我们已经了解这种现象很长时间了，并且认为费洛蒙(信息素)和分泌气味是调节激素的主要因素。
We have known about this phenomenon for a long while, and have accepted that pheromones, secreted scents, are the factor regulating the hormones.
“pheromone”（信息素）一词来源于希腊语的“pherein”(转移，传递)和“hormone”（兴奋，激素），表示一种“兴奋的载体”。
The word "pheromone" comes from the Greek words pherein and hormone, meaning "excitement carrier".
我们的情感在渗透全身的激素和肽的液体里游泳，催产素从我们的腺体中分泌爱意（也可能是令人愉快的想法)，这些激素也处理信息。
Our emotions swim in a soup of hormones and peptides that percolate through our whole body. Oxytocin discharges thoughts of love (and perhaps lovely thoughts) from our glands.
这些神经元通过激素得到信息，这些激素包括胰岛素和瘦素。
Those neurons get their message from hormones, including insulin and leptin.
身体产生激活下丘脑的激素，下丘脑中的神经元向身体发回新的信息。
The neurons in the hypothalamus send new messages back to the body.
为了更好理解这种关系，研究人员通过对7153例WHIMS参与者(其在最初研究招募时告知激素运用的信息)进行了数据分析。
To better understand this relationship, investigators analyzed data provided by 7153 WHIMS participants who provided information on prior hormone exposure at initial study enrollment.
在特定的环境条件信息下， 神经分泌细胞产生和分泌滞育激素（DH ）。
Under specific enviromental information, neuroendocrine cells produce and secrete diapause hormone ( DH ).
通过该款应用，乳腺癌患者可输入和跟踪病症及治疗情况的详细信息，比如肿瘤的大小和雌激素受体的有无等。
Using this app, breast-cancer patients enter and track details of their disease and treatment, from the size of the tumor to the presence or absence of estrogen receptors.
CRH样神经肽类激素可能通过免疫细胞上的CRH受体进行信息传递，为进一步了解神经内分泌免疫调节机制提供依据。
It indicates that CRH-like neuroendocrine peptides can transmit information by CRH receptor of lymphocytes and all this can help us know more about the mechanism neuroendocrine immunomodulation.
在感染的不同代谢阶段肝糖原生成变化，可能与肝细胞膜激素信息系统改变有关。
Glycogenesis alteration was probably related to alteration of hormone signal transduction system in hepatocyte membranes during different metabolic phases of sepsis.
本书增加了近20个新章节，用于介绍有关遗传学、蛋白质组学和激素信号方面的最新信息，并涵盖该领域最热门的话题。
Readers will also find state-of-the-art information on genetics, proteinomics, and hormone signaling, and coverage the field's hottest topics, in nearly 20 new chapters.
通过对大量试验结果的分析，初步明确了棉铃确实与其它器官间存在着激素信息的传递，并证明传递的主要途径是韧皮部而不是木质部。
According to quite a number of research results, this review first made it clear that plant hormones could transport from other organs to cotton boll through phloem.
内分泌细胞分泌激素、生化信息分子入血，并维持机体正常的功能。
Endocrine cells produce hormones, biochemical messengers that are secreted into the blood and control the correct functioning of the body.
很多其它的研究人员指出肽激素或许被用于大脑内细胞与细胞间的信息传输。
A number of other researchers propose that they might be used for intercellular communication in the brain.
很多其它的研究人员指出肽激素或许被用于大脑内细胞与细胞间的信息传输。
A number of other researchers propose that they might be used for intercellular communication in the brain.
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