Dr. Gabel and his staff strive to provide you with the most comfortable and safe environment when you arrive for your procedure. Safety and OSHA compliance is a top priority in the office.
During the hair restoration procedure , patients are monitored with a sophisticated device that continually monitors:
Heart rate
Blood pressure
Cardiac rhythms
Oxygen saturation
But the comfort and safety doesn’t stop there. The Gabel Center has a media library from which you can choose a CD or DVD to enjoy as you relax in the surgery chair during the procedure.
Dr. Gabel and his team provide a selection of snacks and beverages throughout the day, as well as a break for lunch provided by the Gabel Hair Restoration Center.
What to Expect
This type of procedure necessitates a high skill level, patience, and a desire to do great work. Typically, cases range from 2,000 grafts to 5,000 grafts per session. The benefits of performing large sessions cannot be emphasized more. Performing a hair transplant with a large number of grafts reduces the number of surgeries that a person may need to achieve a significant cosmetic difference, as well as reducing the overall price of the procedure. Additionally, fewer procedures means less down time preparing for and recovering from surgery.
The size of an individual patient's transplant is dependent upon the size of the donor area, the density of donor follicular units, scalp laxity, and the area to be transplanted.
Artistic Hairline Design
Dr. Gabel combines his extensive surgical experience and talents to create a personalized hairline design that is aesthetically pleasing and natural. Your age, facial features, and personal goals are all considered when designing your hairline. The most important and noticeable aspect of successful hair restoration is creating a natural undetectable hairline. If done poorly, people can immediately recognize a bad transplant. But when done well, people see a natural head of hair.
Custom Cut Microblades
At Gabel Center, incisions are made through the use of custom-cut surgical blades. This separates Dr. Gabel from the "one size fits all" approach, as it allows him and his technicians to place many grafts closer together resulting in a natural looking hairline. By preparing custom blades, Dr. Gabel is able to create incisions that exactly match the width and length of the graft. Although the size of the blade is important, the shape is equally important. The blades are extremely narrow and make smaller incisions, allowing for healing to occur rapidly and for no visible scarring.
But the comfort and this reduces unnecessary trauma to the surrounding tissues and deep vasculature in the scalp.
Follicular Unit Grafting
The average person is born with 100,000 - 125,000 hair follicles distributed throughout the scalp. Hair naturally grows out of the scalp in irregular groupings called follicular units. Each follicular unit bundle may contain one, two, three, or even four hairs.
Since your native hair naturally grows in these follicular units, state-of-the-art hair transplantation utilizes follicular unit grafts to obtain the same natural appearance. Follicular unit grafts are taken from the donor hair that is removed from the back of the head. Then our highly trained and experienced technicians use stereoscopic microscopes to prepare the follicular units. These high-powered microscopes are essential for cutting premium grafts and eliminating the possibility of damage to surrounding follicles.
The angle in which the graft is placed is a crucial element of the transplant, so that the transplanted hairs appear like the native hair.
Graft Orientation
Looking at natural growing hair, the follicular units appear to be lining up in a horizontal line or perpendicular to the direction the hair grows. At Gabel Hair Restoration Center, we believe that orienting the grafts in a horizontal or lateral orientation offers the most natural results, allowing Dr. Gabel to achieve the highest graft density as well as a more natural appearance.
Because the follicles lie side by side instead of behind one another, the hair looks much thicker due to the support of the hair behind it. This random arrangement of hair prevents light from shining through the scalp because it is blocked by the hair behind it, producing an appearance of thicker, denser growth.
Because the slits are horizontal or lateral, the graft can only grow in the exact angle that the blade was placed into the scalp. This means that every graft is angled precisely at the exact and proper orientation to the scalp. The only movement of the graft is from side to side, permitting more variability and irregularity to the hairs, diffusing light and thus appearing denser.
When closely examined, the new transplanted hair will grow in the same orientation as found in nature. And since the density of a good hair transplant is only about 50% of your normal density, it is important that the surgeon is skilled at placing the grafts to create the illusion of normal density.
High Density Graft Placement
More is better! This statement serves as the foundation for modern hair transplantation and should always be referred to when making decisions regarding hair restoration surgery. The only way to obtain a natural looking transplant is to perform high-density hair transplantation. This requires the surgeon to place at least 40 - 60 follicular unit grafts per square centimeter in the central scalp and 60 - 90 follicular unit grafts in the fontal hairline.
In order to create a natural hairline, single hair follicular units are transplanted along the front of the hairline for approximately 0.5 - 1 cm. This type of placement produces a soft look to the hairline.
Immediately behind the single hair grafts is the placement of the two hair follicular unit grafts, using high density graft placement techniques to produce a transition zone between the soft hairline and the dense central scalp.
At the central scalp region, follicular units of three and four hairs are placed to create a fuller, more natural looking appearance.
Through these principles, and orienting the grafts in the proper plane, the end result will appear virtually undetectable and natural.