- 更多网络例句与抑制分泌的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Baxter, working on cats under experimental conditions comparable to ours, however, reported that intravenous injection of adrenalin either had no marked effect or a slightly augmentative effect on the histamine-induced secretion, and that stimulation of the splanchnic nerve yielded similar results.
若用较长的间隔如每10—30分钟收集一次胃分泌，则此双相效应就会被掩盖，因而得出肾上腺素对猫胃分泌无明显效应或有增加分泌的效应的结论，如Baxter等人所得到的一样。在急性实验中，刺激大内脏神经对组织胺引起的猫胃分泌有显著的抑制效应。与肾上腺素的效应不同，刺激大内脏神经的效应通常是单相的。
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Increases of APP transcript and expression by HupA also contribute to the up-regulation of sAPPα secretion. Meanwhile, Aβ secretion was observed to decrease 2 h after HupA treatment, and after 24 h incubation, HupA can significantly inhibit the secretion of Aβ.
Real-time PCR和Western blotting结果提示石杉碱甲能增加APP的转录和表达，该作用也将有助于对sAPPα分泌的上调；同时Aβ的生成并未相应增加，ELISA检测结果显示石杉碱甲孵育2 h后即能对Aβ分泌产生抑制作用，孵育24 h后能显著降低Aβ水平。
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It was observed that sphingomyelin plays a negative regulatory role on the activity of 〓, resulting in a strong inhibition on 〓-induced cell death.
我们观察到，鞘磷脂对分泌型磷脂酶〓的活性起着负调控作用，它能有效的抑制分泌型磷脂酶〓对细胞的杀伤作用。
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The influence of thyroxine on the hyperplasia of the granulation tissue of the gastric ulcer.
甲状腺素对胃液、胃酸和胃粘液分泌的影响：长期腹腔注射甲状腺素可以抑制胃液和胃酸的分泌，并有剂量反应关系。
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The results showed that Yiweitang, which could tonify YangMing Fluid and Qi, could change the growth internal environment of follicle, promote the growth of follicle, increase the excretion of ovary inhibin and decrease FSH, improve the blood supply of ovary, increase the expression of hormone receptor and restrain ovary apoptosis.
实验研究提示益胃汤具有改善初老雌性大鼠卵泡生长的激素内环境，促进卵泡生长，增加卵巢抑制素的分泌，抑制FSH，改善卵巢血供；提高激素受体表达及抑制卵巢细胞凋亡等作用。
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In details, the strongest inhabitation to the shoot growth was observed when neutral soluble fractionates were supplied. The shoot biomass with neutral soluble fractionates added was decreased by 10.52% over the blank control, resulting in obvious increase of root: shoot ratio. It suggests that the root exudates would be self-poisonous. Besides, both acid and alkaline soluble fractionates exhibited the trend to increase the stem height and it is necessary to exploit the reasons.
在培养液中，分别加入分组的烤烟根系分泌物，均显著降低根系对NO_3~-、H_2PO_4~-、K~+离子的吸收和根系活力，推测根系分泌物中产生抑制作用的物质可作用在相当宽的pH范围；其中，碱溶性组分对H_2PO_4~-、酸溶性组分对K~+、中性组分对NO_3的吸收和根系活力的抑制作用较强，推测在烤烟根系分泌物中，可能存在多种抑制烤烟生K和养分吸收的化学物质；另外，抑制作用随着根系分泌物浓度的增加而增强。
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MNSFP was a previously identified novel implantation-related factor that needed to be further investigated in our lab, and is a lymphokine produced by suppressor T cell.
MNSFD是本实验室正在研究的另一个新发现的着床相关因子，它是一种由抑制性T细胞合成的具有非特异性免疫抑制作用的淋巴因子，因其能抑制IL-4的分泌和Th2细胞的产生，所以推测其可能与母胎间免疫耐受的形成有关，但有待于研究证实。
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TCM may modulate the glial cells through the following mechanisms: inhibiting expression of iNOS, thereby minishing the toxicity of NO and its oxygen free radicals; inhibiting overactivation of astrocytes and overexpression of GFAP in acute cerebral ischemia and cerebral hemorrhage; promoting glial cells' secretion of NGF which can be caused by ischemic injury; inhibiting the nervous system's immune inflammatory response; and so on.
