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The ARTAS Experience

 


 

Deciding to have a hair transplant procedure is an important, life-changing decision. Understanding the details of the ARTAS® Robotic Procedure will help you determine if it is right for you. You will need to know what to expect before, during and after the procedure, as well as when you can expect to see results.
The ARTAS Robotic Procedure was designed with you in mind. Developed with leading hair transplant physicians and researchers, this state-of-the-art technology was created to eliminate the guesswork and fatigue associated with manual handheld methods, along with the scarring, complications and downtime of existing invasive surgical techniques. Unlike older transplant methods, no stitches are required, rendering your procedure nearly undetectable. You can now expect natural-looking results without the side effects and recovery times resulting from older techniques. Overcome the negative stigma associated with traditional hair transplants and reap the benefits of this revolutionary, physician-controlled technology.
During the initial stage, hair is selectively harvested with robotic precision providing consistent graft dissection. Advanced robotics provide speed and harvesting accuracy unavailable with manual handheld techniques.
The ARTAS System uses Recipient Site Making to implement your treatment design which is carefully created with the ARTAS Hair Studio Technology. Using the process of robotic Recipient Site Making, the ARTAS System protects your existing, healthy hair. Survival and growth rates of the transplanted hair depends entirely on the meticulous creation of these robotic recipient sites.

How Will You Look?

The ARTAS Hair Studio® Technology is a 3D photograph based simulation of your potential procedure results. During your consultation, your clinician will work to design your personalized cosmetic hair pattern and illustrate different options, showing you various graft counts and hair distribution, with your direct input. The same ARTAS Hair Studio Technology is used to create your robotic Recipient Site Making treatment design which is then transferred to the ARTAS Robotic System for implementation.

Day of the Procedure

Most ARTAS Robotic Procedures start in the morning and end in the afternoon. Wear comfortable clothes and bring a loose-fitting hat to wear home after your procedure.

During the Procedure

During the ARTAS Robotic Procedure, you will be seated and the physician and clinical team will do everything they can to ensure your comfort. A local anesthetic will be used while you remain awake and alert during the procedure. Most patients describe their experience as virtually pain-free.
The physician-assisted ARTAS® Robotic System will use advanced algorithms to select the best hairs for harvesting, while preserving the natural look of your donor area. Your aesthetic design from ARTAS Hair Studio is delivered to the robot for Recipient Site Making. Your hair is then transplanted into thinning areas.
There will be time for breaks during the procedure, so you should expect to have a pleasant experience throughout the process.

After the Procedure

You will be able to return home immediately after the procedure. Your clinician will instruct you on how to care for your newly transplanted hair. Most people will sleep comfortably without pain immediately post-procedure and will return to their regular activities in a few days.

Your New Hair Growth

Follow your clinician’s instructions on how to shampoo and care for your hair. Your newly transplanted hair, like the rest of your hair, grows steadily over time. After a few months, you will begin to see new hair growth. Around six months, you will start to notice significant growth. Your hair will continue to grow in the treated areas over time. You will be able to take care of your newly transplanted, permanent hair as you normally would.
[calltoaction]To learn more about our Robotic Hair Transplant Services, please contact us (817) 473-2120 or email appointments@markbisharamd.com to schedule an appointment.[/calltoaction]

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Frequently Asked Questions
 On The ARTAS® Robotic Hair Transplant

How does the ARTAS Robotic Procedure work?

The ARTAS Robotic Procedure is a minimally invasive hair restoration solution that leverages digital imaging and precision robotics to harvest healthy grafts for transplantation. Unlike the earlier methods of hair restoration, there is no need for the surgical removal of a band of tissue from the back and sides of the head, no linear scar left after surgery and no need for stitches or staples to close the wound. The benefit is a quick recovery time and the ability to return to normal activities and work sooner.

Should I cut my hair before treatment?

Yes. Trimming your hair in the donor area allows the ARTAS Robotic System to accurately visualize, track and harvest each grouping of hairs. You will receive instructions on having your hair cut shorter in preparation for your ARTAS Robotic Hair Transplant.

How will my hair look after the ARTAS Robotic Hair Transplant?

