The upcoming of hair transplant procedures is in the laboratories at this very time. Scientists are working together to discover a way to make the surgery work for more as many people as possible. They also want to see it work better for the kinds of people who have hair transplants these days. One section of research is hair cloning.
Hair cloning has the potential of being a ground-breaking procedure that would give individuals with little hair a possibility of having hair transplant surgeries. It would do this by increasing the hair a patient already has rather than using up the good hair that still is on the patient's scalp.
Hair cloning is prepared by taking stem cells, or dermal papilla cell, and cloning them in a laboratory setting. They are then multiplied and blended. The end result is an rise in the amount of hairs available for hair transplant.
Not only is hair cloning feasible, it has also been confirmed in numerous scientific studies. Of late one group of researchers did a culture whereby they multiplied the amount of dermal papilla cells. With this being possible, hair cloning is just a single step away.
Hair transplant procedures that employ cloned hair are farther off, however. The research cannot be done as to whether these hairs can securely and efficiently be transplanted onto an individual's scalp yet. To begin with, the cloning process will have to be entirely picture perfect. Only then can the hair transplant trials start.
Further research needs to be done to realize which hair cells can be used for hair cloning and then hair transplant procedures. Some of the existing cells go through a number of stages before ending in cell death in a very short time. These cells would not be sufficient for use with hair transplant surgery. There appear to be other cells which last longer and would work for this treatment.
Dr. Gho a scientist, has done some work and got hold of a Dutch patent on his work with hair multiplication. It is uncertain whether this is much like hair cloning or not. As a mater of fact, Dr. Gho refuses to submit his findings to be published in medical journals. With no review by other doctors, Gho's theories cannot be tested and evaluated.
Certain kinds of auto-immune diseases, such as alopecia areata can now be treated by means of hair transplant techniques by means of the donor strip method. Yet, in the future, hair cloning will make hair transplant easier for these persons who frequently have very little hair to use for grafts.
Some individuals consider that hair transplant grafts using cloned hair would cost the same as the usual hair transplants that are available nowadays. Other experts think that the price will be much higher - possibly three or four times per graft higher - because of the particular methods required to do the work.
Hair cloning is almost certainly not as far away as one might think. It may be ready for use with hair transplant procedures as soon as five years from now, or even sooner. If you are in view of getting a hair transplant but you want to wait awhile, hair cloning is something to think about.
Hair cloning has the potential of being a ground-breaking procedure that would give individuals with little hair a possibility of having hair transplant surgeries. It would do this by increasing the hair a patient already has rather than using up the good hair that still is on the patient's scalp.
Hair cloning is prepared by taking stem cells, or dermal papilla cell, and cloning them in a laboratory setting. They are then multiplied and blended. The end result is an rise in the amount of hairs available for hair transplant.
Not only is hair cloning feasible, it has also been confirmed in numerous scientific studies. Of late one group of researchers did a culture whereby they multiplied the amount of dermal papilla cells. With this being possible, hair cloning is just a single step away.
Hair transplant procedures that employ cloned hair are farther off, however. The research cannot be done as to whether these hairs can securely and efficiently be transplanted onto an individual's scalp yet. To begin with, the cloning process will have to be entirely picture perfect. Only then can the hair transplant trials start.
Further research needs to be done to realize which hair cells can be used for hair cloning and then hair transplant procedures. Some of the existing cells go through a number of stages before ending in cell death in a very short time. These cells would not be sufficient for use with hair transplant surgery. There appear to be other cells which last longer and would work for this treatment.
Dr. Gho a scientist, has done some work and got hold of a Dutch patent on his work with hair multiplication. It is uncertain whether this is much like hair cloning or not. As a mater of fact, Dr. Gho refuses to submit his findings to be published in medical journals. With no review by other doctors, Gho's theories cannot be tested and evaluated.
Certain kinds of auto-immune diseases, such as alopecia areata can now be treated by means of hair transplant techniques by means of the donor strip method. Yet, in the future, hair cloning will make hair transplant easier for these persons who frequently have very little hair to use for grafts.
Some individuals consider that hair transplant grafts using cloned hair would cost the same as the usual hair transplants that are available nowadays. Other experts think that the price will be much higher - possibly three or four times per graft higher - because of the particular methods required to do the work.
Hair cloning is almost certainly not as far away as one might think. It may be ready for use with hair transplant procedures as soon as five years from now, or even sooner. If you are in view of getting a hair transplant but you want to wait awhile, hair cloning is something to think about.
