内分泌

Environmental hormone means endocrine disrupter substance, is definition by Japan Environmental Administration in 1997. This substance once enter in vivo by way of environmental conveyance, will amiss bonding with the receptor. It will result influence like hormone or destroy the balance and function of normal endocrine system.

摘要 环境荷尔蒙由日本环境厅在1997年所定义，指的是外因性内分泌干扰物质，此等物质一但经由环境介质进入动物体内后，会和体内的受体发生错误结合，产生类似荷尔蒙的影响或是破坏干扰原有内分泌系统的平衡及功能，进而干扰动物体内的生理作用。

Pancreas is an important complex exocrine and endocrine gland.

胰腺是重要的消化和内分泌器官，分为外分泌部和内分泌部两部分。

Pituitary gland - The master endocrine gland located in the brain that controls the entire endocrine system by targeting organs or other glands.

垂体 -主内分泌腺位于大脑控制着整个内分泌系统的定位机构或其他腺体。

They have gone from endocrinologist to endocrinologist.

他们已经从内分泌的内分泌。

The results showed that LRK could significantly inhibit the mammary hyperplasia caused by estrin, reduce the content of serum 〓, raise P level, promote the production of DA in hypothalamus and mammary tissue, decrease the release of 5-HT, inhibit the secretion of serum PRL, reduce the sensitivity of mammary tissue to estrin and progestogen, prevent the expression of mammary tissue on PCNA, the effect was equal to triphenylamine oxide, obviously superior to the control group of Ru Zeng Ning.

通过实验研究，建立了具有肾虚肝郁证侯群的乳腺增生病理模型，利用免疫组化技术、图像分析系统、荧光分光光度法、放射免疫法等现代医学研究方法，从病理形态学、医用体视学、神经内分泌学、阴道细胞学等方面，观察了利乳康口服液对模型动物整体状态、乳腺组织病理形态、血清激素、神经递质以及卵巢功能的影响，结果表明利乳康口服液能明显抑制雌激素引起的乳腺组织增生，降低血清E〓含量，升高P水平，促进下丘脑及乳腺组织中DA的产生，减少5-HT释放，抑制血清PRL分泌，降低乳腺组织对雌、孕激素的敏感性，阻止乳腺组织PCNA的表达，其效应与三苯氧胺相当，明显优于乳增宁对照组；另外，利乳康口服液还能缓解模型动物肾虚肝郁证侯群，增加其体重，调节其整体状况，改善模型动物不规则动情周期，减轻其子宫及卵巢的病变，抑制子宫内膜的过度增长，调节卵巢功能，揭示了中药利乳康口服液对神经内分泌和卵巢功能的整体调控作用，以及对本病发生、发展的预防作用

They have close relationship as the former may provide new ideas and approaches for the later, while the later may be the simulation for the former and gives it helps in degradation products identification and mechanism explanation. It is necessary to choose a suitable system, which has high potential of treating EDs and close relationship to the natural environment, to combine the researches in the two aspects. Our group has been engaged in researches on the photochemical properties and application to water pollution control of different ferric species including Fe -OH complexes, Fe -polycarboxylate complexes, Ferric oxides and Fe -humic acid complexes. Fe -oxalate complexes system has higher efficiency than the other ferric species systems in photooxidation and degradation of organic compounds. This thesis is focused on the photodegradation of nine EDs estradiol (E2), estrone (E1), 17α-ethynyl estradiol (EE2), diethylstilbestrol , bisphenol-A , 4-Nonylphenol , 4-Octylphenol , di-n-butyl phthalate , and di (2-ethylhexyl) phthalate .

因此从处理效率和环境化学意义两方面考虑，结合本课题组在不同铁形态（包括Fe-OH配合物、Fe-多羧酸配合物、Fe氧化物、Fe-腐殖酸配合物等）的光化学特性及其在水污染控制中的应用方面较系统的研究工作基础，本论文选择了四类共9种典型的内分泌干扰物（雌二醇（E2）、雌酮（E1）、17α-乙炔基雌二醇（EE2）己雌酚、双酚A、壬基酚、辛基酚、酞酸二丁酯和酞酸二乙基己基酯），研究了它们在Fe-草酸盐配合物体系中的光降解效果，推测其降解机理，探索环境内分泌干扰物光氧化处理的新体系，同时为预测其在环境中的光降解行为提供了依据。

The journal scope covers gametogenesis, fertilization, early embryonic development, embryo-uterus interaction, reproductive development, pregnancy, uterine biology, endocrinology of reproduction, control of reproduction, reproductive immunology, neuroendocrinology, and veterinary and human reproductive medicine.

杂志内容覆盖配子发生，受精，胚胎早期发育，胚-子宫相互作用，生殖发育，妊娠，子宫生物学，生殖的内分泌学，生殖控制，生殖免疫学，神经内分泌学，以及脊椎动物和人类生殖医学。

This was probably due to the influence of thymectomy on the brain and gonad development in the rats.

这可能是脑及性腺发育受到影响，使神经内分泌调节机制发生改变，从而导致生殖内分泌功能低下，及下丘脑EOP含量变化对下丘脑-垂体轴不起作用。

May be used, if desired, as additional codes to indicate either functional activity by neoplasms and ectopic endocrine tissue or hyperfunction and hypofunction of endocrine glands associated with neoplasms and other conditions classified elsewhere.

如有需要，可使用附码确认是由肿瘤及异位内分泌腺所引起的功能活动或是与肿瘤及他处归类的病况有关的内分泌腺的功能亢进或功能低下。

Pituitary hypophysis is the most complex body of the glands, hormones produced by the body and not only bone and the soft tissue growth, and can affect the other endocrine glands activities.

脑垂体hypophysis是身体内最复杂的内分泌腺，所产生的激素不但与身体骨骼和软组织的生长有关，且可影响其它内分泌腺的活动。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。