etb

Conclusions : ET-1 can directly stimulate cultured cortex neurons to release NO via ETB receptors .

结论：外源性ET-1可通过ETB受体直接诱导培养SD大鼠大脑皮层神经元释放NO。

Role of D_3 Dopamine Receptor Regulation of ETB receptor in Renal Proximal Tubule Cells in Essential Hypertension

多巴胺D3受体对SHR大鼠肾脏内皮素B受体的异常调节在高血压发生中的作用

To study endothelin receptors ETa and ETb biologic effects in congestive heart failure ( CHF ) .

目的研究内皮素受体ETA、ETB在心力衰竭时的变化及与心衰病因的联系。

Role of Dopamine Receptor and ETB / AT_1 / Insulin Receptors Interaction in the Pathogenesis of Essential Hypertension

多巴胺受体与ETB/AT1/胰岛素受体的相互作用在高血压发生中的作用研究

Selective ETA or non-selective ETA / ETB blockade can decrease blood pressure and ameliorate end-organ damage .

ETA/ETB受体阻滞剂或选择性的ETA受体阻滞剂均能使全身血压下降，保护高血压病的靶器官。

However , the peak time of ETB mRNA receptor was at 6 hour and mainly localized on renal medullary tubule epithelial and collecting duct cells .

ETB受体mRNA于再灌流6小时达高峰，主要分布髓质肾小管、集合管。

Bosentan is a specific competitive dual endothelin receptor antagonist of low molecular weight . It inhibits ET-1 action through combination with both ETA and ETB receptors .

波生坦是一种相对分子质量低的竞争性双重内皮素受体阻滞剂，通过与ETA和ETB的结合来阻止ET-1的作用。

Conclusion In Chongqing , ET-producing SA is the common pathogenic bacteria of SSSS and impetigo , and most of SA strains produce both ETA and ETB .

结论SSSS及脓疱疮患儿的致病金葡菌主要为产ET菌株，并以兼产ETA和ETB菌株为主。

Part II Expression of ET-1 , ETA and ETB in Rat Arterial Allograft Objective : The study is investigate the expression of ET-1 , ETA and ETB in the allograft carotid artery .

第二部分ET-1及其受体ETA，ETB在移植血管中的表达目的：阐明ET-1及其受体ETA，ETB在TCAD病理机制中的作用。

Ethylene glycol tertiary butyl ether ( ETB ) is a product with lower photochemical reactivity and can be an acceptable subst ituted solvent for ethylene glycol butyl ether in some applications .

乙二醇叔丁基醚（ETB）是一种具有低光化学反应性产品，在一些应用领域中可作为乙二醇丁醚（EB）的取代溶剂。

Methods Collagen lattice was used to investigate the effects of endothelin-1 ( ET-1 ), selective ETA receptor antagonist BQ-123 , selective ETB receptor antagonist BQ-788 and selective ETB receptor synergist IRL-1620 on contractility of hepatic stellate cells .

方法采用胶原晶格法（collagenlattice）观察ET-1及其受体拮抗剂BQ-123、BQ-788和选择性ETB受体协同剂IRL-1620对肝星状细胞收缩的影响。