动情周期 estrous cycle(160) estrum(10)   estrous cycle     Effect of excessive swimming exercise on the estrous cycle of mice     大运动量游泳对小白鼠动情周期的影响 短句来源     Exercise-induced estrous cycle inhibition in relation to the changes of hormone level and the microstructure of ovary and uterus in female rats     雌性大鼠运动性动情周期抑制与卵巢、子宫显微结构及相关激素水平的变化 短句来源     To further study the effects of exercise on GnRH and β-EP in rats’ hypothalamus and the mechanism of athletic se- condary amenorrhea, a SD rat modal of immunocytochemistry and image analysis system was established. Different effects of different estrous cycle and intensity exercise on hypothalamus can be obtained.     为探讨运动诱发月经周期紊乱乃至闭经的发生机制 ,设计了运动性闭经大鼠模型 ,利用免疫组织化学方法及图象分析系统 ,观察不同动情周期、不同训练强度时雌性大鼠下丘脑促性腺激素释放激素 (GnRH)和β -内啡呔 (β -EP)免疫反应阳性细胞的定量变化。 短句来源     (3)The inhibition of the estrous cycle occurred gradually and the change of Vac could not restore after 1 week rest.     (3)在持续递增负荷运动时 ,动情周期抑制是逐渐发生的 ,且停训后短时间内阴道脱落细胞不能完全右移。 短句来源     AIM:To observe the influence of large amounts of exercise on the estrous cycle of female mice, so as to provide evidence for the mechanism of menoxienia in female athletes caused by exercise training.     目的:观察大运动量运动对雌性小白鼠动情周期的影响,旨在为女运动员运动训练产生月经不调的机制研究提供依据。 短句来源 更多          estrum     A Study of Incremental Load Training-induced Changes on Structure and Function of Adrenal Gland in Estrum Restrained Rats     递增负荷训练诱导的动情周期抑制大鼠肾上腺结构与功能变化 短句来源     Conclusion Incremental training could result in both the restrained estrum and the activation of the PHA axes in rats.     结论:递增负荷运动诱导了大鼠动情周期的抑制和肾上腺束状带结构与功能的改变。 大鼠动情周期抑制发生在肾上腺轴活化到一定程度之后。 短句来源   “动情周期”译为未确定词的双语例句     The Changes of Ultrastructure of Hypothalamus - pituitary Axis for Athletic Menstrual Cycle Irregularities in Rats     运动性动情周期抑制的大鼠下丘脑-垂体轴细胞超微结构的变化 短句来源     Results (1) The desquamated middle or bottom-level cells of vagina increased week by week and reached the highest at the seventh week in rats of Ta group.     结果:(1)训练5周后,Ta、Tb组大鼠出现不同程度的动情周期抑制。 训练至第7周,Ta组大鼠阴道中底层细胞最多。 短句来源     METHODS: The experiment was conducted at the Experimental Animal Center of Shandong Physical Education Institute from March to October 2004. Forty healthy female SD rats of 2-month old were divided randomly into control group(n=20)and high intensity training group(n=20).     方法:实验于2004-03/10在山东体育学院实验中心完成。 选择有正常动情周期的健康2月龄雌性SD大鼠40只,数字表法随机分为对照组、大强度运动组(n=20)。 短句来源     ②Compared with the control group,the volume of folliculi was reduced and the number of folliculi was decreased.     ②与对照组相比,运动性动情周期抑制雌性大鼠的卵泡变小且数量变少、子宫腺数量变少且腺腔小。 短句来源 查询“动情周期”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   estrous cycle In the CL of estrous cycle rat, LHR mRNA positive CL expressed high level of mRNA of IGF-IR. 例句来源       Hypothalamic response to leptin changes during a hormonally induced estrous cycle in rats 例句来源       To test if leptin responsiveness may be regulated we assayed hypothalamic response to leptin during the estrous cycle; when changes in food intake are known to occur. 例句来源       In conclusion, we have shown that leptin responsiveness changes during a hormonally induced estrous cycle in rats. 