- 更多网络例句与神经体液的相关的网络例句 [注：此内容来源于网络，仅供参考]
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hot-needle therapy produces therapeutic effects through regulation on neurohumor, blood circulation and immunological and other systems.
热针疗法是通过对神经体液、血液循环、免疫功能等多系统的调整作用获得疗效。
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The results also show that it is important to inhibit inflammation response and regulate immune reaction for the action of acupuncture in treating acute cerebral ischemia. In essence, acupuncture therapy may bring on optimal and entire regulation function by way of the extensive adjustment to nerve neurohumor and immune system.
说明针刺的抗炎和免疫调节作用在急性脑缺血的治疗过程中十分重要，其作用实质可能是通过对神经、神经体液以及免疫系统的广泛调节而发挥这种良性、整体性的调整作用。
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It is a Intracellular Signaling Mechanism as neurocirculatory activator, but also powerfully to activate Hypophysis including adenohypothysis and NeuroHypophysis,Neuroendocrine Cell as NeuroHormonal Regulator for rejuvenescence,and furthermore enable to prevent from Central Pain Syndrome,Psychiatric Disorder and Melancholia.http://neurosignals.
这是一个细胞内信号传递机制作为神经循环系统的启动，而且也有力地启动脑垂体包括腺垂体和神经垂体，神经内分泌细胞作为神经体液调节，返老还童，恢复活力rejuvenescence，而且还能够防止中枢性疼痛症候群、精神障碍和抑郁症
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The PRL-like cells were also presented in the ventral ependyma of the lateral ventricle and the glial lamina in the basal surface of the brain. The processes of PRL-LIR cells in PPN, SCN, PVN and PAN mainly projected to the third ventricle, those in AN and ELV mainly projected to the lateral ventricle, and those in SON to the glial lamina in the basal surface of the brain. The results showed that PRL could be released into ventricularis system and participate in the regulation of the cerebrum-cerebrospinal fluid circuit.
视前室旁核、视交叉上核、下丘脑室旁核、弓状核等核团内的PRL阳性神经元有突起向第三脑室投射，伏隔核内及侧脑室室管膜上的PRL阳性神经元有突起伸至侧脑室，视上核的PRL阳性神经元也有突起投射至脑基底神经胶质板，表明鸡脑内的PRL可以释放入脑室系统，参与调节脑-脑脊液神经体液回路。
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There is a normal human body temperature range of more stable, it is hypothalamus through the brain and central regulation of body temperature regulation and the role of neurohumoral to heat and maintain the dynamic balance of heat, but it is not constant change.
孩子什么时间体温最高什么时间体温最低？人体正常体温有一个较稳定的范围，它通过大脑和丘脑下部的体温调节中枢调节和神经体液的作用，使产热和散热保持动态平衡，但并不是恒定不变的。
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It is known that neurohumoral factors and mechanical loads play important roles in the cardiac remodeling process, with the later having extremely great impact on cardiac hypertrophy.
目前已知神经体液性因素与机械性压力在心脏重塑过程中扮演著重要角色，其中机械性压力对心脏肥大的产生更是有著关键性的影响。
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BACKGROUND: The abnormality of the function of arcuate nucleus may be an important factor of obesity. It has been known that the mechanisms of acupuncture in treating obesity are related to nervous and neurohumoral regulation. What is the regulating effect of acupuncture on the function of arcuate nucleus?
背景：弓状核功能异常可能是肥胖发病的重要因素之一，已知针灸减肥机制涉及神经及神经体液调节，针刺对弓状核功能调整作用如何？
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The potential candidates participating in the protective effect of IH include oxygen transport, energy metabolism, neurohumoral regulation, antioxidase, stress protein, adenosine, ATP-sensitive potassium channel, mitochondrium, calcium control, nitric oxide and protein kinase.
IH心脏保护作用可能涉及氧的运输、能量代谢、神经体液调节、抗氧化酶、应激蛋白、腺苷系统、ATP敏感钾通道、线粒体及其钙调控、一氧化氮和蛋白激酶等多方面机制，并受低氧处理方式、动物年龄和性别等因素影响。
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Although a great number of humoral factors have been identified, molecular mechanism of nerve regeneration after end-to-side neurorrhaphy has not been completely clarified yet.
虽然已经确认神经端侧吻合术后神经再生的大量体液因素，但是其分子机制还没有完全阐明。
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These implied that CCK synthesis in somas of the PVN and the releasing in terminals of the ME during scalding stress were increased.The emergence of CCK-containing CSF-CNs might provide their secretory products a new pathway to cerebrospinal fluid after scald and the CCK,through the CSF pathway,might involve scald stress by modulating the metabolism and activity of the adjacent peptidergic system controlling the pituitary.
为此，本实验用免疫细胞化学和显微图像分析技术研究烫伤大鼠PVN和第三脑室室管膜内CSF-CNs中CCK含量的变化，旨在探讨PVN中CCK是否参与烫伤应激反应，并为CSF-CNs在应激状态下如何平衡脑-脑脊液神经体液回路提供形态学依据。
- 更多网络解释与神经体液的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Histamine Receptors：组胺受体
3.胃酸分泌过多 盐酸是胃液的主要成分,由壁细胞分泌,受神经,体液调节,已知壁细胞膜含有3种受体,即组胺受体(histamine receptors),胆碱能受体(cholinergic receptors)和胃泌素受体(gastrin receptors),分别接受组胺,乙酰胆碱和胃泌素的激活,
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humoral regulation：体液调节
1)体液调节(humoral regulation)是指体内某些特殊的化学物质通过体液途径而影响生理功能的一种调节方式. 体液调节可通过多种作用途径发挥作用:远距分泌、旁分泌和神经分泌. 1)自身调节(autoregulation)是指组织细胞不依赖于神经或体液因素,
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neurohumor：神经体液 神经元介质
neurohormone 神经激素 | neurohumor 神经体液 神经元介质 | neurohumoral 神经介质的
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neurohumor theory：神经液体理论
neurohumor 神经体液,神经元介质 | neurohumor theory 神经液体理论 | neurohumoral 神经介质的
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Pyrogen：致热源
第一节收暖 正凡人的体温蒙体温调理中枢所调控,并通过神经、体液因素使产热和散热历程呈静态均衡,坚持体温在绝对恒订的规模内. 当机体在致热源(pyrogen)作用下或各种缘由引起体温调节中枢的功用障碍时,体温 ...
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autoregulation：自身调节
1)体液调节(humoral regulation)是指体内某些特殊的化学物质通过体液途径而影响生理功能的一种调节方式. 体液调节可通过多种作用途径发挥作用:远距分泌、旁分泌和神经分泌. 1)自身调节(autoregulation)是指组织细胞不依赖于神经或体液因素,自身对环境刺激发生的一种适应性反应.
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neurohumoral：神经体液的
neurohumor 神经体液 | neurohumoral 神经体液的 | neurohumoral 神经元介质的
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neurohumoral：神经元介质的
neurohumoral 神经体液的 | neurohumoral 神经元介质的 | neurohumoral regulation 神经体液调节 神经体液调节
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neurohumoral：神经介质的
neurohumor 神经体液 神经元介质 | neurohumoral 神经介质的 | neurohumoralism 神经元介质学说
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neurohumoral regulation：神经体液调节 神经体液调节
neurohumoral 神经元介质的 | neurohumoral regulation 神经体液调节 神经体液调节 | neurohumoralism 神经元介质说