松果体与氟化物 - 松果体启蒙之旅1
松果体在人体的昼夜节律和「睡眠—觉醒」周期中起着关键作用。松果体位于人类大脑的深处，接受视网膜传导的光的刺激。当你看到日光时，当你的眼睛看到日光时，这个信号会通过你的视神经发送到你的视交叉上核（简称SCN，是昼夜节律调节系统的中枢结构，产生和调节睡眠），触发皮质醇和其他激素的释放，帮助你从睡眠中醒来。
晚上，随着夜幕降临，SCN向人的松果体发出信号，让松果体释放褪黑激素，帮助入睡。然而，如果摄入较多的氟化物，意味着大量的氟化物可能在松果体中积累，从而改变睡眠周期。
根据《环境健康》的研究，氟化物在钙化组织中的沉积，如松果体、骨骼和牙齿，可能代表了一种防御机制，可以抵御在其他它组织中潜在的氟化物中毒。而且，松果体中与氟化物钙化之间存在着联系明显，例如，人们发现老年人的松果体中的氟化物钙化的比例比他们骨骼中的比例更高。
氟化物在松果体的沉积及其钙化，很可能通过松果体细胞的变化和褪黑激素的输出对睡眠产生影响。因为松果体主要由松果体细胞组成，而松果体细胞可以合成褪黑激素。然而，睡眠只是松果体发生变化时受到影响的变量之一，毕竟，松果体细胞重要性和作用尚不完全清晰。
松果体在人体的昼夜节律和「睡眠—觉醒」周期中起着关键作用。松果体位于人类大脑的深处，接受视网膜传导的光的刺激。当你看到日光时，当你的眼睛看到日光时，这个信号会通过你的视神经发送到你的视交叉上核（简称SCN，是昼夜节律调节系统的中枢结构，产生和调节睡眠），触发皮质醇和其他激素的释放，帮助你从睡眠中醒来。
晚上，随着夜幕降临，SCN向人的松果体发出信号，让松果体释放褪黑激素，帮助入睡。然而，如果摄入较多的氟化物，意味着大量的氟化物可能在松果体中积累，从而改变睡眠周期。
根据《环境健康》的研究，氟化物在钙化组织中的沉积，如松果体、骨骼和牙齿，可能代表了一种防御机制，可以抵御在其他它组织中潜在的氟化物中毒。而且，松果体中与氟化物钙化之间存在着联系明显，例如，人们发现老年人的松果体中的氟化物钙化的比例比他们骨骼中的比例更高。
氟化物在松果体的沉积及其钙化，很可能通过松果体细胞的变化和褪黑激素的输出对睡眠产生影响。因为松果体主要由松果体细胞组成，而松果体细胞可以合成褪黑激素。然而，睡眠只是松果体发生变化时受到影响的变量之一，毕竟，松果体细胞重要性和作用尚不完全清晰。
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Pineal Gland and Fluoride - Pineal Gland Enlightenment Journey 1
The pineal gland plays a key role in the body's circadian rhythm and sleep-wake cycle. The pineal gland is located deep in the human brain and is stimulated by light conducted by the retina. When you see daylight, when your eyes see daylight, this signal is sent through your optic nerve to your suprachiasmatic nucleus (SCN for short, which is the central structure of the circadian regulatory system that produces and regulates sleep). Triggers the release of cortisol and other hormones to help you wake up from sleep.
At night, as night falls, the SCN sends a signal to the person's pineal gland, causing the pineal gland to release melatonin to help fall asleep. However, if you consume more fluoride, it means that large amounts of fluoride may accumulate in the pineal gland, thereby changing the sleep cycle.
According to research in Environmental Health, fluoride deposition in calcified tissues, such as the pineal gland, bones and teeth, may represent a defense mechanism against potential fluoride poisoning in other tissues. Furthermore, there is a clear link between fluoride calcification in the pineal gland; for example, older adults have been found to have a higher proportion of fluoride calcification in their pineal glands than in their bones.
The deposition of fluoride in the pineal gland and its calcification are likely to affect sleep through changes in pineal cells and melatonin output. Because the pineal gland is mainly composed of pineal cells, and pineal cells can synthesize melatonin. However, sleep is only one of the variables that is affected when changes occur in the pineal gland; after all, the importance and role of pineal cells is not fully understood.
The pineal gland plays a key role in the body's circadian rhythm and sleep-wake cycle. The pineal gland is located deep in the human brain and is stimulated by light conducted by the retina. When you see daylight, when your eyes see daylight, this signal is sent through your optic nerve to your suprachiasmatic nucleus (SCN for short, which is the central structure of the circadian regulatory system that produces and regulates sleep). Triggers the release of cortisol and other hormones to help you wake up from sleep.
At night, as night falls, the SCN sends a signal to the person's pineal gland, causing the pineal gland to release melatonin to help fall asleep. However, if you consume more fluoride, it means that large amounts of fluoride may accumulate in the pineal gland, thereby changing the sleep cycle.
