The future of hair loss treatment is entering a new phase in terms of scientific development through stem cell therapy. It ranks on top of the list of future hair loss treatment methodologies.
Stem cell research is one of the most promising future hair loss treatment methodologies which has the huge potential to treat not only hair loss but a whole variety of conditions including Parkinson’s and Alzheimer’s disease, terminal cancer, and spinal cord injury.
Theory
Stem cell research revolves around the study on how adult stem cells can be used to generate new and healthier hair follicles. Researchers believe that adult stem cells can self-renew and transform themselves into specialist cells wherein they can replicate new follicles when the existing follicles become damaged, dormant, or dead.
This research has established a possibility on how these adult stem cells can regenerate new hair growth for people suffering from pattern baldness and other types of hair thinning and hair loss problems.
Potential
According to hairlossexpert.co.uk, “Adult stem cells are different from other cells found in the body because they have the ability to self-renew.” That being said, the stem cell research, when successfully done, is capable of making adult stem cells which have the ability to divide and eventually transform themselves into specialized cells.
When these specialized stem cells are influenced into becoming hair follicle cells, they can produce healthier hairs, replacing the damaged, dormant, or dead hair follicles that are no longer capable of stimulating hair regrowth.
Function
Stem cell therapy is accomplished through chemical signals sent out by the human brain. When stem cells are located near the damaged, dormant, or dying cells, the stem cells are signaled to migrate to the base of the hair follicle and begin dividing. As these cells divide, they split into different cell types, some of them becoming a part of the hair follicle while others become part of the skin which surrounds the follicle. When the cell division and specialization is finished, a healthy hair follicle is produced.
Status
At present, researchers who are working on this study are able to transplant healthy stem cells on the skin of mice, but more experiments and tests are needed for it to be trialed on humans.
In addition, in-depth research is essential to understand other areas of stem cell research such as how the specialization would take place, how the adult stem cells would know when to migrate to the base of the hair follicle, when will the actual transformation transpire, and which cell types will change to make up the six important layers of a functioning healthy hair follicle.
It may take years and years to reach a definite conclusion regarding this hair loss treatment research. Nevertheless, this future hair loss treatment methodology may be our hope to end the increasing population of hair loss sufferers across the globe.
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Advances in Hair Loss Treatment: Hair Follicle Cloning VS Stem Cell Therapy
In this technologically-oriented society, modern innovative tools and in-depth scientific analyses paved the way for us to better understand the nature and causes of various diseases, ailments and conditions such as cancer, HIV and even hair loss or baldness.
Indeed, modern science and technology has very significant contributions to the world of hair loss treatment. Through sophisticated and innovative explorations, scientists and researchers have discovered the leading cause of hair loss in both men and women, and that is dihydrotestosterone.
The discovery of DHT as the primary cause of hair loss made rise to various groups of individuals who are more than eager to unearth the best possible treatments for hair loss.
That is why today, various advances in hair loss treatment like hair follicle cloning and stem cell therapy have emerged as potential solutions to end baldness, once and for all.
Let’s take a closer look at the two advances in hair loss treatment and learn which of them has the potential to be the panacea for the various types of alopecia:
Hair Follicle Cloning — is considered one of the most promising areas of hair loss treatment research in the 21st century.
Other Terms: cell therapy, tissue engineering and hair multiplication
Principle: This is a process wherein a healthy hair follicle is replicated to create unlimited supply of hair grafts with the same quality and characteristics as the cloned follicle.
Aim: To successfully reproduce multiple hair follicles from a single follicle taken from a donor area that is already programmed to continue to grow new hairs for a lifetime. If this research will be successful, there will be a limitless supply of hair grafts; in turn, hair can be made thicker without donor-supply constraints.
Current Status: The method of cloning dermal papilla cells from the hair bulbs and injecting them back into the donor’s scalp has not been perfected.
Stem Cell Therapy — is an exciting yet very controversial therapy due to its potential to cure a wide range of conditions and diseases such as cancer, Parkinson’s disease, Alzheimer’s disease, spinal cord injury and hair loss.
Principle: This revolves around a theory on how adult stem cells can be used to generate new hair growth in individuals suffering from various types of hair loss. Stem cell therapy is initiated by means of chemical signals sent from the brain which ‘command’ the stem cells to migrate to the part of the body that needs reactivating.
Aim: To transform adult stem cells into specialist cells wherein they can reproduce and generate new follicles when the existing hair follicles become damaged, dormant or dead.
Current Status: Extreme research is still needed to understand how the transformation from adult stem cells to specialist cells would take place, how the stem cells would know when to migrate to the area that needs reactivating and which cell types will transform to make up the six necessary layers of a functioning hair follicle. At present, scientists were able to transplant healthy stem cells on the skin of mice, but more research is necessary before it can be tried on humans.
These advances in hair loss treatment are now the focus of extreme and careful studies by various groups of scientists and researchers.
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