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Stress Drains Minerals, Greys Hair Early
23 Aug
Summary
- Premature greying may signal mineral deficiency like B12 or iron.
- Chronic stress impacts hair pigment stem cells, accelerating color loss.
- Nutritional deficiencies can be reversed, but genetic greying is permanent.
Premature hair greying, especially in urban areas, may be linked to underlying mineral deficiencies. Experts suggest that insufficient levels of nutrients like vitamin B12, iron, copper, and zinc can affect melanin production, leading to loss of hair color. This phenomenon is becoming increasingly common before the age of 35.
Chronic stress is identified as a significant factor that can accelerate hair greying. Stress hormones and oxidative stress can damage melanocyte stem cells, which are responsible for pigment in the hair. While genetics and natural aging are primary causes, lifestyle factors like stress can exacerbate the issue.
Fortunately, if premature greying stems from nutritional deficiencies, corrective actions may slow or even partially reverse the process. However, greying due to genetic predisposition or the natural aging process is typically irreversible. Consulting a health practitioner for tests like vitamin B12, iron profile, and thyroid function is advised if concerned about early greying.
