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HAIR
TRANSPLANT NEEDLE INCISION Invented and perfected by Dr. Woods and Dr. Campbell, The Woods Technique created unprecedented upheavals in the surgical hair restoration industry because for the first time in decades, hair transplant can be done non invasively without cutting through the donor site using a scalpel. Since The Woods Technique was first publicized in the world, the focus has been on the technique's merit in micro-surgically removing one follicular unit at a time in the patient's donor site without causing unnecessary trauma and scars in donor area. After encountering years of resistance and attacks by the traditional hair transplant industry, Drs. Woods & Campbell are established as the pioneers and world leaders in "minimally invasive", "trauma free", "scalpel free" and "patient friendly" hair transplant procedures that is now the most sought after alternative to traditional strip transplants. Few can dispute that. DO NO
HARM True to the "Do No Harm" principle that is defined in the world's first and only Patient Rights Declaration, Dr. Woods and Dr. Campbell practice their "minimally invasive" approach to hair transplant to the fullest: from the time the donor follicle is extracted to the point when the follicle is transplanted into the recipient site. The following is the world's first footage showing how the micro slits are created in the patient's recipient site using a 21 gauge needle. Dr. Woods and Dr. Campbell have been asked recently why they do not use lateral slits in the patient's recipient site. Their answer is that they have been using slits for the past 15 years, it's just that they are too small to be seen with the naked eyes. The following is a graphic illustration of Dr. Woods & Dr. Campbell micro slits together with their commentary.
Comments By Dr. Woods & Dr. Campbell "Hypodermic
needles work as follows. The bevel of the needle makes a razor fine cut in
the skin. As the bevel of the needle is advanced, the epidermis (skin
edges) are stretched apart, and the shaft slips in reaching the dermis and
hypodermis. When the needle is removed, the skin edges come together
instantaneously, creating a seal which is impossible to re enter , within
a few seconds. The shape of the incision is either a straight micro slit,
or a curved micro slit, depending upon angle of needle entry (refer to
photos). However, while the needle is still in the skin, the shaft creates
a tunnel under the skin, to match the shape of a cylindrical follicle. As
the needle is removed, there must be a perfectly timed and precise
simultaneous follicle insertion into this tunnel. Upon needle withdrawal,
the skin edges wrap around the follicle, binding to it, inextricably.
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