According to research in Environmental Health, fluoride deposition in calcified tissues, such as the pineal gland, bones and teeth, may represent a defense mechanism against potential fluoride poisoning in other tissues. Furthermore, there is a clear link between fluoride calcification in the pineal gland; for example, older adults have been found to have a higher proportion of fluoride calcification in their pineal glands than in their bones.
The deposition of fluoride in the pineal gland and its calcification are likely to affect sleep through changes in pineal cells and melatonin output. Because the pineal gland is mainly composed of pineal cells, and pineal cells can synthesize melatonin. However, sleep is only one of the variables that is affected when changes occur in the pineal gland; after all, the importance and role of pineal cells is not fully understood.
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大脑如何扰乱你 – 大脑欺骗你系列3
马是走向你 还是远离你，在第一时间是谁做了决定?
马是走向你 还是远离你，在第一时间是谁做了决定?
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水流超小型发电机 - 自由能 - 斐波那契力与自由能 7-1 斐波那契系列 7-1
这种超小型发电机非常便携，即使在浅水且流速缓慢的情况下也能工作。通过为路灯供电进行测试，它有望让世界上的偏远地区能够自己发电。
Water flow ultra-small generator - free energy
This ultra-small generator is very portable and can work even in shallow and slow-moving water. Tested by powering streetlights, it could potentially allow remote areas of the world to generate their own electricity.
这种超小型发电机非常便携，即使在浅水且流速缓慢的情况下也能工作。通过为路灯供电进行测试，它有望让世界上的偏远地区能够自己发电。
Water flow ultra-small generator - free energy
This ultra-small generator is very portable and can work even in shallow and slow-moving water. Tested by powering streetlights, it could potentially allow remote areas of the world to generate their own electricity.
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The Avatar legend of korra
Description of the four states / four elements.
四大元素(四态)的说明。
Description of the four states / four elements.
四大元素(四态)的说明。
宇宙与意识 2- 斐波那契力与波粒二象性
四大元素(四态)，都是藉由斐波那契力导入或导出，而显化为物质或能量。
Universe and Consciousness 2- Fibonacci Force and Wave-Particle Duality
The four major elements (four states) are all introduced or derived through Fibonacci force, and manifest into matter or energy.
四大元素(四态)，都是藉由斐波那契力导入或导出，而显化为物质或能量。
Universe and Consciousness 2- Fibonacci Force and Wave-Particle Duality
The four major elements (four states) are all introduced or derived through Fibonacci force, and manifest into matter or energy.
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简单感觉松果体流动 - 松果体启蒙之旅2
放松眉间的肌肉、感受大自然的温暖。
Simply Feel the Pineal Gland Flow - Pineal Gland Enlightenment Journey 2
Relax the muscles between your brows and feel the warmth of nature.
放松眉间的肌肉、感受大自然的温暖。
Simply Feel the Pineal Gland Flow - Pineal Gland Enlightenment Journey 2
Relax the muscles between your brows and feel the warmth of nature.
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学校教的那些事 - 能量守恒吗系列5? 同样的势能，不同的动能。
能量守恒吗? 同样的位能(势能)，得到不同的动能? 按照摩擦力来说，更不合理了。
发生了什么事呢?
另外可參考 : 斐波那契螺旋力系列
不被公开的斐波那契螺旋力-1 Fibonacci force -斐波那契系列 5-1
https://t.me/Fibonacci_adj/81
https://t.me/Fibonacci_adj/90
https://t.me/Fibonacci_adj/97
https://t.me/Fibonacci_adj/101
https://t.me/Fibonacci_adj/111
能量守恒吗? 同样的位能(势能)，得到不同的动能? 按照摩擦力来说，更不合理了。
发生了什么事呢?
另外可參考 : 斐波那契螺旋力系列
不被公开的斐波那契螺旋力-1 Fibonacci force -斐波那契系列 5-1
https://t.me/Fibonacci_adj/81
https://t.me/Fibonacci_adj/90
https://t.me/Fibonacci_adj/97
https://t.me/Fibonacci_adj/101
https://t.me/Fibonacci_adj/111
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书里的那些事 - 《美丽新世界》Brave New World是英国作家奥尔德斯·赫胥黎 Aldous Huxley
《美丽新世界》Brave New World 是英国作家奥尔德斯·赫胥黎 Aldous Huxley于 1931 年创作并于 1932 年出版的一部反乌托邦小说。小说主要以巨大的科学发展国家为背景，其公民被环境改造为基于智力的社会等级制度。这样的社会更像对这世界的预言。
《美丽新世界》Brave New World 是英国作家奥尔德斯·赫胥黎 Aldous Huxley于 1931 年创作并于 1932 年出版的一部反乌托邦小说。小说主要以巨大的科学发展国家为背景，其公民被环境改造为基于智力的社会等级制度。这样的社会更像对这世界的预言。
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