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松果腺

n.pineal gland; conarium
网络epiphysis cerebri; Pinea; cerebri epiphysis

松果腺

英-汉网络释义

松果腺

pineal gland

松果腺（pineal gland）是脊椎动物间脑顶部的一种小的松果样内分泌腺；亦称松果体或脑上腺。一般认为，松果腺中含有抗性 …

conarium

2010-05-17 15:43:22 来自: 松果腺(conarium) 上册：明清之际中西血统之混合王石谷之宗教信仰从「红楼梦」所记西洋物品 …

epiphysis cerebri

...功能，前者到视网膜，后者到脑中的下视丘、脑下垂体与松果腺(epiphysis cerebri)，其中松果腺则与生理时钟直接相关。

Pinea

死后世界和我们的身体_凯西中国_新浪博客 ... 王冠 Crown 松果腺 Pinea 蓝 blue ...

cerebri epiphysis

41兽医学... ... "大脑软膜"," cerebral pia mater" "松果体,松果腺"," cerebri epiphysis" "脑状的"," cerebriform,cerebroid" ...

pineneal gland

...及时差(jet lag), 褪黑激素本是人类脑中央松果腺(pineneal gland)分泌(secrete)的天然荷尔蒙, 与我们的睡眠及生命有密切之关 …

例句：

The parts of the body controlled by this Charkra are the pineal gland , the brain , and the entire nervous system as a system .

这个轮也同方向感有关。身体被这个轮控制的部分是松果腺，大脑，和整个神经系统。

Melatonin is produced by the pineal gland and is a key signal in the circadian rhythm of the body .

褪黑素是由松果腺和是一个关键的信号在昼夜节律的机构。

The tenth chakra (pineal center ) is located in the center of the forehead above the nose and near the pineal gland .

第十个脉轮（松果腺中心）位于鼻子上方和靠近松果体前额中心。

Formation of the pineal gland hormone melatonin increases markedly at night in response to light-dark environmental alterations .

松果腺的褪黑激素的生成显着增加，晚上回应光暗环境的改变。

Melatonin is a kind of indoleamine hormone synthesized by the pineal gland of the vertebrate , which has extensive biological functions .

褪黑激素是脊椎动物脑中松果腺合成的一种吲哚类激素，具有广泛的生物学作用。

The apex of the mind and will is the pineal gland , or third eye . Even with meditation , the pineal gland remains closed .

心灵的顶点，将是松果腺，或第三只眼。即使冥想，松果体仍然关闭。

When facing strong sunlight , the pineal gland contracts and the amount of pineal hormone excretion also decreases.

松果腺体在太阳光十分强烈时受阳光抑制，分泌松果激素较少；

Rather unromantically, the structure he chose was the humble pineal gland .

相当平淡无奇的是，这个结构，他选择的是地位低的松果腺。

This atrophied after Lemuria's fall and became the pineal gland still found in modern humans .

这是利莫里亚下沉后的衰退，松果腺仍然可以从现代人中找到。

However, as your query intimates, there is more to the "winter blues " than the seasonal variation of light to the pineal gland .

但，正如你的问题提到的那样，“冬季忧郁 ”不仅仅只来自于光照的季节性变化对松果腺的影响。

On the other hand , the pineal gland excretes more pineal hormones when the sky is overcast and rainy.

反之，碰到阴雨连绵的天气，松果腺体就会分泌出较多的松果激素。

Objective : To study the distribution of somatostatin immunoreactive (SS-IR) fibers and cells in the pineal gland of the alligator sinensis .

目的：了解扬子鳄松果腺内生长抑素免疫反应物质的存在和分布规律。

Studies of regulative function of pineal gland on radiation hormesis in the immune system after low dose radiation

松果腺对辐射免疫兴奋效应调节作用的研究

Morphological Changes of Rat Pineal Gland after Whole Cerebral Ischemia Reperfusion

大鼠全脑缺血与再灌流后松果腺的形态结构改变

Study on Effects of Conarial Melatonin on Anti-Inflammatory and Immune Actions of Moxibustion

艾灸抗炎免疫作用中松果腺褪黑素高位调节的研究

Observation of somatostatin immunoreactive nerve fibers in the pineal gland of rats

大鼠松果腺内生长抑素免疫反应神经纤维的观察

Effect of low dose radiation on pineal gland in regulation of serum testosterone level

低剂量电离辐射对松果腺调节睾丸酮的影响

Role of the pineal gland and the effects of melatonin in aging processes

松果腺在衰老过程中的地位与褪黑素的作用

Effect of Pinealectomy on Serum MDA Level in Old Swimming Mice

松果腺切除对长期游泳老龄小鼠 MDA 影响的对比研究

Effect of low dose radiation on cell apoptosis of pineal gland

低剂量电离辐射对松果腺细胞凋亡的影响

Expression of GnRH-I mRNA in pineal gland of Shaoxing Duck

在绍兴鸭松果腺中的表达

Effect of low dose radiation on cell cycle of pineal gland

低剂量电离辐射对松果腺细胞周期的影响

松果腺

松果腺