球状带

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  • zona glomerulosa;glomerular zone
球状带球状带
  1. 球状带、束状带细胞结构清晰,排列规则。

    The cell structures of zona glomerulosa and zona fascicular are clear , arranged regularly .

  2. 模型组肾上腺皮质变薄,肾上腺皮质球状带、束状带变窄、结构不清。

    Model group adrenal cortex is thinner , zona glomerulosa and zona fascicular getting narrower , the structures are unclear .

  3. 结果:在人胚胎肾上腺皮质的球状带、束状带和网状带均存在Mel受体mt1(Mel1a)和MT2(Mel1b)亚型蛋白的表达,且主要分布于细胞胞质。

    Results : mt 1 ( Mel1a ) and MT 2 ( Mel1b ) subtype of melatonin receptors was principally localized to cytoplasm in zona glomerulosa , fasciculata and reticularis .

  4. 慢性低氧大鼠肾上腺皮质球状带的变化

    Changes in the zona glomerulosa of adrenal cortex of rats chronically exposed to hypoxia

  5. 见老年大鼠球状带变薄,血浆醛固酮浓度下降;

    In zone glomerulosa of aged rats , our result showed that the zone was thinner and the concentration of plasma aldosterone was declined .

  6. 其特点是:(1)被膜较发达,有时可伸入球状带将其细胞分隔为团块。

    It had following characteristics : ( 1 ) The capsula was thicker , occasionally entered the zona glomerulosa and divided its cells into globoids .

  7. 肾上腺的三个区带来自于脏层被膜:球状带、束状带、网状带-可以被看到!

    The three zones of adrenal cortex from capsule inwards : zona glomerulosa , zona fasciculata , and the zona reticularis ? can be seen here .

  8. 正常对照组肾上腺分为皮质、髓质,皮质较厚,皮质可明确区分球状带、束状带、网状带。

    Adrenal divids into cortex and medulla , normal group cortex thicker , it can be a clear distinction among the zona glomerulosa , zona fascicular and zona reticularis .

  9. 结果:成年大鼠肾上腺被膜、皮质球状带、束状带、网状带细胞均呈现多种无丝分裂像;

    Results : The results showed that various types of amitotic figures could be found in the cells of capsule , zona glomerulosa , zona fasciculata , and zona reticularis of adrenal gland .

  10. 结果显示低氧动物体重下降,肾上腺重量减少,肾上腺皮质球状带萎缩,脂质丢失,球状带细胞线粒体肿胀和空泡变性,溶酶体增多。

    The results showed that chronic hypoxia caused body weight loss and decrease of adrenal weight , atrophy and lipid loss of the zona glomerulosa , swelling and vacuolation of mitochondria , and increase of lysosomes .

  11. 表明在慢性常压低氧中,当吸入气氧含量降至7%时,可导致肾上腺皮质球状带细胞超微结构改变,从而影响醛固酮的合成与分泌。

    These findings indicated that as oxygen concentration of inspiratory in the chronic normobaric hypoxia is down to 7 % , it induced ultrastructural changes of glomerulosa cells and influenced the synthesis and secretion of aldosterone .