An important strategy to optimize your health then is to balance the added conveniences of our modern
technologies and embrace our ancestral heritage by spending more time
outdoors. Our bodies function at their best when our serum vitamin D
levels are in an optimal range. This is particularly important
considering that more than 70% of Americans are vitamin D deficient.
Vitamin D3 is really a
prohormone that regulates the expression of over 2,000 genes in your
body. Having insufficient levels of vitamin D increases your risk for
several autoimmune conditions, diabetes, heart disease, various forms of cancer
and depression1. Some studies have also linked prenatal
vitamin D3 levels to schizophrenia.
Above
and beyond the production of vitamin D3, the sun’s ultraviolet rays help to
reset your body’s circadian rhythms. Your circadian rhythms regulate your
sleep/wake cycle, appetite, satiety, concentration, attention and even
influences your cravings for certain foods.2
Regular
sun exposure also helps your skin to produce sulfur: cholesterol sulfate, and
vitamin D3 sulfate. Sulfur is a molecule that has an important role in
the structure and biological activity of many proteins and enzymes, including
your body’s detoxification pathways. Sulfur deficiency is associated with
obesity, heart disease, and autism.3
Sensible
sun exposure is a simple practice that can enhance your vitamin D3 levels and
reduce your risk of many health conditions. Spending 15 -30 minutes
outdoors with your arms or legs exposed and without sunscreen can help you to
raise your vitamin D3 levels, sulfate levels and optimize your health.
To your health,
Dr. Sandoval
To learn more about how working with a psychologist and holistic health coach can help you to enhance your health and well-being, call or email Dr. Sandoval to schedule a free consultation.
- Holick, M.F. (2011). The Vitamin D Solution: A3-Step Strategy to Cure Our Most Common Health Problems
- Wiley, TS. & Formby, B. ( 2001). Lights Out: Sleep, Sugar, and Survival.
- Seneff, S., Davidson, R. & Mascitelli, L. "Might cholesterol sulfate deficiency contribute to the development of autistic spectrum disorder?" Medical Hypotheses, (2012), 8, 213-217.
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