The ARTAS Robotic Hair Transplant provides extremely natural looking results. After the procedure, you are able to wear your hair any length or style with confidence.

How is the ARTAS Robotic Hair Transplant different than “Hair Plugs”?

Old fashioned “hair plugs” included the harvesting of large patches of hair that resulted in an awkward and unnatural appearance once implanted. In the ARTAS Robotic Procedure, hairs are harvested in their natural groupings and then transplanted individually by your physician. Individual transplantation provides you with the look you desire, including a great looking hairline and a fuller head of hair.

Are ARTAS Robotic Hair Transplant results permanent?

Yes. The ARTAS Robotic Hair Transplant uses your own permanent growing hair, typically from the back of your head, and your physician then implants this hair to the thinning areas of your scalp. As this hair is not susceptible to the conditions that cause male pattern baldness, transplanted hair will last a lifetime.

How long does it take to recover and heal?

Recovery time with the ARTAS Robotic Hair Transplant is less than with most surgical cosmetic procedures. As there is no surgical incision or stitches required with the ARTAS Robotic Hair Transplant, healing time is short, and you can usually go back to your daily activities after a day or two. Some doctors schedule a follow up visit the morning after the procedure to examine your scalp and to teach you how to take care of your newly implanted hair.

When will my new hair start to grow?

Transplanted hair grows naturally in phases. New hairs are seen about three months after the procedure, and will continue to increase over the course of a full year. At approximately six months, you will enjoy a noticeable improvement and after a full year, you will see final results.

Will people know I have had a hair transplant procedure?

With the ARTAS Robotic Hair Transplant, any scarring is minimal and is nearly undetectable. Your new hair grows in gradually, reducing the chance that people will notice the procedure. Your friends and family will comment that you look better, but the results from your hair transplant are subtle and natural.

Does the ARTAS Robotic Hair Transplant procedure hurt?

The ARTAS Robotic Hair Transplant, an outpatient procedure performed in the doctor’s office, requires only a local anesthetic. The patient feels virtually no pain. Some patients can experience minor discomfort and swelling post-procedure, which subsides in one to three days.

Will there be visible scarring in the donor area?

Because the ARTAS Robotic System selectively harvests individual hair groupings rather than removing a large area of scalp requiring sutures, there is minimal scarring in the donor area. Hair can be worn fashionably short, or in longer styles, whatever you prefer. You’re not limited by having to cover scarring from strip surgery.

What is the price of the ARTAS Robotic Hair Transplant?

Treatment costs will be determined during your consultation with your doctor and depend on the amount of new hair that you desire. Discuss the procedure pricing with your doctor, as some doctors may offer payment options.

How long does the ARTAS Robotic Hair Transplant procedure take?

The ARTAS Robotic Hair Transplant usually takes from four to eight hours as determined by your doctor to achieve your hair restoration goals. You are comfortably seated during the process, and the doctor and staff are there with you to maximize your comfort throughout the procedure.
[calltoaction]To learn more about our Robotic Hair Transplant Services, please contact us at (817) 473-2120 today to schedule an appointment.[/calltoaction]

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ARTAS Hair Studio Increases the Amount of Hair Transplanted

Recently, Restoration Robotics launched  ARTAS Hair Studio.  This state of the art product allows the patient and surgeon plan and produce a simulation of a possible outcome.  Although this product has some limitations to the realistic look of the transplanted hair, it does allow for a formal interaction between the surgeon and the patient that spawns more thought into the over- all operative goal and leads to increased numbers of hairs being transplanted.

