- 更多网络例句与垂体的相关的网络例句 [注：此内容来源于网络，仅供参考]
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OBJECTIVE: To provide the morphological evidences for the structural foundations of the releasing pattern and extraeellular normal transport route for secretory granules or polypeptide hormones of neurohypophysis by observing the structure of rats' neurohypophysis.
目的：通过观察大鼠神经垂体的结构特征，为神经垂体多肽激素分泌颗粒的释放形式和在细胞外正常转运途径的结构基础提供形态学依据。
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Either of two hormones of the pituitary gland, luteinizing ''.'hormone'.
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体''。
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Either of two hormones of the pituitary gland, luteinizing ''.'hormone'.
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体生成''。
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Either of two hormones of the pituitary gland, luteinizing hormone and follicle-stimulating hormone.
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体生成激素或保''。
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Either of two hormones of the pituitary gland, luteinizing hormone and follicle-stimulating hormone. No longer in scientific use.
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体生成激素或保卵泡激素，不再用在科学研究中
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Either of two hormones of the pituitary gland, luteinizing hormone and follicle - stimulating
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体生成激素或保卵泡激素，不再用在科学研究中
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Both of these two genes only expressed in the pituitaries of these three fishes,and they mainly located in the meso-adenohypophysis, which indicated that the gonadotropins were secreted by GTH cells in meso-adenohypophysis.
Fshβ和Lhβ基因只在三种鱼的脑垂体中表达，且均定位于中腺垂体区域，说明这三种鱼的促性腺激素主要是由中腺垂体的GTH细胞产生。
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The posterior wall does not proliferate and remains as the poorly defined pars intermedia.
以后其前壁发育成垂体的远侧部，后壁将不会增殖而形成垂体的中间部。
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With,Heidenhain-Azen and PFA-AB-PAS-OG staining techniques, 7 secretory and 1 non-secretory cell types can be identified in rostral pars distalis, proximal pars distalis and pars intermedia, of the adenohypophysis.
通过Heidenhain-Azen和PFA-AB-PAS-OG染色，比较腺垂体的腺细胞类型及在腺垂体前叶、间叶和过渡叶的分布。
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Low dose Yiweitang group; 4. Diethylstilbestrol group; 5. Model control group. After 4 weeks intervention, get the left ovarie, a part of hypothalami and pituitary gland from head-off rat, and observe expression of ER, FSHR and GnRH by immune histochemistry method . Then extract RNA from the rihgt ovarie and the rest hypothalami and pituitary gland, so as to measure the expression of GnRHmRNA 、 ERmRNA 、 FSHRmRNA and P 16mRNA by RT-PCR. And the cerebrum were made to homogenate to examine SOD, GSH-PX and MDA.
各组实验动物灌药4周后，断头处死，取部分下丘脑、垂体及左侧卵巢组织固定切片，免疫组化法检测 ER 和 FSHR 表达、 GnRH ；取剩余部分下丘脑、垂体及右侧卵巢组织提取总 RNA ，用于 RT-PCR 检测下丘脑 GnRHmRNA ，下丘脑、垂体的 P 16mRNA 及下丘脑、垂体、卵巢的 ERmRNA 、 FSHRmRNA 基因表达；另外取部分大脑组织制作脑组织匀浆，用于 SOD 和 GSH-PX 酶活力以及 MDA 含量的测定。
- 更多网络解释与垂体的相关的网络解释 [注：此内容来源于网络，仅供参考]
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pituitary adenoma：垂体腺瘤
(一)垂体腺瘤 垂体腺瘤(pituitary adenoma) 来源于垂体前叶上皮细胞的良性肿瘤,是鞍内最常见的肿瘤,占颅内肿瘤的10%~20%,多在30岁~60岁之间,女性较多见.
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pituitary adenoma：垂体瘤
脑垂体瘤(pituitary adenoma)系良性腺瘤,相当常见,...垂体瘤(pituitary adenoma)是常见的颅内肿瘤. 据国外尸检资料,其检出率达3%~27%. 近年国外有人用高分辨力MRI普查普通人群,发现阳性率达10%. 垂体瘤中以起源于腺垂体的垂体腺瘤(pituitary adenoma)最为常见,
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hypopituitarism：垂体功能减退症
腺垂体功能减退症(hypopituitarism)是由不同病因引起腺垂体全部或大部受损,导致一种或多种垂体激素分泌不足所致的临床综合征. 病变源于垂体或下丘脑,由前者引起者为原发性,后者引起者为继发性. 垂体瘤及分娩时大出血引起垂体缺血性坏死为最常见的原因.
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neurohypophysis：神经垂体
垂体按其胚胎发育和功能、形态的不同,分为腺垂体(adenohypophysis)和神经垂体(neurohypophysis)两部分,且以漏斗与下丘脑相连. 由于在形态和功能上下丘脑与垂体的联系非常密切,故可将它们看作一个功能单位. 腺垂体是体内最重要的内分泌腺.
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neurohypophysis：神经垂体;垂体神经部
neuroendocrine 神经内分泌的 | neurohypophysis 神经垂体;垂体神经部 | neuromuscular junction 神经肌肉接点
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Pineal Gland,Evolution of：(松果腺的进化)
Opioid/Orphanin Gene Family,Evolution of(阿片样物质/孤啡肽基因家族的进化) | Pineal Gland,Evolution of(松果腺的进化) | Pituitary Gland,Evolution of(垂体的进化)
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pitiable：引人怜悯的,可怜的
1299. pitch 沥青 | 1300. pitiable 引人怜悯的,可怜的 | 1301. pituitary n. 垂体的,粘液的
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Pituitrin：垂体后叶素
1.2 垂体后叶素 垂体后叶素(pituitrin)是从牛、猪的垂体后叶中提取的粗制品,内含缩宫素和加压素,故对子宫平滑肌的选择性不高,在作为子宫兴奋药的应用上,已逐渐被缩宫素所代替.
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Pituitrin：垂体后叶素,后叶素
pituitous 稠粘液的 | pituitrin 垂体后叶素 后叶素 | pituitrism 垂体功能障碍 垂体机能障碍
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hypophyseal：垂体的
hypophrodisia 性欲减退 | hypophyseal 垂体的 | hypophyseal hormone 垂体激素