Can_Regenerative_Science_be_used_to_Enhance_Hair_Re-Growth

Can Regenerative Science be used to Enhance Hair Re-Growth?

Hair re-growth is difficult to achieve. Regardless of what the manufacturers of hair loss products may promise you in commercials and advertisements, most forms of hair loss treatment available today in the market are only helpful in slowing down the progression of hair loss. There is a distinct difference between slowing something down, stopping it and reversing it. The finest hair loss products in the market, many of which are natural hair loss remedies that have been in existence since ancient times, are good at slowing down and stopping the progression of hair loss. But can these products reverse the ill effects of baldness by re-growing or regenerating hair? The answer in most cases is no. However, breakthroughs in medical science can allow us to hope for hair re-growth someday. Developments in regenerative science could hold the key to creating a product or designing a procedure that can drastically enhance hair re-growth.

Bio-Engineering a Hair Follicle

Conducting research on stem cells in order to discover a permanent cure for baldness is hardly new. However, being able to bio-engineer a hair follicle from DNA would mark an amazing breakthrough in the billion dollar hair loss industry in the United States. People in America should not get too excited by the prospect of bio-engineering a hair follicle from the extracts of a person’s DNA. This is because this technology has been recently invented in a completely different part of the world. A team of researchers working in the regenerative medicine and bio-engineering facility at Tokyo University have given people the chance to dream about a world free from hair loss problems.

The Published Work

The work carried out by the team of researchers was originally published in the May 2012 edition of Nature. If you read about their work, you will find out that they were able to demonstrate a technique through which a hair follicle was bio-engineered to exhibit a normal growth cycle. This hair follicle was derived from a stem cell, which itself was taken from existing hair follicles. Now that you are aware of the fact that this research has been published in a reputable journal/magazine, you have no reason to believe that news on regenerative medicine being used to enhance hair re-growth are just a bunch of internet hoaxes that you should dismiss immediately. There is a serious possibility of this technique being used in the future to create accessible and affordable hair loss solutions that could cure baldness in millions of people around the world.

Bio-Engineered Hair that Looks and Behaves like Real Hair

In order to demonstrate the fact that the bio-engineered hair follicles functioned like ordinary or real hair follicles, they made use of a widely employed hair transplant technique which is commonly referred to as follicle unit transplantation or FUT. Using this technique, the bio-engineered hair follicles were then transferred into the scalp of lab mice. Upon close observation for a series of days, they realized that these bio-engineered hair follicles not only exhibited the growth cycle patterns of real hair, but they also grew hair that had the correct texture, shape and size. This was perhaps the real challenge with a regenerative technique such as this. Researchers would expect the hair follicles to produce hair strands that follow normal hair growth cycles. However, they could have never expected these strands to look and behave in the same manner as real hair. This is what sets this technique apart from all the others that keep producing bizarre hair that looks out of place and simply unpleasant.

Commercializing the Treatment Procedure

As of this moment, it would be correct to state that we can, in principle, bio-engineer our own fully functional hair follicles by using our very own DNA. When the work was published in 2012, the team of researchers stated that they were hoping to get clinical trials for a practical hair replacement treatment underway within the next five years. They are still working on that, and it is fair to say that it will take researchers a considerable amount of time to pave the path for the practical applications of this modern hair regeneration technique. There is a lot of risk assessment that needs to be done before clinical trials on human beings can be initiated. The researchers would not want people to lose their hair because of a faulty clinical trial. If the clinical trials do yield acceptable rates of success, then it would be possible for the researches to work on a practical bio-engineered surgical hair replacement treatment procedure within the next few years. If everything goes according to plan, then this treatment procedure could be easily commercialized within the year 2025.

If you are suffering from hair loss problems right now, then you may not want to wait till the year 2025 before doing something about your dwindling hair. Our advice for you would be to get started on hair loss treatments that work best for you, especially the ones that use natural ingredients.