中药调节神经胶质细胞活性的机制可能包括：（1）抑制iNOS表达，从而抑制NO及其产生的氧自由基的毒性；（2 抑制脑缺血和脑出血急性期星形胶质细胞的过度活化和GFAP的过度表达；(3)上调缺血损伤导致的神经胶质细胞分泌NGF；(4)抑制神经系统的免疫炎症反应等各种途径。
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Results: 1 Tritiated thymidine incorporation assay showed that 1μM adenosine plus coformycin slightly inhibited CTLL-2 proliferation, while 5-20μM adenosine elicited marked inhibition on CTLL-2 proliferation responded to IL-2 a dose-dependent fashion. 2 Coformycin alone could also inhibit CTLL-2 proliferation at the concentration of 2.5μM. The underlying reason maybe due to the endogenous adenosine produced by CTLL-2 cells.
结果：11μM腺苷对CTLL-2增殖仅有轻微的抑制作用，而5、10、20μM腺苷的存在可显著抑制CTLL-2的增殖，并且呈剂量相关，P值均小于0.05.2CTLL-2经过2.5μM助间型霉素的单独处理也可引起轻度的增殖受抑现象，分析其可能原因是T细胞自身可以分泌腺苷，所以该抑制现象的出现与内源性腺苷有关。3本实验所用腺苷浓度对CTLL-2的活细胞百分率影响轻微。
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Inhibins are gonadal glycoprotein hormones belonging to the transforming growth factor-βsuperfamily that act to suppress pituitary follicle-stimulating hormone synthesis and secretion.
抑制素是性腺分泌的一种糖蛋白激素，它具有抑制垂体促卵泡素合成和分泌的作用。
- 更多网络解释与抑制分泌的相关的网络解释 [注：此内容来源于网络，仅供参考]
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corpora allata：咽侧体
这种激素是由一对咽侧体(corpora allata)分泌的. 只要保幼激素保持足够的浓度,每次蜕皮就产生另一龄虫. 在最后一期龄虫时,脑中分泌一种信号能抑制咽侧体继续分泌保幼激素,该激素水平的下降使变态得以发生. 用实验的方法证明,
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galactopoietic：催乳的;产乳的;催乳剂
galactophygous 抑制乳液分泌的 | galactopoietic 催乳的;产乳的;催乳剂 | galactopyranose 吡喃(型)半乳糖
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antidiuretic hormone：抗利尿激素 (后叶)加压素
antidiuresis | 制尿, 抑制尿分泌 | antidiuretic hormone | 抗利尿激素 (后叶)加压素 | antidiuretic | 尿分泌抑制剂, 抗利尿剂 抑制尿分泌的
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secretogogue; secretagogue：促泌素
泌物被盖 secretionary covering | 促泌素 secretogogue; secretagogue | 抑制分泌的 secreto-inhibitory
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galactophygous：抑制乳液分泌的
galactophthisis 授乳性消瘦 | galactophygous 抑制乳液分泌的 | galactopoietic 催乳的;产乳的;催乳剂
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granulosa cell：颗粒细胞
无论如何,LH分泌的增加会刺激鞘膜细胞 (theca cell) 之男性素, 尤其是androstenedione之分泌增加,而男性素增加会抑制颗粒细胞 (granulosa cell) 中aromatase的活性,使男性素转变为雌激素的过程受到抑制,因此滤泡成长也受抑制而萎缩,
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granulosa cells：颗粒细胞
抑制素( inhibin INH)是一种主要由雄性睾丸支持细胞(Sertoli-like cells)和雌性卵巢颗粒细胞(granulosa cells)分泌的二聚体糖蛋白激素. INH由α-亚基和β-亚基通过二硫键联接而成,该二硫键是抑制素行使抑制垂体FSH分泌功能所必需的主键.
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secreto?inhibitory：抑制分泌的
secretory reflex 分泌反射 | secreto?inhibitory 抑制分泌的 | section 地段
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secretomotor：刺激分泌的
secretoinhibitorysyndrome 分泌抑制综合征 | secretomotor 刺激分泌的 | secretomotory 刺激分泌的
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endopeptidase：内肽酶
胃蛋白酶是一种内肽酶(endopeptidase)能水解摄入食物中的蛋白质肽键,其主要消化产物为胨和,产生多肽和氨基酸较少,胃泌素、组织胺及迷走神经兴奋等刺激胃酸分泌的因素,也能促使胃蛋白酶原分泌,阿托品则抑制其分泌.