英语释义

• the posterior lobe of the pituitary body; primarily glandular in nature

片语

neural lobe neurohypophysis垂体神经部

neural lobe of neurohypophysis神经叶

Disorder neurohypophysis垂体后叶病癥

The hypothalamus and neurohypophysis下丘脑和神经垂体

英汉例句

• the pituitary gland consisted of neurohypophysis and adenohypophysis.

  鳜鱼脑垂体由神经垂体和腺垂体两大部分组成。

• in winter, neurohypophysis had no changes.

  冬季神经垂体几乎没有变化。

• objective to explore the structural foundation of the pathway for secretion of neurohypophysis releasing directly into cerebrospinal fluid (csf).

  目的探讨神经垂体分泌物直接释放入脑脊液途径的结构基础。

• the above mentioned results probably provided ultrastructural evidence for the regulatory mechanism of the neurohormone releasing in the neurohypophysis for the first time.

  上述结果为神经垂体内神经激素释放的调节机制首次提供了超微结构证据。

• the strongly pas-positive colloid was found in all parts of the adenohypophysis and neurohypophysis in the mature chinese buffalo.

  强pas阳性的胶体见于成年中国水牛腺垂体各部及神经垂体。

• conclusion: these findings indicate that the releasing pattern of polypeptide hormones or secretory granules of neurohypophysis involves a whole-releasing together with granular membrane.

  结论：这些结构特征提示，神经垂体多肽激素或分泌颗粒的释放形式，存在一种连同颗粒膜的整体释放；

• result: the neurohypophysis is composed of unmyelinated nerve fibers, pituicytes and connective tissue abound in blood capillaries.

  结果：神经垂体主要由无髓神经纤维、垂体细胞及富含毛细血管的结缔组织构成。

• conclusion these findings indicate that the releasing pattern of polypeptide hormones or secretory granules of neurohypophysis include a whole releasing together with membrane.

  结论这些结构特征提示，神经垂体多肽激素或分泌颗粒的释放形式，存在一种连同颗粒被膜的整体释放；

• methods the neurohypophysis of the rat was observed under light microscope, transmission and scanning electron microscope.

  对大鼠神经垂体进行光镜、透射电镜和扫描电镜观察。

• conclusion intercellular cistern, perivascular space and epithelial openings consist of the structural foundation of the chief channel for secretions of neurohypophysis releasing into csf.

  结论细胞间池-血管周隙-囊上皮孔，构成了神经垂体分泌物释放入脑脊液主渠道的结构基础。

• in this study, we discussed the effect of cortisone on the acp of neurohypophysis and the functional significance of pituicytes in neurosecretion procedure.

  本文进一步讨论了皮质素对神经分泌的作用和垂体细胞在神经分泌过程中的机能意义。

• objective:to investigate the direct effect of neurohypophysis hormone on the myocardial contraction force.

  目的：探讨神经垂体激素对心肌收缩力的直接影响。

• the neurohypophysis shown here resembles neural tissue, with glial cells, nerve fibers, nerve endings, and intra-axonal neurosecretory granules.

  神经垂体类似神经组织，有神经胶质细胞、神经纤维、神经末梢及轴突内的神经内分泌颗粒。

• results the neurohypophysis was composed of unmyelinated nerve fibres, pituicytes and connective tissue abound in blood capillaries.

  结果神经垂体主要由无髓神经纤维、垂体细胞及富含毛细血管的结缔组织组成。