Pituitary gland的例句大全

Histophysiological study of pituitary gland in grey mullet, Mugil cephalus

鲻鱼脑垂体组织生理学的研究

Study on the relationship between the area of posterior lobe of the pituitary gland and age by MRI

垂体后叶面积与年龄变化的MRI研究

In all five patients, the posterior pituitary gland ( bright spot) disappeared on T1-weighted MRI images.

全部患者均有T1加权像垂体后叶高信号的消失。

Measurement study of signal intense value and typing in normal posterior lobe of the pituitary gland

正常垂体后叶磁共振成像信号强度测量及其分型

There are approximately same LH cellular structures in anterior pituitary gland in different groups.

腺垂体LH细胞结构在各组中大体相同。

The relation of the anterior pituitary gland to fat mobilization

脑垂体与脂肪的转运

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

There is no futher mass involving the pituitary gland.

没有发现团块进一步累及脑垂体.

The histology of pituitary gland from sexually matured female mandarin fish was studied.

对性成熟雌性鳜鱼的脑垂体进行了组织学研究.

Deficiency syndrome of Kidney Yang involves the dysfunction of Hypothalamic-Pituitary-target gland axis.

肾阳虚证下丘脑 - 垂体 - 靶腺(肾上腺、甲状腺、性腺及胸腺)轴的功能紊乱.

MR can delineate lesions affecting infundibular stems and distinguish them from the pituitary gland or hypothalamus.

磁振造影可清楚地显示出茎突的病灶并将其与脑下垂体或下视丘的病灶分辨出来.

Then observed by electron microscopic. The signal intensity ratio of posterior pituitary gland and the amount of neurosecretory gland were measured; analysed with correlation and regression.

方法：用5例头部标本行垂体MR成像及垂体标本电镜观察，测量垂体后叶信号强度比与电镜下垂体后叶单位面积内神经分泌颗粒、脂滴的量，并进行相关与回归分析。

Result MRI showed pituitary obvious homogeneous enhanced, upward symmetrically apophysis with shape like a bell, the height of pituitary gland was 9.4~ 16mm, the width of the stalk was 1.4~ 1.7 mm.

结果10例甲减患者表现为垂体上缘呈对称性隆起，形态呈钟形，垂体明显均匀强化，垂体高9.4~16.0mm，垂体柄横径为1.4~1.7mm。

Methods MRI imaging of the pituitary gland were acquired in 280 healthy subjects and volunteers, the signal intensity of the posterior pituitary lobe and pons were measured on midline sagittal T1-weighted images.

方法健康志愿者和体检者280例，行垂体MRI矢状T1WI成像，在正中矢状位T1WI上测量垂体后叶及桥脑信号强度。