内分泌

KT101.1 Computer Keyboarding Lab 1.5 KT101.2 Computer Keyboarding Lab 1.5 A101.1 Accounting I Lab 1.5 A101.2 Accounting I Lab 1.5 E102.1 Business Communications 1.5 E102.2 Business Communications 1.5 C108.1 Spreadsheet Applications Lab 1.5 C108.2 Spreadsheet Applications Lab 1.5 C110.1 Computer Medical Applications Lab 1.5 C110.2 Computer Medical Applications Lab 1.5 ME101 Medical Terminology 3 ME102.1 Medical Office Procedures Lab 1.5 ME102.2 Medical Office Procedures Lab 1.5 ME104.1 Medical Insurance Records 1.5 ME104.2 Medical Insurance Records 1.5 ME106.1 Advanced Medical Coding 1.5 ME106.2 Advanced Medical Coding 1.5 MA110.1 Anatomy and Physiology/Musculoskeletal, Integumentary, Eye, Ear, and Endocrine Systems 1.5 MA110.2 Anatomy and Physiology/Musculoskeletal, Integumentary, Eye, Ear, and Endocrine Systems 1.5 MA111.1 Anatomy and Physiology/Digestive, Urinary, Reproductive, Nervous, and Cardiovascular Systems 1.5 MA111.2 Anatomy and Physiology/Digestive, Urinary, Reproductive, Nervous, and Cardiovascular Systems 1.5 MA112.1 Medical Office Administration 1.5 MA112.2 Medical Office Administration 1.5 Total Quarter Credit Hours - 36

KT101.1电脑键盘操作实验室1.5 KT101.2电脑键盘操作实验室1.5 A101.1会计本人实验室1.5 A101.2会计本人实验室1.5 E102.1企业通信1.5 E102.2企业通信1.5 C108.1电子表格应用实验室1.5 C108.2电子表格应用实验室1.5 C110.1计算机医学应用实验1。 5 C110.2计算机医学应用实验室1.5 ME101医疗术语3 ME102.1医疗办公室程序实验室1.5 ME102.2医疗办公室程序实验室1.5 ME104.1医疗保险记录1.5 ME104.2医疗保险记录1.5 ME106.1高级医疗编码1.5 ME106.2高级医疗编码1.5 MA110.1解剖生理学/骨骼，体被，眼，耳，和内分泌系统1.5 MA110。 2解剖生理学/骨骼，体被，眼，耳，和内分泌系统1.5 MA111.1解剖生理学/消化，泌尿，生殖，神经，心血管系统和1.5 MA111.2解剖生理学/消化，泌尿，生殖，神经，心血管系统和1.5 MA112.1医疗办公室行政1.5 MA112.2医疗办公室行政1。 5 总数的四分之一学时- 36

Sini decoction can modify the nerval endocrine function of chronic heart failure rat and can antagonize the hyperactive nerval endocrine system.

四逆汤能调节改善慢性充血性心力衰竭大鼠的神经内分泌功能，拮抗过度激活的神经内分泌系统。

In this review, we primarily focus on the behavioral-neuroendocrine mechanism of development of homosexuality from genetic, neuroendocrine neuroanatomical and behavioral studies.

本文主要从生物学角度出发，从遗传学、神经内分泌学、行为学和神经解剖学方面综述了同性恋发生的神经内分泌机制。

This study mainly investigated the effect of maternal undernutrition during late pregnancy on the levels of hormones which take the somatotropic axis as the center in ewes, the expression of partil hormones'mRNA and the gene localization in tissue cells on the basis of animal nutrition, endocrine physiology and by modern molecular biology technique. The experiments explored the mechanism of restriction and compensatory in order to pave the way for applying compensatory growth for animal husbandry scientifically.

本研究依据内分泌生理学和动物营养学理论，应用现代分子生物学技术系统研究了限饲及补偿生长对母羊生长轴激素基因表达水平的影响以及部分激素在母羊组织细胞中基因表达定位规律，进一步探究了绵羊补偿生长与内分泌生长轴的关系，为更科学地将动物的补偿生长能力应用于畜牧业生产上奠定理论基础。

This study firstly discover and denounced that hCG is not only an important endocrine hormone in pregnancy, but also an important autocrine hormone for trophocyte and JAR cell. It directly influence cellular proliferation and endocrine function of JAR or trophoblastic cells.

六、本研究首次揭示并提出了hCG不仅是重要的妊娠期内分泌激素，而且对于JAR细胞而言，可能也适合正常妊娠滋养细胞，hCG是重要的自分泌激素，直接影响JAR细胞或滋养细胞的生长增殖与内分泌功能，可能也是必须的在局部产生作用的自分泌激素之一。

Clinical Study on treatment of prostatic carcinoma high Intensity hocused ultrasound combined with hormone in the;2. To evaluate the roles and mechanism of IGF-2 on fetal growth and development during late gestation, pregnant ewes and rats were employed to investigate relationship between IGF-2 and metabolites, hormones of pregnant animals and their fetuses.

本文以绵羊、大鼠为实验对象，观测围产期妊娠母羊、胎儿和新生儿血浆IGF-2水平的动态变化及其与其它内分泌激素和代谢物水平之间的相关性，并研究了给予外源性IGF-2片段、葡萄糖、胰岛素和皮质醇对血浆IGF-2、胰岛素和代谢物水平影响，综合分析IGF-2在动物胚胎、新生儿生长发育中的作用，着重探讨IGF-2与营养代谢和内分泌之间的关系以及分泌的调节因素。

Hormone secreted by three different cell zones or layers of the adrenal cortex are called corticoids.

2， 内分泌系统的器官都是腺体，但并非所有腺体都是内分泌系统的器官。

The conception,mechanism and characteristics of environmental endocrine disrupters were introduced,with focus on determination,distribution and disposal of environmental endocrine disrupters .

环境内分泌干扰物能通过生物富集作用进入生物体内，对生物和人体的内分泌机能造成影响。

This article reviewed recent advance in environmental endocrine disruptors sources, characteristic and threat.

文章就环境中内分泌干扰物质的来源、特征以及危害进行了评述，并对今后国内在环境内分泌干扰物方面的研究提出了建议。

Environmental endocrine disruptors are the mass in environment which can disturb the human or animal's endocrine system and cause abnormal effects.

环境内分泌干扰物是指环境中存在的能干扰人类或动物内分泌系统诸环节并导致异常效应的物质，又称环境类激素。

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。

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