Is Melatonin a Good Sleep Aid? – Dr.Berg on Melatonin Side Effects

Dr. Eric Berg DC
6 Jul 201703:48

Summary

TLDRThis video discusses melatonin and its production in the pineal gland, which is influenced by light exposure. It highlights the drawbacks of long-term melatonin supplementation, as it can lead to the pineal gland becoming inactive. The script advises regular outdoor walks for natural light exposure and avoiding artificial light at night to stimulate melatonin naturally. It also warns against fluoride and calcium intake, which can calcify the pineal gland, and recommends vitamin K2 with D3 to manage soft tissue calcium. The speaker encourages viewers to subscribe for updates.

Takeaways

  • 💤 Melatonin is commonly used to help with sleep, but it has some drawbacks.
  • 🌞 The pineal gland, which produces melatonin, is sensitive to light and has receptors for it.
  • 🔄 Light exposure turns off melatonin production, while darkness stimulates it, creating an on/off switch for sleep cycles.
  • 🏠 Overexposure to artificial lighting and lack of natural light can disrupt circadian rhythms and melatonin production.
  • ⚠️ Long-term melatonin supplementation may lead to the pineal gland becoming inactive, as it stops producing the hormone when supplemented.
  • 🦴 The pineal gland can become calcified with age, especially with high levels of calcium and fluoride.
  • 🚫 High fluoride intake can contribute to soft tissue calcification, including the pineal gland.
  • 🚶‍♂️ Regular outdoor walks are recommended to maintain a healthy circadian rhythm and melatonin production.
  • 🌙 A dark sleeping environment is crucial for naturally stimulating melatonin production.
  • ❌ Avoid fluoride in water and toothpaste to prevent potential calcification of the pineal gland.
  • 💊 Vitamin K2, in conjunction with vitamin D3, can help manage soft tissue calcium and potentially reduce pineal gland calcification.

Q & A

  • What is melatonin and what is its primary function?

    -Melatonin is a hormone produced by the pineal gland in the brain that helps regulate sleep-wake cycles. It is released in response to darkness and helps induce sleep.

  • Why does the pineal gland have receptors for light?

    -The pineal gland contains optical tissue similar to that in the eyes, allowing it to receive and respond to light signals, which is crucial for the regulation of melatonin production.

  • How does exposure to light affect melatonin production?

    -Light exposure inhibits melatonin production, while darkness stimulates it. This is part of a feedback loop that helps regulate our circadian rhythms and sleep patterns.

  • What is one of the drawbacks of taking melatonin as a supplement?

    -Long-term use of melatonin supplements can lead to the pineal gland becoming less active in producing its own melatonin, as it adjusts to the external supply.

  • Why is it important to avoid fluoride and how does it relate to the pineal gland?

    -Fluoride can be absorbed by the pineal gland and contribute to its calcification, which may impair its function. It's recommended to avoid fluoride in water and toothpaste to prevent this.

  • What role does vitamin K2 play in relation to the pineal gland?

    -Vitamin K2 helps manage soft tissue calcium, which can improve the calcification of the pineal gland and potentially reduce the negative effects of calcification.

  • Why is it suggested to avoid watching TV before bed?

    -Watching TV before bed exposes the eyes to light, which can inhibit melatonin production and disrupt the natural process of winding down for sleep.

  • What is the recommended daily routine to support the pineal gland's health?

    -Going for regular walks outside during daylight and ensuring the sleeping environment is completely dark at night are recommended to support the pineal gland's health.

  • How can the pineal gland's sensitivity to light affect our sleep if we are exposed to fluorescent lighting?

    -Excessive exposure to fluorescent lighting can disrupt our circadian rhythms by suppressing melatonin production, leading to poor sleep quality.

  • What are some natural ways to stimulate melatonin production?

    -Natural ways to stimulate melatonin production include getting regular exposure to natural light during the day and maintaining a dark environment at night.

  • Why is it advised to take vitamin D3 along with vitamin K2?

    -Vitamin D3 aids in the absorption of vitamin K2, which is important for managing calcium levels in the body and supporting the health of the pineal gland.

