centers from spinal ganglion to cerebral cortex.
目的探讨基质金属蛋白酶-2（MMP-2）在哮喘豚鼠内脏感觉传入部位的表达及神经生长因子（NGF）对MMP-2的调节作用。
Objective To explore the expression of matrix metalloproteinase-2(MMP-2) and the regulatory effect of nerve growth factor(NGF) in the viscerosensory afferent sites of the asthmatic guinea pig.
结果表明，切除内脏大神经大鼠低氧时的红细胞参数改变与单纯低氧对照比较，无显著性差异。
The results suggested that the erythropoiesis in rats having bilateral splanchnic neurectomy was not significantly different from in intact rats when subjected to hypoxic hypoxia.
急性缺氧时，皮肤、腹腔内脏交感神经兴奋，缩血管作用占优势，故血管收缩；
When acute anoxia, the skin, the abdominal cavity internal organs nerve is excited, shrinks the blood vessel function to get the advantage, therefore vasoconstriction;
疼痛可以通过内脏、迷走、脊神经和膈神经等外周神经传递。
Pain may be transmitted through splanchnic, vagus, spinal, and phrenic peripheral nerves.
杰夫：我也是，因为游泳是一项十分有益的体育活动，它把水浴、日光浴和空气浴结合在一起，对人体的肌肉、骨骼、内脏器官和神经系统的生长、发育和。
Jeff: Me too. Swimming is a very good exercise for health. It combines water bath, sunbathe, and air bath together. It promotes the growth and.
颅神经与头、颈部的感觉和活动有关，仅迷走神经是为例外，该神经负责传递信号至内脏器官。
The cranial nerves handle head and neck sensory and motor activities, except the vagus nerve, which conducts signals to visceral organs.
还具发汗功效，可促进人体的新陈代谢，因此对风湿症、神经痛、皮肤病及内脏疾患等都有疗效。
Still have, can promote sweating efficacy of human metabolism, so to rheumatism, neuralgia, skin and viscera disorders has curative effect.
目的：研究猫左侧扣带回前部内脏伤害与非伤害感受神经元的自发生物电活动，从神经元水平进一步了解大脑皮质内脏伤害感受的特性及机制。
Objective: Our aim was to study the spontaneous biological electric activities of visceral nociceptive and non nociceptive neurons in left anterior cingulate gyrus of cats.
目的：研究猫左侧扣带回前部内脏伤害与非伤害感受神经元的自发生物电活动，从神经元水平进一步了解大脑皮质内脏伤害感受的特性及机制。
Objective: Our aim was to study the spontaneous biological electric activities of visceral nociceptive and non nociceptive neurons in left anterior cingulate gyrus of cats.
应用推荐