目前的一个重要目标是研究催产素和血管加压素调节的神经发育过程，以完全理解它们抗自闭症的能力。
One important goal now is to fully characterize the neurodevelopmental processes modulated by oxytocin and vasopressin in order to fully understand their ability to reverse autistic symptoms.
为做这个实验，他们将包含完整的感觉神经元、加压素释放神经元和时钟神经元的老鼠大脑分离成薄片。
To do this, they isolated thin slices of rat brain containing intact sensory, vasopressin-releasing and clock neurons.
因此加压素水平在睡眠时升高，同时，时钟神经细胞变得更安静。
Vasopressin levels increase during sleep; clock neurons, meanwhile, get quieter.
父绒猴前额叶皮层的神经细胞也包含更多的后叶加压素受体（receptors for vasopressin），是一种较小的/短肽（peptide）分子，对社交行为和配偶间关系有影响。
The nerve cells in the prefrontal cortex of the fathers also contained more receptors for vasopressin, a small peptide that influences social behaviour and pair-bonding.
用免疫细胞化学PAP法对禁水老年大鼠室旁核加压素样神经元的超微结构进行了观察研究。
The ultrastructure of the vasopressin-like neurons in the paraventricular nucleus (PVN) of aged rats deprived of water was observed by immunocytochemical PAP method.
目的观察微波并加压肢体综合治疗糖尿病患者末梢神经炎。
Objective to study the effects of microwave and circulated compression to limbs for treating diabetic neuritis.
结论盐敏感儿童血压对冷加压应激反应(交感神经活性)增强，其作用与钠代谢异常有关。
Conclusion Children with salt sensitivity have a remarkably increased blood pressure responses to cold pressor stress (sympathetic activity), which is related with abnormal sodium metabolism.
前连合核内含VIP的神经元与含加压素的神经元同样也似非同一种细胞。
So far, we have not found the report of this finding. VIP neurons and vasopressin neurons in the anterior commissure nucleus also seemed to be not the same.
目的：研究脑源性神经生长因子对下丘脑加压素能神经元发育的影响。
To study the effects of BDNF on the development of the vasopressinergic neurons in hypothalamic neurons.
应用包埋前（PAP）免疫电镜双标技术对大鼠下丘脑视交叉后区内胆囊收缩素（CCK）神经元和后叶加压素神经元的相互关系进行了超微结构研究。
The relationship between CCK-and VP-neurons in the rat retrochiasmatic area was studied at ultrastructural level by means of pre-embedding(PAP) double immunoelectron microscopic labeling technique.
目的建立视网膜神经节细胞的体外高压培养模型并观察压力和加压时间对视网膜神经节细胞凋亡的影响。
Objective To observe the change of retinal ganglion cells(RGCs)and the expression of Bad after optic nerve injury, so as to study the changes of optic function level on morphology and molecular.
目的建立视网膜神经节细胞的体外高压培养模型并观察压力和加压时间对视网膜神经节细胞凋亡的影响。
Objective To observe the change of retinal ganglion cells(RGCs)and the expression of Bad after optic nerve injury, so as to study the changes of optic function level on morphology and molecular.
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