2013年3月24日 星期日

Genetic hair transplant - cloning procedure

The method of manufacturing an individual identical, using the genetic cloning is called. This procedure can also be adopted for cloning method of hair transplant. Cloning is one of the techniques and development in the field of genetic engineering. As the cloning method is usually adopted to produce similar bodies, hair can also be genetically cloned. These cloned hair is used in the process of hair transplant using cloning. This method was found by doctors Username Amanda Reynolds and Colin Jahoda.
Hair multiplication is different from hair cloning. In hair multiplication, the idea is that when a hair is plucked from his position germ cells at the base of hair follicles are able to reproduce when it is located in another place. Since the resumption of follicle grow to infinity and potentially this procedure is called as hair multiplication. It gives unlimited production of hair.
In the hair transplant using cloning process of hair follicles are in a difficult situation. The hair follicles are too complex to be cultivated. This makes the hair follicles to grow in a test tube is very complex because the follicles are not being a lifetime. Due to this reason, the hair follicles can not be easily cloned.
    This complex procedure indicated that the dermal sheath cells in the lower region of the hair follicle can be removed from a patient and it can be injected into the skin of another person in order to improve the training of new hair along with the existing one. Newly planted cells are able to stimulate the hair follicles complete.


    This procedure can not be considered when looking at cloning the principle of cloning. But the dermal sheath cells can be multiplied in number and then injected to produce a full head of hair. Another use of cloning is that donor cells can be taken from a male and a female injected from the donor cell and a female can be injected into a female.
    This shows that donor cells can be applied to a person to another, regardless of gender without being rejected. Given that even the donor of the opposite sex is appropriate for hair cloning, can be concluded that the dermal sheath cells has immune status and is one of the sites bodies immune system.
    Another characteristic of hair cloning is cloned hair looks like the hair's own bald person rather than the hair color of the individual donor. This proves that the recipient can change the skin color of the hair.
    Thus, the hair obtained by the cloning procedure hair transplant hair may resemble the original recipient. This process of cell transfer is important for people with a complete lack of hair. The opinion most needed in this process is that these cells are dermal fibroblasts. These are the easiest to culture cells in cloning, so that the region of donors can be used an unlimited supply of hair to the recipient.

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