Morgan is keen to run trials of the effects of DHEA and NPY on the cognitive resilience of SERE trainees.
Morgan十分希望在SERE受训者身上测试DHEA和NPY恢复认知能力的效果。
So NPY produced in the brain initially makes you eat more and gain weight around your middle, and then that fat makes more NPY, which makes you eat more.
所以NPY最初在大脑中产生，让你吃得更多并且在肚子上长脂肪，这些脂肪产生更多NPY，让你吃得更多。
The concentration of NPY decreases obviously.
脑组织中npy浓度明显降低。
Serum leptin and plasma NPY were detected too.
测定血清瘦素和血浆神经肽Y（NPY）水平。
Conclusion NPY and NT are involved in the incidence of EH.
结论：npy、NT参与了高血压病的发病过程。
Effect of acupuncture on leptin-hypothalamic NPY chain in obese rat;
提示连翘苷对营养性肥胖小鼠有一定的减肥作用。
Objective To explore expression of NPY in placenta of patients with ICP.
目的探讨妊娠肝内胆汁淤积症患者胎盘中神经肽表达的变化。
Objective To explore the role of NPY and NT in the pathogenesis of psoriasis.
目的探讨神经肽y与神经降压素在银屑病发病中的作用。
NPY receptor distributes widely in many tissues including heart, vessel and so on.
在心血管等多种组织中分布着NPY受体。
The NPY-containing nerve fibers were mainly localized around acini, ducts and blood vessels.
结果显示：含神经肽Y神经纤维主要走行于腺泡、导管及血管周围。
Conclusions: NPY may play important roles in the pathphysiological mechanism of nasal polyps.
结论：NPY在鼻息肉发病中可能起到重要的作用。
The origin and regulating role on intestinal mucosal function of the NPY nerves are also discussed.
本文还讨论了神经肽y的起源及对小肠黏膜功能的调节作用。
The contents of NPY in Qingkailing group are siginifcantly higher than that in kindling group(P<0.05).
与点燃模型组相比，中药和西药干预组海马组织匀浆NPY的放射免疫测定浓度升高（p<0.05） 。
There was no correlation either before or after treatment between SBP, DBP, and plasma NPY concentration.
治疗前后的血浆NPY浓度与舒张压或收缩压均无直线相关性。
The distribution and content alternation of NPY in the fetal rat brain was studied immunohistochemically.
通过免疫组织化学方法观察胚胎大鼠脑组织神经肽Y的分布与含量变化。
Purpose: to research the changes of NPY neurons in the brain motor area in renovascular hypertensive rats.
目的：研究肾血管性高血压大鼠运动区NPY阳性神经元的变化。
The model of infrapatellar fat pad and synovium injury was established, and the level of SP, CGRP and NPY were observed.
本研究通过建立膑下脂肪垫和滑膜损伤的模型，观察神经肽sp、CGRP和NPY的水平变化。
The alterations of NKB and NPY in hippocampus CA4 region were observed with immunohistochemistry and image analysis system.
用免疫组织化学和图像分析方法观察大鼠CA 4区神经激肽b和神经肽y细胞的变化。
Results a great quantity of NPY-ir neurons and a small amounts of NPY-ir fibres were located in the caudate-putamen nucleus.
结果NPY免疫反应阳性神经元大量分布于尾壳核，NPY免疫反应阳性纤维分布稀疏。
Conclusion Alteration of plasma NPY concentration might be the effect of rapid change in blood pressure rather than the cause.
结论血浆NPY的变化可能是血压急剧变化的结果，而不是其原因。
The researchers found that both NPY and Y2R are activated during stress, leading to apple-shape obesity and metabolic syndrome.
研究人员发现在压力过程中NPY和Y2R都受到刺激，导致出现苹果状的肥胖和代谢综合症。
Studies in the past have shown that male mice created without NPY are more anxious than normal mice, which is hardly surprising.
过去的研究已经表明，没有神经肽y的雄性小鼠比正常小鼠更容易焦虑，这并不足以令人惊奇。
The localization of NPY-like immunoreactive cell bodies and fibers in rat adrenal gland were observed by immunocytochemical method.
用免疫细胞化学方法显示肾上腺神经肽Y（NPY）样细胞体及其纤维的分布。
Through the signal pathway of L-type calcium channel on the cytomembrane, NPY-Y1 receptor could increase the proliferation of SMCs.
结论通过细胞膜上L型钙离子通道进行跨膜信号传递，NPY-Y1受体介导促血管平滑肌细胞增殖作用。
CONCLUSION: Ectogenesis Ald can negatively control the generation and secretion of NPY, through calcineurin depended signal-pathway.
结论外源性醛固酮可通过激活钙调神经磷酸酶信号通路，负性调控大鼠神经肽y的生成和分泌。
Objective:To observe the distribution of nerves containing neuropeptide Y (NPY) and substance P(SP) in cloaca wall of Alligator sinensis.
目的 ：观察含神经肽Y（NPY）、P物质 （SP）神经在扬子鳄泄殖腔壁内的分布情况。
Object: Through detecting the serum levels of NP (CGRP VIP NPY) in patients with severe hepatitis, to discuss their clinical significance.
通过对神经肽cgrp、VIP、NPY在重型肝炎中的检测，来探讨其临床意义。
The present invention discloses compounds, which are novel receptor antagonists for NPY Y1 as well as methods for preparing such compounds.
本发明公开了为新型NPYY1受体拮抗剂的各种化合物以及制备所述化合物的方法。
Conclusion: NO in the pterygopalatine and otic ganglia may play an important role in regulating NPY release at the postganglionic fiber ends.
结论：NO可能对翼腭神经节、耳神经节节后神经纤维末梢npy的释放起重要作用。
Conclusion: NO in the pterygopalatine and otic ganglia may play an important role in regulating NPY release at the postganglionic fiber ends.
结论：NO可能对翼腭神经节、耳神经节节后神经纤维末梢npy的释放起重要作用。
应用推荐