Say Goodbye To The Crow's Feet and Creases By Regenerating The Fatty Cells

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In order to have and maintain a younger-looking skin, not a few women spend a lot of money to buy any cream or lotion. According to a new study, a tiny part of human cells has a secret to a line-free complexion.

By regenerating the fatty cells, the creases and crow's feet can be reversible. Why the fatty cell? The fat cells in skin named adipocytes. Lack of the cells (adipocytes) are the main reason of a wrinkle or when the fatty tissue layer under the skin become thin and lost its ability to keep the skin firmer on a face as a human gets older. The crow's feet and creases mostly appear as a sign of aging, The method can also pave the way for the scar-free healing of wounds. There is a research also found that tissue grown in the lab determined that hair follicles were important in maintaining healing skin scar-loose and smooth, by releasing a signaling molecule known as bone morphogenetic protein, or BMP.

Adipocytes are transformed from the cells named myofibroblasts (the scar-forming cells) which often found in healing wounds. As reported in the journal science, the study could have wider implications even though the focus only on scarring. The professor from the University of Pennsylvania, George Cotsarelis said "Our findings can probably move us towards a new method to regenerate adipocytes in wrinkled skin, that could lead us to modern-day anti-aging treatments. basically, we are able to control wound healing in order that it ends in skin regeneration instead of scarring.".

The method is regenerate hair follicles first. Then, the fats will regenerate in reaction to the indicators from those follicles. A natural part of aging when the adipocyte loss also can be a problem of certain medical situations, including HIV infection. Myofibroblasts were thought to be incapable of turning into a special kind of cell, added Cotsarelis in Daily Mail.

The result of the study is showing that there's a possibility to influence the tissue to regenerate rather than scar after wounding.