New product stimulates hair growth, restores natural hair color

Hair tends to change as we age. This could result to hair loss, hair thinning or hair gradually turning gray.

Gray hair is known to first appear during one’s 30s, and half of the people in their 50s have 50-percent gray hair. This makes you appear older than your actual age.  Because of this, some dye their hair for aesthetic purposes. Hair colorants, though, bring about skin irritation, allergic reaction and hair breakage.

Fear, stress and other emotions may determine how our hair will look. Stress could make us lose our crowning glory. There is also the case of premature gray hair.

According to well-known dermatologist Jeffrey Benabio, premature hair graying is nothing but a process where the pigment is not being made from the cells which produce color.

Reasons

Several reasons are attributed to premature gray hair.

Melanocytes—cells that are naturally produced by our body—emit melanin to provide its natural color. As we age, melanin production slows and we may suffer from gray hair.

In fact, 50 percent of women have at least a head full of gray hair by the time they are 50. Due to genetic makeup, gray hair tends to be drier and more fragile as our age continues to progress. Increasing our melanin production will help restore hair color and vitality.

Hair treatment serum

Dermpharma Research has formulated a hair treatment serum, called Grey Away, that not only stimulates hair regrowth but also specifically targets the restoration of hair pigment or color, reversing the gray hair process.

Grey Away brings back the natural color of hair strands of people with graying hair. It also prevents their hair from turning gray without the risk of the harmful effects of colorants.

The polypeptide Melitane in Grey Away stimulates melanin production, reversing the gray hair process. Grey Away’s EMortal Pep, a four amino acid polypeptide, promotes hair growth. It is the specific material for boosting hair and scalp health thar activates the stem cells in the hair follicles.

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