pineal

The pineal gland secretes melanin during times of relaxation and visualization.

松果体在放松时分泌黑色素是明白无误的.

The changes in the levels of serum testosterone ( T), luteotropic hormone ( LH) and follicule stimulating hormone ( FSH) were studied in the pineal body removed SD male rats at the Winter Solstice and the Summer Solstice.

采用大鼠松果体摘除模型，探索了冬至、夏至SD雄性大鼠血清睾酮（T）、黄体生成素（LH）及卵泡刺激素（FSH）的变化规律。

The Ajna Chakra , or third eye, is linked to the pineal gland.

Ajna脉轮或第三只眼睛连接到松果体上.

The study of the pineal body of Coturnix coturnix france during development;

其个体发育过程中的形态变化和分子生物学变化一直缺乏研究。

The top of the Great Seal pyramid shows an eye-in-triangle, which has been associated with Sirius, the Eye of God, the pineal gland, and the Illuminati.

大封印金字塔展现了一只三角形眼睛，与天狼星有关联，神的眼睛，松果体和先觉者。

A popping sound may occur at the time separation of the astral body in the area of the pineal gland.

一种爆裂的声音可能由星光体从松果体区域分离出来的时刻产生。

Occipital transtentorial approach for resection of pineal region tumors

枕部经小脑幕入路切除松果体区肿瘤

Conclusion MRI is playing a very important role in the diagnosis of congenital pineal cyst.

结论MRI对先天性松果体囊肿的诊断和鉴别诊断具有重要价值.

Method The pineal extirpating rat model was employed, and the indexes of spleen and thymus gland and the phagocytosis function of alveolar macrophage were observed at vernal equinox and autumnal equinox respectively.

方法采用松果腺摘除大鼠模型，测定春分、秋分大鼠脾脏指数和胸腺指数、肺泡巨噬细胞吞噬功能。

Objective To study the therapeutic effect of surgical treatment and prognosis in pineal region tumors.

目的观察松果体区肿瘤患者施行神经外科手术治疗的效果及其预后.

To study the modulation mechanism of pineal body melatonin in mammalian circadian rhythm, we made an experiment on rats for observing the effect of exogenous melatonin on circadian locomotor rhythm in the pineal body's lesion blind rat. Cosine method was used in data analysis.

为探讨松果体褪黑激素在哺乳动物昼夜节律调控机制中的作用，本工作对外源性褪黑激素对去松果体官大鼠运动活动昼夜节律的影响进行了实验观察。

Surgical treatment of the tumors of posterior part of third ventricle and pineal region

第三脑室后部及松果体区肿瘤外科治疗

The Pineal Toning Technique is different for each individual.

松果体音阶技术对每个个体是不同的.

Purpose To study the MRI features of congenital pineal cyst and improve the diagnosis.

目的探讨先天性松果体囊肿的MRI特点,提高诊断水平.

Method Pineal destruction and melatonin interference test were employed.

方法采用核团毁损、褪黑素及其合成抑制剂干涉试验.

The pineal gland is therefore a photosensitive organ and an important timekeeper for the human body.

因此松果体是人身体一个感光性器官和一个重要的时钟.

When it gets dark too early in the day, the pineal gland and the body's sleep wake cycle get out of sync.

天黑得太早时，松果体和身体的作息周期就无法同步。

Conclusion MRI is an effective method for the diagnosis of congenital pineal cyst.

结论MRI是诊断松果体先天性囊肿的有效方法.

Ancient Greeks pineal gland to be our connection to the Realms of Thought.

古希腊人相信松果体连接我们的思想领域.

Objective To approach the surgical methods and therapeutic experience of cutting tumors of pineal region via occipital craniotomy.

目的探讨枕部的开颅术切除松果体区肿瘤的手术方法和治疗的经验。

Pineal gland ( or pineal Body ): Endocrine gland in the Brain that produces melatonin.

松果体: 脑内的内分泌腺体,可调节黑素细胞凝集素的产生.

Horseradish peroxidase labelled cells distributed in the parenchyma of the pineal gland.

辣根过氧化物酶的神经细胞数量较多,散在于松果体实质内.

The results showed that the brain sands in human pineal body grouped in the pineal lobules and interlobular septula.

研究表明，人松果体脑砂成群分布，位于松果体小叶和纤维隔内。

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.

Avian pineal gland and mammalian SCN seem to share a fundamental molecular framework of the clock oscillator composed of a transcription/ translation-based autoregulatory feedback loop.

钟的振荡由其自身调控反馈环路的转录和翻译组成，鸟类松果体和哺乳类SCN似乎具有共同的钟振荡基本分子构架；

Methods CT and MRI findings in 26 cases of congenital pineal cyst were retrospectively analyzed.

方法搜集26例松果体先天性囊肿病例,回顾性对照分析其CT与MRI表现,研究其诊断特征.

Objective To study the signs and features of congenital pineal cyst on CT and MRI.

目的探讨松果体先天性囊肿的CT与MRI影像表现及诊断特征.

The pineal gland is large in children, but shrinks at puberty.

松果体在孩童时期个头大, 但是在青春期收缩.

A head injury can also activate the Third Eye-Pineal Gland.

头受伤也能刺激第三只眼睛 - 松果体.

The collagen fibers originating from the capsule formed interlobular septula and separated pineal parenchyma into 200~ 400 μ m lobules.

起自囊的胶原纤维构成小叶间隔，分隔松果体实质为直径200～400μm的小叶。