Outlines

00:00

💊 Melatonin and Pineal Gland Function

This paragraph discusses the role of melatonin in sleep and the function of the pineal gland. It explains how light and darkness regulate melatonin production, and the impact of artificial lighting on our circadian rhythms. The speaker warns against long-term melatonin supplementation as it can lead to the pineal gland becoming inactive. The potential for the pineal gland to calcify with age is also mentioned, along with the role of fluoride and calcium in this process.

Mindmap

Keywords

💡Melatonin

Melatonin is a hormone that is naturally produced by the pineal gland in the brain and plays a crucial role in regulating sleep-wake cycles. In the video, melatonin is discussed as a supplement for sleep, but the speaker highlights potential drawbacks to its long-term use, such as the suppression of natural melatonin production by the pineal gland.

💡Pineal Gland

The pineal gland is a small endocrine gland in the brain that produces melatonin. It is highlighted in the script for its unique feature of containing optical tissue, which allows it to be sensitive to light, thus affecting the production of melatonin. The video discusses the gland's sensitivity to light and its potential for calcification.

💡Circadian Rhythms

Circadian rhythms are the body's internal clock, which regulates the sleep-wake cycle and is influenced by light exposure. The script mentions that exposure to artificial light and lack of natural light can disrupt these rhythms, affecting the body's natural melatonin production.

💡Fluoride

Fluoride is a mineral that can be found in water and toothpaste and is known for its role in dental health. However, the video script warns against its intake, as it can lead to the calcification of the pineal gland when in excess, potentially affecting its function.

💡Calcification

Calcification refers to the process by which calcium deposits form in tissues, which can lead to hardening or stiffening. In the context of the video, the pineal gland's calcification is a concern because it may reduce the gland's sensitivity to light and affect melatonin production.

💡Hormone Supplement

A hormone supplement is a substance that is taken to increase the levels of a particular hormone in the body. The script discusses the use of melatonin as a hormone supplement and the potential negative effects of long-term use, such as the pineal gland becoming less active in producing its own melatonin.

💡Optical Tissue

Optical tissue in the context of the pineal gland refers to its light-sensitive nature, similar to the tissue found in the eyes. The script explains that the pineal gland has receptors for light, which is essential for the regulation of melatonin production.

💡Feedback Loop

A feedback loop is a process in which the output of a system is routed back as input as part of a cycle. The video describes how light and darkness create a feedback loop that influences the pineal gland's production of melatonin.

💡Vitamin K2

Vitamin K2 is a fat-soluble vitamin that plays a role in the regulation of calcium in the body, particularly in soft tissues. The script suggests that taking vitamin K2, along with vitamin D3, can help prevent the calcification of the pineal gland.

💡Fluoride-Free Toothpaste

The script advises avoiding fluoride in toothpaste to prevent its absorption and potential negative effects on the pineal gland. Fluoride-free toothpaste is recommended as an alternative to maintain the health of the pineal gland.

💡Regular Walks

The video script recommends going for regular walks as a way to expose oneself to natural light, which is important for maintaining healthy circadian rhythms and stimulating the natural production of melatonin.

Highlights

Melatonin helps with sleep but has drawbacks.

The pineal gland contains optical tissue and is sensitive to light.

Light entering the eye triggers a series of reactions affecting melatonin production.

Darkness stimulates melatonin production, acting as an on/off switch.

Exposure to fluorescent lighting and lack of outdoor light disrupts circadian rhythms.

Long-term melatonin use may lead to the pineal gland ceasing melatonin production.

The pineal gland can become calcified, especially with age.

Fluoride and calcium can contribute to pineal gland calcification.

Regular outdoor walks are recommended to maintain a healthy circadian rhythm.

Avoiding light exposure before sleep can help stimulate natural melatonin production.

Fluoride in water and toothpaste should be avoided to prevent pineal gland issues.

Vitamin K2, in conjunction with vitamin D3, can improve the pineal gland's health.

Vitamin K2 helps manage soft tissue calcium and prevent calcification.

