What is hair cloning and how does it work?

Hair cloning, also known as “follicular cell implantation” is a relatively new technique which requires the removal of dermal papilla, cells which spur the growth of new hair, from hair follicles at the back of the head. These cells are then taken, cultured and multiplied due to the application of certain chemical compounds. The millions of new active cells are then injected into the scalp where coverage is desired, stimulating the growth of new hair follicles as well as revivifying follicles which are no longer active.

Studies suggest that this technology can enhance up to two-thirds of the patients hair count after roughly six months. Experts further suggest that within the next two to three years, hair cloning will be capable of much more.

Who does it benefit?

This technology would be extremely beneficial to patients who have experienced hair loss due to androgenetic alopecia, traction alopecia, severe burns, cancer treatments, iron deficiencies, and other physical traumas such as childbirth, surgery and severe emotional or psychological stress. Scientists also believe that “follicular cell implantation” will also be beneficial for women with thinning hair, who are not usually candidates for hair transplant surgery. Unlike hair transplant surgery, hair cloning techniques are not limited by the size of the hair grafts as well as the possible scarring left behind.

When will it be available?

Hair cloning techniques such as MatriStem®MicroMatrix has not yet become available for commercial usage due to the fact that it is still in the testing stages. There are still many more test trials to be performed before this technology will be become a viable and somewhat affordable hair loss solution. Some scientists believe this will be able within the next five years. However, only time will tell how successful this new technology really is.