Although the primary cause of premature
Premature graying may be reversed with vitamin B12 supplementation only if vitamin B12 deficiency is the cause. If you are graying due to other factors, such as genetics, zinc deficiency, and medications, your gray hair cannot be reversed.
Vitamins D, B12, B9, B5, and minerals like iron, calcium, and zinc can help reverse gray hair. Vitamin supplements can also prevent premature hair graying.
On occasion, gray hairs can be a sign of illness, such as thyroid disease or alopecia areata (a common autoimmune disorder). If you have other tell-tale signs, such as balding patches, let your healthcare provider know. However, don't panic — these are rare and little cause for concern.
Typically, white people start going gray in their mid-30s, Asians in their late 30s, and Blacks in their mid-40s. Half of all people have a significant amount of gray hair by the time they turn 50.
Most people start noticing their first gray hairs in their 30s—although some may find them in their late 20s.This period, when graying has just begun, is probably when the process is most reversible, according to Paus.
There isn't a lot of medical data to back it up, but some research does show that magnesium deficiency may be behind some (not all) causes of gray hair. If this is the cause of your greying, then making sure your magnesium stores are optimal could stop or even reverse the greying of your hair.
Dairy and dairy products like curd and cheese are rich in vitamin B12. Since vitamin B12 is essential for making DNA, which is the genetic material found in all cells of the body including hair follicles, a deficiency of it can lead to under-nourishment of hair leading to premature greying.
According to these results, among copper, zinc, and iron, a low serum copper concentration may play a role in premature graying of hairs in our society.
Norepinephrine affects the melanocyte stem cells living there. It causes them to rapidly turn into pigment cells and move out of the hair follicles. Without stem cells left to create new pigment cells, new hair turns gray or white.
Vitamin A, C and B12 are the most needed vitamins to increase the melanin production in your hair. Add citrus fruits like oranges, grapes, pineapple, and melon to your diet. Also eat vegetables like potatoes, carrots, beans, etc. Non vegetarians can try adding red meat, chicken liver, fish, and eggs to their diet.
Although the primary cause of premature hair graying (PHG) is considered to be genetic, certain environmental factors also play a role. Trace element deficiencies such as Vitamin B12, Vitamin D3, and calcium may also be associated with PHG.
Symptoms of vitamin D deficiency may include:
Fatigue. Not sleeping well. Bone pain or achiness. Depression or feelings of sadness.
In general, the two main causes of vitamin D deficiency are: Not getting enough vitamin D in your diet and/or through sunlight. Your body isn't properly absorbing or using vitamin D.
Vitamin B12 deficiency can indeed lead to weight gain. But the weight gain is not a direct result of the deficiency. Instead, vitamin B12 deficiency causes lethargy or lack of energy, and in turn, inactivity causes weight gain. When you lack the energy to move, you don't burn fat.
Studies have identified a number of factors that also may speed up gray hair, including smoking, diet, stress and genetics.
However, the rate of hair colour loss is largely determined by your genes. The chances are that you will experience premature greying if your parents do. However, certain nutritional deficiencies and underlying medical conditions may play a role. In these cases, yes, white hair can turn black again.
Just like the hair on the head, the hair on the rest of the body, including the pubic area, is subject to graying. As people age, their skin produces less melanin. Melanin is the pigment responsible for giving skin and hair its color. The hair follicles contain melanin.
Gray hair comes down to melanin, or rather the lack of melanin. Melanin is the pigment that gives hair its color. Gray hair has reduced melanin, while white hair completely lacks it. This occurs because of a gradual decline in the number of stem cells that mature to become melanin-producing cells.