One of the segments of a compound leaf. anterior pituitary gonadotropin

The relation of the anterior pituitary gland to fat mobilization

脑垂体与脂肪的转运

Ultrastructural cytochemical study on the lysosomes in anterior pituitary cells of rats

大鼠垂体前叶内分泌细胞溶酶体的电镜细胞化学研究

Cytological localization of GnRH associated peptide in the rat anterior pituitary

GnRH相关肽在大鼠垂体前叶的细胞学定位

Coexistence of some immune-endocrine substances in the rat anterior pituitary

大鼠垂体前叶中一些免疫内分泌物质的共存

Effect of interleukin 2 on the expression of estrogen receptors in the anterior pituitary of rats

白细胞介素2对大鼠垂体前叶细胞雌激素受体蛋白含量和基因表达的影响

EGF Induces c-fos and PRL Gene Expression in the Primary Cultured Rat Anterior Pituitary Cells

表皮生长因子诱发原代培养大鼠垂体前叶细胞c-fos和PRL基因表达

Distribution of GAP-43 in the anterior pituitary of rat

生长相关蛋白免疫反应神经纤维在大鼠垂体前叶的分布

New Evidence for the Innervation of the Mammalian Anterior Pituitary

哺乳动物垂体前叶神经纤维直接支配的新证据

Effect of pulsed electromagnetic fields on functions of anterior pituitary and its target glands in rats

脉冲电磁场对大鼠腺垂体及其靶腺功能的影响

The Nuclear Estradiol Receptor Contents in Anterior Pituitary and the Brain of Female Aging Rat

老年雌性大鼠脑垂体及大脑中雌二醇核受体的含量测定

Conclusion Brain injury can cause parasecretion of anterior pituitary hormones and thyroid hormones.

结论颅脑损伤可引起垂体前叶激素及甲状腺激素分泌紊乱；

Primary rat anterior pituitary cells are dispersed and cultured invitro.

体外分离培养原代大鼠腺垂体细胞。

Three-horizontal-section method for counting the cells of half side of the anterior pituitary gland

垂体半侧三水平切面前叶细胞计数法

Impact of Rat Anterior Pituitary Cells Exposed to Nonylphenol

壬基酚对大鼠腺垂体细胞的影响

Clinical significance of dynamical changes in anterior pituitary hormones after acute head injury

急性颅脑外伤垂体前叶激素的动态变化及其临床意义

The changes of G protein in anterior pituitary cell membranes from old rats

老年大鼠垂体细胞膜G蛋白的变化

Record position is tibialis anterior muscle and gastrocnemius muscle side healthy and trouble.

记录部位为健、患侧胫前肌群及腓肠肌群。

The wet weight of tibialis anterior was weighed at12 and24 weeks postoperatively compared with control group.

称量术后12周、24周实验组手术侧胫骨前肌湿重，并与对照组术侧该肌湿重进行比较；

We analyzed and explored the mechanism of the changing by using the method of pressing and blocking the conduction of Ia afferent fibers of tibialis anterior muscle.

并以压迫阻断胫骨前肌Ⅰa类神经纤维传导的方法，对比目鱼肌H波变化机制进行了分析探讨。

Results were: ( 1) soleus muscle H wave was inhibited obviously under the state of tibialis anterior muscle fatigue and the difference was significant when compared with the quiet state.

结果发现：（1）胫骨前肌疲劳后，比目鱼肌H波明显受到抑制，与安静时比较呈非常显著性差异；