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1·Conclusion: Low dose radiation can inhibit the apoptosis of pineal gland cells.

结论：低剂量辐射可抑制松果腺细胞的凋亡。

2·Melatonin is an important hormone synthesized and secreted by the pineal gland.

褪黑素是人体脑内松果腺合成与分泌的一种重要激素。

3·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。

4·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。

5·This mechanism is associated with melatonin, a pigment secreted by the pineal gland, though scientists are not sure exactly how it operates.

该机制与松果腺分泌的一种色素---褪黑素有关，虽然科学家还不确定其如何起作用。

6·Melatonin (MT) is secreted by the pineal gland and has obvious biological rhythmicity including circadian, season rhythm and life rhythm (aging clock).

褪黑素(MT)由松果腺分泌，具有明显的生物节律性，包括昼夜节律、季节节律和生命周期节律。

7·Melatonin, a hormone produced by the pineal gland in response to darkness, is thought to play a primary role in controlling the body's circadian rhythm.

褪黑激素，黑暗时松果腺产生的一种激素，被认为在控制身体昼夜节律起主要作用。

8·In normal circumstances, however, the SCN reacts to the lengthening nights by instructing the brain's pineal gland to secrete more of the hormone called melatonin.

然而，在正常情况下，SCN对夜晚延长的反应是，它会指示大脑的松果腺增加褪黑激素的分泌。

9·Ajna Chakra represented by two lotus petals is also called the third eye. It is corresponding to pineal gland, hypothalamus, retina, optic plexus and optic lobe.

额轮对应我们的松果腺及下丘脑、视网膜、视神经丛、视叶，同时也被称为“第三只眼”，用2个荷花瓣表示。

10·We know that sunlight affects the pineal gland and we have indications that melatonin, through other compounds, is involved in regulating eye length, says Belkin.

“我们知道日光会影响松果腺，而且我们已经指出褪黑素通过其他物质调节眼睛的长度，”Belkin说。