Root of Sleep Issues and Hormonal Fluctuations
Just some interesting information about sleep.
Increased cortisol at night: Fasting for too long can keep cortisol levels elevated, making sleep more fragmented and causing restlessness.
Hunger signals subconsciously waking you: even if you don’t feel hungry, your body might be sending wake-up signals due to a need for fuel.
Disruption in Sleep Hormones: Tryptophan, an amino acid needed for melatonin production, comes from food. Not eating for too long before bed might reduce serotonin and melatonin levels, leading to more awakenings.
Possible solutions to test:
Try a small protein snack before bed or maybe eating dinner a bit later.
If your morning blood sugar is slightly over a 100 despite fasting overnight is likely due to the Dawn Phenomenon.
Dawn Phenomenon is when in the early morning (between 3-8 AM), Your body releases growth hormone, and adrenaline to prepare for the day.These hormones signal your liver to release glucose into your bloodstream for energy even though you haven’t eaten. This can cause slightly elevated fasting blood sugar levels, typically in the 100 to 110 mg/dl range in people without diabetes.
If you stop eating around 5:00, 5:30 PM, your body has to rely on stored glucose (glycogen) and later on gluconeogenesis (where my liver makes new glucose from proteins and fats).
Slight Insulin resistance overnight. Even if you are in good health, insulin sensitivity fluctuates throughout the day. It is typically lower in the early morning, so my body might not be processing glucose as efficiently upon waking.
Check blood sugar at night around 2-3 AM. If it’s low then but higher in the morning, it confirms the Dawn Phenomenon.
Potential Links between DHEA and Sleep: Some studies suggest that DHEA may play a role in regulating sleep architecture, including the different stages of sleep, such as REM sleep. There's evidence that DHEA levels can correlate with certain sleep stages. DHEA interacts with other hormones that are crucial for sleep, such as cortisol and melatonin. The balance between these hormones is essential for healthy sleep patterns. DHEA levels naturally decline with age, and this decline often coincides with changes in sleep patterns. This has led to investigations into whether DHEA supplementation could improve sleep quality in older adults, though results have been mixed. Since DHEA is produced by the adrenal glands, which are also involved in the stress response, there is a clear link between stress, DHEA levels, and therefore sleep.
If you're experiencing persistent sleep problems and have ruled out other common causes, checking cortisol and DHEA levels could provide valuable insights into potential hormonal imbalances that may be contributing to your sleep difficulties.
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