例句来源       To fill this gap in our knowledge, we identified and characterized the tissue specific expression of IGFBP-1 to-6 in rat oviducts over the estrous cycle byin situ hybridization and immunocytochemistry. 例句来源       更多                    To further study the effects of exercise on GnRH and β-EP in rats’ hypothalamus and the mechanism of athletic se- condary amenorrhea, a SD rat modal of immunocytochemistry and image analysis system was established.Different effects of different estrous cycle and intensity exercise on hypothalamus can be obtained. The result indicated that : intensive swimming exercise can reduce the positive substance of β-EP nervous cell in hypothalamus. With the other effects, the secretion of GnRH is increased. Pr...             为探讨运动诱发月经周期紊乱乃至闭经的发生机制 ,设计了运动性闭经大鼠模型 ,利用免疫组织化学方法及图象分析系统 ,观察不同动情周期、不同训练强度时雌性大鼠下丘脑促性腺激素释放激素 (GnRH)和β -内啡呔 (β -EP)免疫反应阳性细胞的定量变化。结果提示 :急性运动时 ,下丘脑 β -EP含量降低 ,并在其他因素参与下 ,促使GnRH从下丘脑释放增多。长期力竭运动 ,下丘脑GnRH和 β -EP仍进行释放 ,但相互作用机制仍需探讨。 文摘来源          Through 7 weeks endurance training with incremental intensity on treadmill, a SD rat model of Athletic Secondary Amenorrhea (ASA) has been founded successfully. Body weight(Bw), hematoglobin(Hb), ratios of pituitary gland weight to body weight(Rpb) and heart weight to body weight(Rhb), the change of vag amotic cells(Vac) indicated that: (1)The estrous cycle of SD rats can be inhibited by increasing load endurance training. Furthermore, the change of these indexes was similar to that of athlete. Therefore...             以SD雌性大鼠 7周递增负荷跑台运动为运动性闭经模型 ,分别测定了 7周、5周、3周各阶段递增负荷后的体重、血红蛋白、垂质比、心质比、阴道脱落细胞的变化。结果表明 :(1)持续递增负荷运动可使大鼠动情周期抑制 ,并且饮食量、体重、血红蛋白、阴道脱落细胞的变化与运动员相同。因此 ,用大鼠建立运动性闭经 (ASA)的模型是可行的。 (2 )大鼠动情周期抑制时 ,饮食量下降 ,体重下降 ,血红蛋白减少 ,垂质比变小而心质比变大 ,阴道脱落细胞以底、中层细胞为主。提示这些变化与ASA密切相关。 (3)在持续递增负荷运动时 ,动情周期抑制是逐渐发生的 ,且停训后短时间内阴道脱落细胞不能完全右移。 文摘来源          Objective: To show the mechanism of the ultrastructural change of Hypothalamus-Pituitary axis in women with athletic menstrual cycle irregularities (AMI). Methods: At first establish a rat model similar to athletic menstrual irregularities by incremental training, then observe the ultrastructural change of arcuate nucleus neuron in hypothalamus and gonadotroph in pituitary. Results: In training group A, the axon of arcuate nucleus neuron is separated from its myelin sheath, swelling in dendrite and vacuolat...             目的：为进一步探讨运动性月经失调（ＡＭＩ）的机制提供理论依据。方法：在建立递增负荷训练的运动性闭经动物模型的基础上，对大鼠下丘脑弓状核神经元和垂体促性腺细胞超微结构进行观察。结果：电镜下，７周训练组大鼠下丘脑弓状核神经元轴突髓鞘分离、树突肿胀，核周质线粒体空泡变。垂体促性腺激素（Ｇｎ）细胞、生长激素（ＧＨ）细胞、促肾上腺皮质激素（ＡＣＴＨ）细胞的粗面内质网扩张，线粒体嵴断裂和肿胀。尤其是促性腺细胞粗面内质网极度扩张，出现类似性腺阉割细胞（Ⅳ型）和脱颗粒细胞（Ⅴ型）。休息１周后未见恢复。结论：运动性动情周期抑制发生在下丘脑水平，短期休息调整不能恢复。下丘脑－垂体轴细胞超微结构的改变与运动强度和运动时间密切相关。 文摘来源   << 更多相关文摘         相关查询: 动情周期抑制 在动情周期 动情周期异常 运动性动情周期抑制 运动性动情周期紊乱  对查询结果不满意

CNKI小工具 在Springer中查有关的英文论文 在知识搜索中查有关动情周期的内容 在数字搜索中查有关动情周期的内容 在概念知识元中查有关动情周期的内容 在学术趋势中查有关动情周期 的内容

CNKI主页 |  设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务

2008 CNKI－中国知网

京ICP证040431号 互联网出版许可证 新出网证(京)字008号 北京市公安局海淀分局 备案号：110 1081725  2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社