室周器官的英文

• cvos

• 室:    room
• 周:    circumference; periphery; ci ...
• 器官:    organ; apparatus
• 室周器:    circumventricular organ
• 测周器:    circumferentor

例句与用法

1. Morphological observations on circumventricular organs in rats
   大鼠室周器官的形态学观察
2. In mammals cvos include subfomical organ ( sfo ) , organum vesolum lamina terminalis ( ovtt ) , median eminence ( mr ) , subcommissural organ ( sco ) , recess of pineal gland ( rpg ) , paraventricular organ ( pvo ) , and area postrema ( ap ) . also neurohypophysis , choroids plexes , and pineal gland are recognized as cvos by some researchers
   但有人把神经垂体，松果体，脉络丛等也列为室周器官。在鱼类还有血管囊(位于神经垂体的紧后方，漏斗茎的后端。
3. Purpose ependyma is lined in lumen surface of brain ' s ventricles which is composed of single ciliated cuboidal epithelium and a major component of brain csf barrier ( bcb ) and blood csf barrier ( blcb ) . it plays an important role in production of csf , signal traiisttiission , maintainance of homeostasis within the brain , and so on , and a focus of developing pathway both for administration of some drugs into the brain and treatment of brain ' s diseases . ependyma may be specified in some sites perhaps owing to functional need and modified its structures of cells and tissue , which has been called circumventricular organs ( cvos ) since 50 of 20 century
   目的室管膜是衬覆在脑室内面的单层纤毛立方上皮，是脑-脑脊液屏障，血-脑脊液屏障的主要组成部分，在脑脊液的产生，脑内信息的转导，维护脑的微环境等方面具有重要的作用，也是脑内给药和脑疾病治疗新途径开发关注的焦点之一；室管膜在一些部位可能是由于功能的需要其细胞和组织结构发生了特化，在二十世纪五十年代人们将这些特化的室管膜称为室周器官。
4. Since 90th of 20 centery it has began to interest in their roles in neuroimmune modulation . as far as the supraependymal structures are concerned , such as supraependymal cells , fibers , and csf - contacting neurons they has been interest in their functions of neurohumoral modulation and in roles within neuro - endoerine - immune network . because cvos locate just at signal exchanging sites among blood , brain tissue and csf , their special locations may determine their decisive roles in neuro - endocrine - immune modulation
   而有关室管膜上细胞，室管膜上纤维以及接触脑脊液神经元在神经体液调节以及神经-内分泌-免疫调节网络中的作用，目前越来越受到人们的重视，由于室周器官处于血液-神经-脑脊液三种信息流的交汇处，特殊的位置决定了它在神经-内分泌-免疫调节中可能起着举足轻重的作用。