中枢周的

基本解释 (translations)

pericentral

与中枢周的相关的网络例句 [注：此内容来源于网络，仅供参考]

Anorectic effects of GLP-1 are most apparent when the peptide is administered directly into the central nervous system, but suppression of food intake has also been noted in some cases with peripheral administration.

研究显示，GLP抑制食欲的作用在GLP-1被注射到中枢神经系统的时候是最明显的，但是外周摄取GLP-1也能起到抑制食欲效果。

These results suggest that the activate spleen-energy method can achieve appetitive purpose by not only affecting the gastrointestinal tract function in periphery, but also regulating the process of ingestion in brain. The basic research about ingestion indicate: one hand, after food enters the gastro-intestinal tract, the endocrine cell of the intestinal tract is activated and secrete many kinds of brains intestines peptide, the level of the brain intestines peptide in blood as the periphery signal spreads to the central nervous system regions that control digest and feeding behavior. On the other hand, it has been shown that dorsal parabranchial neurons, containing CCK-8S, extend fibers to the VMH and are involved in the inhibition of feeding .

关于摄食控制的基础研究表明，一方面食物进入胃肠道后，激活肠道的内分泌细胞，分泌多种脑肠肽如CCK-8S，这些脑肠肽在血中的水平作为外周信号可通过"肠—脑轴"传入中枢神经系统介导消化和摄食行为的部位，影响摄食中枢神经元的活动调节动物的摄食行为；另一方面中枢神经元可合成释放内源性的神经肽直接作用于摄食中枢神经元调节摄食，如中枢鳃旁体神经元的神经纤维就可延伸到达VMH，并且合成释放内源性的CCK-8S。

ChAc is an Ach's biological synthesizing enzyme and special mark of every cholinergic neuron.

ChAc是乙酰胆碱的生物合成酶，也是胆碱能神经元的特异标志酶，存在于所有胆碱能神经元，ChAc免疫反应活性被用于鉴别中枢和外周的胆碱能神经元。

Extensive sprouting of sensory afferents and hyperalgesia induced by conditional expression of nerve growth factor in the adult spinal cord.

传统观点认为，蓝斑核是介导吗啡戒断反应的主要部位，但大量研究表明，作为联系外周神经和高位中枢纽带的脊髓在吗啡戒断反应中发挥重要作用[18-20]。

GDNF has been reported to exhibit trophic actions on various neurons of central nervous system and peripheral nervous system .

GDNF对中枢及外周的多种神经元有神经营养作用，与目前已知的神经营养因子相比，GDNF对受到损伤的多巴胺能神经元和运动神经元的促存活作用最为显著。

And they systematically studied the effect of the activate spleen-energy law on digestive and absorptive function, it is confirmed that the activate spleen-energy law have significant regulation effect on the action and secretion of gastrointestinal tract. Recently, we established the juvenile rat model with anorexia by imitating the major cause of children and found that the CCK-8S concentration in hypothalamus and periphery blood of the anorexy model was obviously increased .We also found the appestat that the spontaneous discharge frequency of LHA neurons was decreased and the spontaneous discharge frequency of VMH neurons was increased.

近几年，我们采用病因模拟法成功建立了幼龄大鼠厌食模型并发现该模型下丘脑和外周CCK-8S水平显著增高，食欲中枢——下丘脑外侧区神经元自发放电频率减低和下丘脑腹内侧区神经元自发放电频率增加，临床治疗小儿厌食有可靠疗效的运脾复方不仅可调节外周血中与摄食有关的肽类激素水平，如降低CCK-8S水平，而且能调节下丘脑食欲中枢神经元的自发放电频率。

The results were compared among 4 groups. Results:①OCB positive rate was 37% in MS patients, which was lower than other reports, 24% in central nervous system infectious diseases group,5% in central nervous system non-infectious diseases group and 0 in peripheral nervous system diseases group,respectively.②OCB positive rate in conventional MS was 56%, which was higher than that in neuromyelitis optica.

结果①多发性硬化组OCB阳性率为37%，中枢神经系统感染组为24%，中枢神经系统非感染性疾病组为5%，外周神经系统疾病组为0；多发性硬化组的OCB阳性率比其他各组高，但低于国外报道的阳性率；②多发性硬化患者中传统型多发性硬化组OCB阳性率为56%，高于视神经脊髓炎组的11%。

These results suggest that the activate spleen-energy method can achieve appetitive purpose by not only affecting the gastrointestinal tract function in periphery, but also regulating the process of ingestion in brain. The basic research about ingestion indicate: one hand, after food enters the gastro-intestinal tract, the endocrine cell of the intestinal tract is activated and secrete many kinds of brains intestines peptide, the level of the brain intestines peptide in blood as the periphery signal spreads to the central nervous system regions that control digest and feeding behavior. On the other hand, it has been shown that dorsal parabranchial neurons, containing CCK-8S, extend fibers to the VMH and are involved in the inhibition of feeding .

