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🗓️ 15 June 2023
⏱️ 3 minutes
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In this podcast, Dr. Berg explains why keto and intermittent fasting will decrease the need for sleep. For starters, lack of sleep worsens blood sugars.
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0:00.0 | Welcome to the Dr. Berg's Healthy Keto and Interminute Fasting Podcast, where Dr. |
0:07.7 | Berg takes you on the journey for the truth about getting healthy and losing healthy weight. |
0:12.0 | Hey guys, in this video we're going to share why keto and intermittent fasting will decrease |
0:27.1 | the need for actual sleep. Now, number one, lack of sleep worsens your blood sugar. So if you don't |
0:35.9 | get enough sleep, if you're diabetic, you're going to find that you're going to need more medication |
0:40.3 | because the blood sugars are going to be more unstable. Number two, good sleep increases your blood |
0:46.1 | sugars. If you sleep really good, you don't crave as much junk food, whereas if you don't sleep, |
0:52.2 | boy, you're just like thinking about food all the time. And number three, high sugars will not only |
0:58.0 | create brain fog and fatigue, but it prevents the quality of sleep. Diabetics generally need more |
1:05.6 | sleep. But if you do keto and intermittent fasting and you reduce your carbs, which is the |
1:10.4 | opposite of a diabetic situation, you're going to have neural protection. So the nerve cells, |
1:17.1 | the brain cells are protected. And you're going to have something called neurogenesis, which is |
1:21.5 | basically you can regrow brain cells. Well, guess where all the cellular machinery for sleep |
1:27.4 | is located in your brain. The circadian rhythms, which control the cycle of sleeping, |
1:33.2 | called the super chiasmatic nuclei, is located in your brain. And the little tiny neurological |
1:39.6 | switches that control sleep and awake, located in the brain stem, called the Raffa nuclei and |
1:46.2 | the locuseruleus, are also supported when you do keto and intermittent fasting. So the more that |
1:52.0 | the total brain is supported, the more these specific functions are supported and the need for |
1:57.3 | sleep is reduced. Whereas in a diabetic patient, the entire brain actually shrinks and you get |
2:03.9 | atrophy of these centers causing the need for more sleep. So just to summarize, we have two |
2:10.4 | situations. One is, wow, I don't need much sleep and I'm still awake and I'm still, I'm not tired. |
2:16.4 | And then the other situation is, wow, I started keto and now I can't sleep and I'm tired. |
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