The most common cause of dissatisfaction of hair transplant patients in my practice and in patients that come to me from other practices is that they didn’t get the thickness that they wanted.  The ARTAS Hair Studio allows the patient to “Test Drive” their appearance and modify the operative plan under the guidance of the surgeon.  It becomes the surgeon’s ethical and responsible role to provide guidance on safe and age appropriate hairline design, donor capacity, and realistic expectations on social and physiologic downtime.  The ARTAS Hair Studio becomes paramount providing a sneak preview to esthetic results that vary with amount of hair.
Put together with a well informed consult discussing preventative hairless measures backed by randomized double-blinded placebo controlled trials, the ARTAS Hair Studio is quickly becoming the standard of care in hair restoration planning and patient education.
ARTAS Hair Studio also integrates directly with the robot and becomes the operative plan for the patient ensuring that the patient is receiving exactly what he is intending to recieve.
For a consultation please call 817-473-2120 or email appointments@markbisharamd.com.  Skype and other internet-based consultations are available.
Mark A Bishara M.D., P.A. and Paragon Hair Clinics care for patients world-wide.
Dr. Mak A Bishara, M.D. P.A. performs robotic follicular unit graft selection for residents living around Mansfield, Southlake, Dallas, Arlington, Fort Worth, and surrounding the DFW area in North Texas.

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Robotic Hair Transplant Pioneer Introduces Automated Graft Selection

https://www.prweb.com/releases/robotic-hair-transplant/bernstein-medical/prweb12539444.htm​
Robotic Hair Transplant Pioneer Introduces Automated Graft Selection

Dr. Robert M. Bernstein, Clinical Professor of Dermatology at Columbia University and founder of Bernstein Medical – Center for Hair Restoration, introduced robotic follicular unit graft selection using the ARTAS® Robotic System at the 2015 ARTAS User Group Meeting in Newport Coast, CA. By automatically selecting follicular units with two or more hairs, the robot can harvest the number of donor hairs needed to achieve the greatest cosmetic benefit in the transplant while creating the least amount of wounding to the scalp.
 


Dr. Bishara’s office locations in Mansfield and Southlake, TX have also added this important step in the Follicular Unit Extraction (FUE) procedure, a step that until now needed to be performed by hand. The goal of the new function is for the robot to automatically obtain the maximum number of donor hairs with the least amount of wounding and the greatest cosmetic benefit for the patient.  Dr. Bishara is the only doctor in Texas that offers Graft Site Selection.
How Does it Work?
Using robotic graft selection, the hair restoration surgeon programs the ARTAS robot to harvest follicular units which contain two or more hairs by selectively skipping over the 1-hair units. Using its advanced optical guidance system, the robot orients itself to the scalp by way of special markings on a tensioner, a plastic frame-like device that is positioned on the donor area. The software then rapidly analyzes each graft and selects the appropriate ones for extraction. It then dissects these follicular units from the surrounding scalp tissue.
The Importance of Graft Selection in FUE
In FUE hair transplant procedures, the surgeon wants to harvest as much donor hair as possible while leaving the fewest number of wounds. To minimize the number of wounds, you would want to extract only the units that contain the largest amount of hair. However, smaller grafts of 1-hair are typically needed to create a natural-looking hairline and temples. By selecting and extracting larger grafts first, and then extracting smaller ones only as needed, surgeons can both minimize wounding and harvest an adequate number of follicular units of varying size so as to enhance the cosmetic benefit of the procedure. Smaller grafts can be generated by dividing the larger grafts without increasing the donor wounding.
This News is brought to you courtesy of Dr. Bishara and The Paragon Plastic Surgery & Med Spa

 

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ARTAS SYSTEM VS. NEOGRAFT?

ARTAS System vs. Neograft?

When you look at the chart below, keep in mind that a great result depends largely upon the surgeon, his training, and the skilled people who support his surgical efforts. The ARTAS® robotic system is an invaluable, timesaving tool. The computer system provides your surgeon with 3-D images of your scalp. The images guide the staff to the best areas for harvesting hair follicles. Using the ARTAS® system provides your surgeon the time to precisely create your new, natural hairline.
Neograft is a device that uses a sharp punch to isolate grafts and a suction mechanism to extract them from the scalp. Both the sharp punch and suction are felt by many doctors to cause more injury to the follicles than the blunt dissection technique (used by the ARTAS robotic system for FUE). In addition, the Neograft is a hand-held device that, unlike the ARTAS, is not an image-guided robotic system and, therefore, lacks the precision of the latter technique.
This Information is brought to you courtesy of Dr. Mark Bishara and The Paragon Plastic Surgery and Med Spa in Mansfield and Southlake, TX
Please also visit our Facebook page at Paragon Plastic Surgery and Med Spa

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