关于摄食控制的基础研究表明，一方面食物进入胃肠道后，激活肠道的内分泌细胞，分泌多种脑肠肽如CCK-8S，这些脑肠肽在血中的水平作为外周信号可通过&肠—脑轴&传入中枢神经系统介导消化和摄食行为的部位，影响摄食中枢神经元的活动调节动物的摄食行为；另一方面中枢神经元可合成释放内源性的神经肽直接作用于摄食中枢神经元调节摄食，如中枢鳃旁体神经元的神经纤维就可延伸到达VMH，并且合成释放内源性的CCK-8S。

Objective : To measure the differences of total T cell percentages of peripheral blood, peripheral immune organs and central immune organs of maters of interspecific, intraspecific embryo implantation and pseudopregnant mice at corresponding time, and to analyze the effects of these differences on interspecific embryo implantation.

目的：研究种间胚胎植入期母体外周血、外周免疫器官、中枢免疫器官中总T细胞的百分比变化，并探讨这种变化对种间胚胎植入的影响。

To sdudy the clinical and radiological features and the therapeutic efficacy of cavernous angiomas in central nervous system.

中枢神经系统海绵状血管瘤鲍伟民周良辅姜观富摘要目的：分析总结中枢神经系统海绵状血管瘤的临床和放射学特点及治疗效果。

与中枢周的相关的网络解释 [注：此内容来源于网络，仅供参考]

central chemoreceptor：中枢化学感受器

比较每分静息通气量与最大通气量,可以了解通气功能的贮备能力,通常用通气贮量百分比表示:(ventral respiratory group ,VRG) 呼吸神经元主要集中在后疑核平面尾段腹侧呼吸组(cVRG)外周感受器(peripheral chemoreceptor) 中枢化学感受器(central chemoreceptor)

spinal cord：脊椎

中枢神经系统由脑(brain)和脊椎(spinal cord)组成,分别位于颅腔和椎管内. 颅腔和椎管内以外的脑神经与脊椎神经及其分支,遍布全身其他部位,构成了外周神经系统. 中枢神经系统通过外周神经系统与机体各部分建立联系,接受各种信息,

peripheral nervous system：外周神经系统

外周神经系统(peripheral nervous system) 联系中枢神经系统与全身各器官的神经,包括脑神经和脊神经. 通过外周神经系统,脑和脊髓既获得全身器官活动的信息,又发出信息到各器官以调节其活动,从功能上看,外周神经系统与中枢神经系统(即脑和脊髓)是不可分割的,

septum：中隔

脑肠肽胆囊收缩素(cholecystokinin)受体研究进展脑肠肽胆囊收缩素(cholecystokinin)受体研究进展cCKA受体主要分于胰腺、胆囊等外周组织,在中枢及外周神经系统的某些区域亦有发现,如伏隔核(nucleus accumbens)、中隔(septum)、松果体缰( ha

Habenula：松果体缰

脑肠肽胆囊收缩素(cholecystokinin)受体研究进展脑肠肽胆囊收缩素(cholecystokinin)受体研究进展cCKA受体主要分于胰腺、胆囊等外周组织,在中枢及外周神经系统的某些区域亦有发现,如伏隔核(nucleus accumbens)、中隔(septum)、松果体缰( habenula)、基底黑质(sub

neuropathic pain：神经性疼痛

神经性疼痛(neuropathic pain)是由外周或中枢神经系统的功能异常或结构损伤所致,其发生率大约为1%,它可起源于外周或中枢神经系统损伤(三叉神经痛,脊髓损伤);感染(带状疱疹后神经痛);代谢紊乱(糖尿病性神经痛);

peripherocentral：外周中枢性的

peripheraphose 外周性影幻视 | peripherocentral 外周中枢性的 | peripheroceptor 外周感受器

peripheroceptor：外周感受器

peripherocentral 外周中枢性的 | peripheroceptor 外周感受器 | peripherophose 外周性光幻视

postganglionic fiber：节后纤维

由中枢发出的纤维叫节前纤维(preganglionic fiber);而由外周神经节发出的纤维叫节后纤维(postganglionic fiber). 8.4.2 自主神经系统的功能特征 ①除少数器官外,一般组织器官都接受交感和副交感神经的双重支配,并且交感和副交感神 经的作用往往具有拮抗性.整体情况下,

Pethidine：哌替啶

哌替啶(pethidine),又名度冷丁(dolantin) 对中枢神经系统的影响与吗啡相似,但镇咳作用弱,且维持时间短. 也有扩张外周血管及脑血管的作用. 对平滑肌的影响与吗啡有所不同,不引起便秘,也无止泻作用;不对抗催产素对子宫的兴奋作用,