The importance of understanding the effects of melatonin and its long-term use is emphasized.

The video provides practical advice on maintaining the pineal gland's health.

The video encourages viewers to subscribe for more updates.

Transcripts

play00:00

hi guys I want to talk about melatonin

play00:01

and the pineal gland okay a lot of

play00:03

people are taking melatonin for sleep

play00:05

and what's interesting is that yes it

play00:09

does help sleep but there is some

play00:11

drawbacks number one the pineal gland

play00:14

inside the brain is an interesting gland

play00:17

because it contains optical tissue like

play00:20

eye tissue so it has receptors for light

play00:24

there's a whole pathway where light

play00:26

enters the eye and it goes through a

play00:27

series of reactions that then end up in

play00:29

the pineal gland right here so for

play00:31

physicians watching output down below

play00:33

the technical part of this so you can

play00:35

kind of study this if you're interested

play00:36

for everyone else you don't need to know

play00:38

that all you need to know is that the

play00:41

light turns off melatonin darkness

play00:46

stimulates melatonin

play00:48

it's an on/off switch okay and it's in a

play00:51

feedback loop right here the problem is

play00:53

that we're so exposed to fluorescent

play00:57

lighting we don't go outside anymore so

play00:58

it really throws off the circadian

play01:01

rhythms the the rhythms of sleep because

play01:04

we don't get the appropriate melatonin

play01:06

that's one problem right there so the

play01:09

pineal is very sensitive to optical

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tissue so the pineal has optical tissue

play01:13

and it does receive light now here's the

play01:17

problem when you take melatonin as a

play01:20

supplement you're taking a hormone and

play01:22

it may work initially but what's going

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to happen it's like a thermostat you're

play01:28

going to give the pineal the hormones so

play01:31

now it doesn't have to produce anymore

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so anytime you take a hormone the gland

play01:38

that makes it stops making it because it

play01:41

doesn't need to anymore so you're

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basically making the pineal gland go to

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sleep that's the problem with long-term

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melatonin I don't recommend taking

play01:51

melatonin because it's a hormone and lot

play01:54

of people don't know what they're taking

play01:55

away too much so you don't want to

play01:56

depend on that now the other problem

play01:59

with the pineal is that it could become

play02:01

calcified especially as we age and it

play02:05

has a lot of receptors for calcium and

play02:08

fluoride so when they do testing they

play02:10

find that this thing is like filled with

play02:12

fluoride and calcium

play02:13

in calcium and fluoride actually makes

play02:17

more soft tissue calcium it makes

play02:21

spurring calcium deposits in the body if

play02:24

you have too much fluoride and a

play02:26

calcified pineal gland so a couple

play02:30

things that you need to do for the

play02:32

pineal number one you want to make sure

play02:34

that you go for regular walks okay on a

play02:38

routine basis you want to get out there

play02:40

I know maybe some people go to the gym

play02:42

and work out but it's really important

play02:45

to go outside in the light and spend

play02:47

some time every day that's going to be

play02:50

important and number two when you go to

play02:51

bed at night you know turn it to watch

play02:53

TV until you fall asleep because the

play02:55

light you want it completely dark to

play02:57

start winding down and stimulating

play02:59

melatonin naturally that's one thing

play03:02

number two we want to avoid fluoride

play03:05

okay in the water in the tap water we

play03:09

want to avoid fluoride in the toothpaste

play03:11

okay so you want to avoid that and get a

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toothpaste without fluoride because it

play03:16

can absorb and go into the pineal and

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create problems for you the other thing

play03:21

is you want to take vitamin k2 why

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because vitamin k2 handles soft tissue

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calcium so it actually improves the

play03:29

calcification of the pineal make sure

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you take it with d3 together I'll put

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some links down below so that's my two

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cents on melatonin so check it out and

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give me your comments below hey you

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probably already subscribed but if you

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haven't press this little button down

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below and I will keep you updated

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Связанные теги
MelatoninPineal GlandSleep HealthNatural LightCircadian RhythmsHormone BalanceCalcificationVitamin K2Fluoride AvoidanceHealthy Living
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