For humans, it's located in the part of our brain called the hypothalamus.

对人而言，这部分功能在人的下丘上。

In the brain, the hypothalamus tells your blood vessels to constrict.

中的下丘会让血管收缩。

They're released by your hypothalamus to make you feel full.

下丘释放出这些介质，让你具有饱腹感。

They're in different parts of the central part of the brain called the hypothalamus.

他们位于中不同的中心部位，叫做下丘。

When puberty comes a-knocking, the hypothalamus starts releasing gonadotropin-releasing hormone, or GnRH.

当青春期来临时，下丘开始释放促性腺激素释放激素。

Before puberty, the hypothalamus constantly secretes small amounts of a hormone called gonadotropin-releasing hormone, or GnRH.

青春期前下丘会持续地小剂量地分泌一种激素，叫作促性腺激素释放激素，即GnRH。

At the same time, neurons in the hypothalamus and brain stem release a compound called GABA.

同时，下丘和干的神经元释放名为 GABA 的递质。

The electrode was going to be placed in a part of the brain called the hypothalamus.

电极将被放置在的下丘。

Pyrogens set the thermoregulatory point of the hypothalamus to a higher temperature, thus resulting in fever.

下丘的温度调节点升高，从而导致发烧。

The menstrual cycle is ultimately controlled by the hypothalamus, which is at the base of the brain.

月经周期受下丘控制，下丘位于底部。

The hypothalamus sends signals that instruct your muscles to contract and causes a rise in body temperature.

下视丘发出信号指示肌肉收缩因而导致体温上升。

These warning signs point to a particular part of the brain: the hypothalamus.

下丘。

When puberty begins the hypothalamus starts up the ovarian cycle by secreting gonadotropin-releasing hormone about once a month.

当青春期开始时，下丘开始启动卵巢周期约每个月分泌一次促性腺激素释放激素。

Both the ovaries and the uterus are subject to the pulsatile hormonal activity of the hypothalamus and pituitary glands.

卵巢和子宫都受下丘和垂体脉冲式释放的激素调节。

At first detection of low water levels, sensory receptors in the brain's hypothalamus signal the release of antidiuretic hormone.

一旦发现水含量过低，下丘的感受器就会提示身体释放抗利尿激素。

When it receives this message, the hypothalamus produces another molecule called prostaglandin E2, which gears it up for war.

当下丘接受到这种信息，它会产生另一种分子叫做前列腺素E2，在战争中发挥了重要的作用。

Other ones include a tumor of the pituitary gland and hypothalamus, and congenital causes include Kallmann syndrome and panhypopituitarism.

其他病因还包括垂体或下丘肿瘤，而其先天因素包括Kallmann综合征和全垂体功能减退症。

That's where your pituitary and hypothalamus come in.

这就是你的垂体和下丘的作用所在。

Then from your amygdala the information moves to your hypothalamus which communicates with your autonomic nervous system and adrenal glands.

然后，信息从你的杏仁核转移到你的下丘，下丘与你的自主神经系统和肾上腺交流。

The hypothalamus normally controls the systems behind these symptoms — our body's internal hormonal balances, circadian rhythms, and water regulation.

下丘通常控制这些症状背后的系统——我们身体的内部激素平衡、昼夜节律和水调节。