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Fue Hair Transplant Procedures
Follicular unit extraction is an innovative Hair Transplant Procedure for follicular hair transplants. Follicular unit extraction is a state-of-the-art extraction technique for preparing follicular unit transplants. It is for a method of Direct Hair Implants (DHI) technique which is a minimally invasive hair transplant procedure available today. It does not use scalpels, stitches or a donor skin strip for preparing Follicular Hair Transplants.
Follicular unit extraction does not require a donor strip to be excised from the donor area and therefore does not involve any dissection of follicular units. The follicular units are instead directly extracted one-by-one using custom-made, precise micro-surgical tools less than a millimeter in diameter. The surgeon will extract individual hair follicles from the back of the scalp from among the donor hair follicles. This leaves only tiny, almost pin prick wounds where each hair follicle is extracted which heal quickly.
Follicular unit extraction is simple, painless, with the donor area healing within 2-4 days as compared to 7-8 days required for follicular hair transplants using the more standard Graft Extraction Technique And there is no risk of nerve damage being caused by the hair transplant procedure.
The greatest benefit of Follicular unit extraction and the DHI technique is the possibility of quality control during the hair transplant procedures. The hair transplant doctor needs only a single surgical assistant to help him during the follicle hair transplants. The procedure also ensures maximum care to the grafts. The hair transplant doctor can decide upon the exact number of grafts to be removed and transplanted, while he is removing them one-by-one.
Advantages of Using Direct Hair Implant
Hair transplant procedure for direct follicle implantation is performed only with state-of-the-art instrumentation. The standard instruments for the procedure consist of custom cut lateral slit blades, hypodermic needles, and the innovative DHI implanter. A hair restoration surgeon prepares a protocol of follicle hair transplants specifically for each patient so as to ensure a perfect and most natural look. The non-invasive hair transplant procedure involving direct placement of follicle hair transplants causes minimal trauma to the scalp and does not cause any pitting, indentation, or scarring.
Body Hair Transplant
The best thing about Direct Hair Implants is that hair from all over the body can be used. The technique has received much favor with the patients because it helps them to remove the excess body hair and at the same time allows them to restore scalp hair without any significantly invasive surgery being performed on them.
Body hair follicular grafts removed through the follicular extraction technique are utilized only for enhancing the density in the vertex posterior region of the scalp, and not for the hair line. Results of direct hair transplants for most of the patients have been positive and it is hard to differentiate the body hair transplants from the head hair. The body hair transplants have shown growth patterns similar to head hair with no difference in texture.
Another advantage of the Direct Hair Implants Technique as a hair transplant procedure is that it allows the hair transplant surgeon to extract as many grafts as is actually needed. The transplant surgeon can extract and place up to 1200 grafts per day. And the subsequent follicular hair transplants can be done immediately after the first session if they are so desired by the patient.
Direct Implants Technique as a hair transplant procedure is fast catching up, but it all depends upon the individual Hair Restoration Center to decide the most appropriate technique to use. Whatever center you choose for your surgical hair restoration, always make an informed decision about your hair restoration surgery.
Hair cloning is the most recent experimental advancement in hair replacement procedures. The process involves isolating a group of cells at the base of the hair follicle -- the living part of hair rooted in the skin. These follicular cells are multiplied in a laboratory, they can then be implanted back into the donorís scalp where they divide to create new follicles and generate new hair.
Researchers have been working on finding the exact process for several years now and they predict that they will be able to make this option available to patients in about 10 years. In addition to addressing the process of hair replacement, it also gives some very interesting statistics. This research is very important because it may eventually lead to a time when, through some procedures, people who suffer from hair loss will be able to grow a full head of hair again.