A Glimmer of Hope in Hair Loss Treatment
“One should take advantage of the power of medical science to regain one’s health!,” as the adage goes.True enough, modern technology offers us a wide variety of ways to help us live a comfortable and convenient life. It offers us a broader perspective on the possibilities or chances of finding cures for ailments and other medical conditions that long ago were beyond our grasp.
With the advancement in science and medical explorations, we may be on the right track of finding the cure for hair loss that would someday end the suffering of the millions of people who are victims of this condition.
The future hair loss treatment addresses many of the limitations of the cosmetic, medical, and surgical treatment methods of the present generation. This hair loss restoration procedure may have the potential to actually “cure” inherited pat-tern baldness once and for all.
Scientists and hair experts are focusing their attention towards the study of gene therapy. As a hair loss treatment of the future, gene therapy is the process of changing genes of existing cells in the body, thereby altering cell functions. It requires learning how an inherited medical condi¬tion occurs at the DNA molecule level, and then going in and fixing it.
According to hairlossdoc.com, gene therapy revolves around the principle of turning the hair follicles with DHT-sensitive cells into follicles with DHT-resistant cells, hence making the hair follicles continue to grow new hairs for a lifetime. The first step is figuring out which of the tens of thousands of genes on strands of DNA are involved in the characteristic to be altered, and the second step is fig¬uring out how exactly the target genes are to be changed, so that they give instructions for making the slightly different proteins that will achieve the desired effect. The third step is getting the target cells in the living organism to incorporate the new and improved genes as replacements for the old undesirable genes.
Figuring out which genes are involved in the genetic condition to be changed is a herculean task. Despite all the advances in mapping genes in the past years, we are still a mile away from knowing what most of these genes do. Hence, we further need a good understanding of all the genes that affect the cycle of hair growth especially which genes are responsible for inherited hair loss.
As what hairlossexperiences.com reports, there are many areas of gene therapy that needs refinement such as identifying genes, determining exactly how to change them to code for the desired proteins, avoiding an immune response when the viruses are injected directly into the organism, getting an adequate quantity of target cells to take up the altered DNA regardless of how it is delivered, and getting the cells to express the characteristics coded by the altered genes; once the new DNA is inserted, all need more work.
As of this very moment, scientists have been making progress in gene identification. Though it is still in its early stage of development and more work is needed before this treatment can be realized, gene therapy is still one of the most promising hair loss treatments of the future that is still worth exploring.
With the advancement in science and medical explorations, we may be on the right track of finding the cure for hair loss that would someday end the suffering of the millions of people who are victims of this condition.
The future hair loss treatment addresses many of the limitations of the cosmetic, medical, and surgical treatment methods of the present generation. This hair loss restoration procedure may have the potential to actually “cure” inherited pat-tern baldness once and for all.
Scientists and hair experts are focusing their attention towards the study of gene therapy. As a hair loss treatment of the future, gene therapy is the process of changing genes of existing cells in the body, thereby altering cell functions. It requires learning how an inherited medical condi¬tion occurs at the DNA molecule level, and then going in and fixing it.
According to hairlossdoc.com, gene therapy revolves around the principle of turning the hair follicles with DHT-sensitive cells into follicles with DHT-resistant cells, hence making the hair follicles continue to grow new hairs for a lifetime. The first step is figuring out which of the tens of thousands of genes on strands of DNA are involved in the characteristic to be altered, and the second step is fig¬uring out how exactly the target genes are to be changed, so that they give instructions for making the slightly different proteins that will achieve the desired effect. The third step is getting the target cells in the living organism to incorporate the new and improved genes as replacements for the old undesirable genes.
Figuring out which genes are involved in the genetic condition to be changed is a herculean task. Despite all the advances in mapping genes in the past years, we are still a mile away from knowing what most of these genes do. Hence, we further need a good understanding of all the genes that affect the cycle of hair growth especially which genes are responsible for inherited hair loss.
As what hairlossexperiences.com reports, there are many areas of gene therapy that needs refinement such as identifying genes, determining exactly how to change them to code for the desired proteins, avoiding an immune response when the viruses are injected directly into the organism, getting an adequate quantity of target cells to take up the altered DNA regardless of how it is delivered, and getting the cells to express the characteristics coded by the altered genes; once the new DNA is inserted, all need more work.
As of this very moment, scientists have been making progress in gene identification. Though it is still in its early stage of development and more work is needed before this treatment can be realized, gene therapy is still one of the most promising hair loss treatments of the future that is still worth exploring.
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