Locus Coeruleus

  • 网络蓝斑;蓝斑核
Locus CoeruleusLocus Coeruleus
  1. The Projection from Locus Coeruleus to the Olfactory Tubercle Studied with HRP Method in the Rats

    大鼠蓝斑核向嗅结节的投射&HRP逆轴突传递法研究

  2. Expression of tyrosine hydroxylase in locus coeruleus of depression model rats

    抑郁模型大鼠蓝斑酪氨酸羟化酶表达研究

  3. Immunohistochemical studies on the neurons of locus coeruleus in human fetus

    人胎蓝斑神经元免疫组织化学研究

  4. Mechanism underlying the pressor effect of locus coeruleus in rats

    蓝斑升压效应的机制

  5. Study on immunohistochemistry of locus coeruleus somatostatin neurons in human fetus

    人胎蓝斑生长抑素神经元免疫组化研究

  6. The development of locus coeruleus neurons in human fetus

    人胎蓝斑神经元的发育

  7. Effect of electrical stimulation of the locus coeruleus on the urinary output in rats

    电刺激大鼠蓝斑核对尿量的影响

  8. Experimental study on the Hematuria Induced by Bilateral Lesions in Locus Coeruleus Area in Rats

    损毁双侧蓝斑区引起血尿的实验研究

  9. Influence of dihydroetorphine on locus coeruleus firing rate in rats

    盐酸二氢埃托啡对大鼠蓝斑放电率的影响

  10. Aging changes of locus coeruleus in rat : neuron counts and ultrastructures

    大鼠蓝斑的老年性变化&细胞计数和超微结构观察

  11. Effect of locus coeruleus stimulation on unit discharge of hypothalamic arcuate nucleus in rats

    刺激蓝斑对下丘脑弓状核单位放电的影响

  12. Locus coeruleus participates in PVN regulation of cardiovascular activity in anesthetized rats

    蓝斑参与调节室旁核对心血管活动的作用

  13. OBJECTIVE To study the effects and its mechanism of exciting vasopressin receptor in locus coeruleus for cardiovascular activity .

    探讨单纯兴奋蓝斑内血管升压素受体对心血管活动的影响及其机制。

  14. Bilateral lesion of locus coeruleus in rats induces haemorrhage in multiple visceral organs

    损毁大鼠双侧蓝斑引起多脏器出血

  15. Cerebro ventricular injection of atropine not affect locus coeruleus pressor response

    脑室注射阿托品不影响大鼠蓝斑核加压反应

  16. The Role of Locus Coeruleus in Analgesia of Hypothalamic Arcuate Nucleus Stimulation

    蓝斑在刺激下丘脑弓状核镇痛中的作用

  17. The Effects on the Blood Pressure and Heart Rate of Rabbits Induced by Injection of Substance P into their Locus Coeruleus Complex Area

    家兔蓝斑复合核注射P物质对血压和心率的影响

  18. The results indicated an obvious correlation between morphine withdrawal and Fos protein expression of locus coeruleus in rats brain .

    这一结果从蛋白表达的角度证明蓝斑核在阿片类药物戒断中的作用机理。

  19. Effects of microinjection vasopressin into locus coeruleus on blood pressure , heart rate and renal sympathetic nerve activities in rats

    大鼠蓝斑内微量注射加压素对心血管活动的影响及其机制

  20. Electrophysiological study of the relationship between rostral ventrolateral medulla and locus coeruleus of rabbits

    兔头端腹外侧延髓和蓝斑联系的电生理学研究

  21. Effects of Experimentally-induced Changes in Hemodynamics on Catecholamines Release in the Locus Coeruleus

    血流动力学改变对猫蓝斑核儿茶酚胺类神经递质释放的影响

  22. Projections of nitric oxide synthase positive neurons to lateral and medial septal nuclei from locus coeruleus in rats

    大鼠隔外侧核和隔内侧核接受蓝斑一氧化氮合酶阳性神经元的投射

  23. The change of ChAT-IR in Locus Coeruleus and natriuresis induced by brain cholinergic stimulation

    脑胆碱能刺激引起的促钠排泄反应和蓝斑ChAT-IR的变化

  24. Influence of the activity of locus coeruleus complex on the ventricular extrasystoles induced by hypothalamic stimulation in the rabbit

    家兔蓝斑复合核区对刺激下丘脑诱发室性期前收缩的影响

  25. Noradrenaline Fluorescence Histochemical Study on the Locus Coeruleus of Kindling Rat Induced by Coriaria Lactone

    马桑内酯致大鼠点燃效应癫痫间期蓝斑去甲肾上腺素荧光组织化学的研究

  26. Enhancement effect of locus coeruleus on vago - vagal inhibitory reflex of stomach in the rat

    大鼠蓝斑核对迷走-迷走抑胃反射的加强作用

  27. AIM : To study the role of locus coeruleus ( LC ) noradrenergic neurons in the opioid dependence .

    目的:探讨蓝斑去甲肾上腺素能(LC-NA)神经元在阿片类药物依赖中的作用。

  28. Functional connections among pressor areas of nucleus hypothalamicus posterior , locus coeruleus and rostral ventrolateral

    下丘脑后核、蓝斑及延髓头端腹外侧加压区间的机能联系

  29. Relationship between pressor effect of electroacupuncture and functions of a_1 , a_5 , and locus coeruleus nuclei

    电针加压效应及其与A、A5蓝斑核团的关系

  30. Results : HRP labelled cells , TH labelled cells and TH-HRP double labelled cells were found in locus coeruleus .

    结果:在双侧蓝斑内可见到HRP标记细胞、TH阳性反应细胞和THHRP双标细胞,同侧明显多于对侧。