histaminergic
histaminergic
1. The activity of the histaminergic system decreased and the decrease might be one of the compensatory mechanisms for maintenance of the normal sleep in the null mice lacking DPR.
DPR基因敲除型小鼠脑中组胺能神经活性显著降低,这一变化可能是该种小鼠尚能维持正常睡眠的代偿机制之一。
2. Progress in the research of central histaminergic system
中枢组胺能系统研究的新进展
3. Central histaminergic modulation of vestibular function-a review
前庭功能的中枢组胺能神经调制
4. ROLES OF THE HISTAMINERGIC RECEPTORS IN THE LOCUS CERULEUS IN STRESS-INDUCED CAROTID BAROREFLEX RESETTING IN RATS
大鼠蓝斑组胺受体在应激导致颈动脉窦反射重调定中的作用
5. HISTAMINERGIC RECEPTOR IN THE NTS INVOLVED IN INHIBITION OF CAROTID BAROREFLEX INDUCED BY INTRACEREBROVENTRICULAR INJECTION OF HA IN RATS
孤束核组胺受体参与大鼠脑室注射组胺对颈动脉窦反射的抑制
6. Histaminergic receptors in the NTS involved in carotid sinus baroreceptor reflex resetting in stressed rats
孤束核组胺能受体参与应激大鼠颈动脉窦压力感受性反射的重调定
7. Evidence that histaminergic compounds may facilitate vestibular compensation is reviewed, and we discuss the potential of histaminergic drugs for clinical use.
我们在综述组胺能类药物促进前庭代偿证据的同时，也讨论了这类药物临床应用的可能性。
8. Histaminergic drugs have long been used to treat balance disorders in man, but their mechanisms of action in the vestibular system are poorly understood.
摘要组胺能药物己经长期用于治疗人类的平衡紊乱，但对于它们在前庭系统中作用的机制还缺乏了解。
9. Abstract: Histaminergic drugs have long been used to treat balance disorders in man, but their mechanisms of action in the vestibular system are poorly understood.
摘要： 组胺能药物已经长期用于治疗人类的平衡紊乱，但对于它们在前庭系统中作用的机制还缺乏了解。
10. Primary culture of histaminergic neurons in neonatal rat hypothalamus tuberomammillary nucleus
新生鼠下丘脑结节乳头核组胺能神经细胞的原代培养
11. Effects of central histaminergic receptor activation on carotid sinus baroreceptor reflex resetting in stressed rats
激动中枢组胺能受体对应激大鼠颈动脉窦压力感受性反射重调定的影响
12. histaminergic nerve
组织胺能神经
13. histaminergic pathway
组织胺能通路
14. histaminergic receptor
组胺能受体
15. histaminergic antagonist
组胺能拮抗剂
16. histaminergic effect
组胺能效应
17. histaminergic agonist
组胺能激动剂
18. histaminergic neuron
组胺能神经元
19. histaminergic innervation
组胺能神经支配
20. Histaminergic drugs have long been used to treat balance disorders in man,but their mechanisms of action in the vestibular system are poorly understood.
组胺能药物已经长期用于治疗人类的平衡紊乱,但对于它们在前庭系统中作用的机制还缺乏了解。
