Q: I am preparing for FUT surgery and read about scalp laxity exercises. Will they better prepare me for my hair transplant? – O.U.
A: For the majority of patients, there is enough scalp laxity so that exercises are unnecessary. If a patient’s scalp becomes too tight for FUT, we would switch to FUE. On occasion, after multiple FUT procedures, if the scalp is snug and FUT is still desirable, then scalp laxity exercises can be useful.
Posted byRobert M. Bernstein, MD, New York, NY, [email protected]
The goals of most improvements in hair transplant techniques over the past 50 years have been to make donor harvesting less invasive, to increase accuracy for optimized growth, to generate grafts in a size that mimics nature, and to create recipient sites that result in natural hairlines that are aesthetically pleasing, but undetectable as a restoration.
One of the self-limiting factors in hair restoration, particularly follicular unit extraction (FUE), is that it has traditionally been subject to error caused by fatigue and other limitations of the human operator. This is a fundamental reason why the introduction of robotic technology for performing critical aspects of the FUE procedure has been such a game changer. In the hands of an experienced hair surgeon, the ARTAS™ Robotic Hair Transplant System is a powerful tool for creating natural and reproducible outcomes.
With the latest version of the platform, the recently released 9x upgrade, Restoration Robotics™ has engineered a faster and more accurate system for hair restoration. The improved accuracy of harvesting and shortened procedure increase graft viability. The smaller needles reduce scarring for a faster return to normal activity while allowing patients to wear shorter hairstyles.
Norman Orentreich is widely credited with introducing the concept of “donor dominance” in the 1950s—the idea that transplanted hair continues to display the same characteristics of the hair from where it was taken. ((Orentreich N: Autografts in alopecias and other selected dermatological conditions. Annals of the New York Academy of Sciences 83:463-479, 1959.)) This means that continued growth at the recipient site is predicated on harvesting viable hairs from the donor site. In other words, the genetics for hair loss reside in the follicle rather than in the skin. However, due to limitations in graft harvesting technology, cosmetic outcomes of early transplant procedures were often unsatisfactory.
The large scars associated with early “hair plug” techniques were largely eliminated by the introduction of mini-grafts in the 1970s. ((Rassman WR, Pomerantz, MA. The art and science of minigrafting. Int J Aesthet Rest Surg 1993;1:27-36.)) This was followed by micro-grafts of 1-2 hairs. Mini-micrografting could be repeated hundreds or even thousands of times to cover large areas of baldness—but early manual techniques for doing so often yielded inconsistent graft quality and still resulted in scarring on the patient’s scalp, albeit less noticeable than previously. ((Rassman WR, Carson S. Micrografting in extensive quantities; The ideal hair restoration procedure. Dermatol Surg 1995; 21:306-311.))
In follicular unit transplantation (FUT), introduced in 1995 by Bernstein and Rassman, individual follicular units were dissected from the donor strip and became the new building blocks of the hair transplant. ((Bernstein RM, Rassman WR, Szaniawski W, Halperin A. Follicular Transplantation. Intl J Aesthetic Restorative Surgery 1995; 3: 119-32.)) Importantly, proper execution of FUT required the use of a stereo-microscope, a technique that was pioneered by Dr. Limmer. ((Limmer BL. Elliptical donor stereoscopically assisted micrografting as an approach to further refinement in hair transplantation. Dermatol Surg 1994; 20:789-793.)) FUT/strip became popular because it produced completely natural results with minimal recipient site scarring and could be used to cover large areas of the scalp.
A limitation of FUT, however, was that patients often needed to wear longer hair styles to cover the linear scar in the donor area. Nevertheless, FUT improved graft viability, consistency, and naturalness compared to mini-micrografting, and it remains in use today as an option for patients who want to maximize hair yield and are not concerned about the linear scar.
In the mid-1990s, Dr. Woods began using a small punch-like instrument to create small, circular incisions in the skin around follicular units, separating them from the surrounding tissue. The follicular units are then pulled, or extracted, from the scalp, leaving tiny holes that heal in a few days. Dr. Woods was reluctant to share his techniques with the medical community; in 2002 Drs. Rassman and Bernstein, working with Columbia University, developed their own technique and published it in Dermatologic Surgery. The procedure then spread rapidly, and now over half of all hair transplant procedures performed today worldwide utilize FUE techniques. ((Rassman WR, Bernstein RM, McClellan R, Jones R, et al. Follicular Unit Extraction: Minimally invasive surgery for hair transplantation. Dermatol Surg 2002; 28(8): 720-7.))
A major advance to the FUE technique came with the two-step process devised by Dr. Harris. In his technique, a sharp punch was first used to score the surface of the skin and then a dull punch was used to dissect deeper into the tissue to avoid transection of follicles. This two-step technique was to become the basis for the future mechanism of robotic FUE. ((Harris JA. The SAFE System: New Instrumentation and Methodology to Improve Follicular Unit Extraction (FUE). Hair Transplant Forum Intl. 2004; 14(5): 157, 163-4.))
FUE procedures allow recipients to wear shorter hairstyles due to the absence of a linear scar in the donor area, and they can typically return to physical activity sooner than after FUT. Yet, inherent difficulties in performing FUE, namely the requirement of keeping the follicular extraction instrument parallel and oriented along the axis of the follicle through the length of the graft, make it a technically challenging procedure. The introduction of the ARTAS Robotic Hair Transplant System in 2011 changed that dynamic by offering precision, control, and repeatability in follicle harvesting. Because it manages the exacting and repetitive work of extracting hundreds to thousands of grafts in a single session, physician fatigue and error are minimized. The potential to transect or damage the hair is reduced, and graft viability is increased.
The first iteration of the ARTAS robot helped deliver accuracy and reproducibility in the form of a physician-assisted, computerized device with a three-dimensional optical system to locate and harvest follicular units directly from the donor area. By 2013, robotic recipient site making was added to help make the sites more uniform in depth and distribution and to avoid existing, healthy hair. Upon the recommendation of Dr. Bernstein, the manufacturer added another important upgrade in 2016 with a graft selection algorithm to select follicular units for harvesting based on the number of hairs they contain, producing greater hair density while leaving fewer scars in the donor area. ((Bernstein RM, Wolfeld MB. Robotic follicular unit graft selection. Dermatologic Surgery 2016; 42(6): 710-14.))
Restoration Robotics recently released the 9x ARTAS Robotic Hair Transplant System, the latest generation of its platform. It is faster and more accurate than previous versions and has better functionality. It also has improved artificial intelligence (AI) that reduces the potential for over-harvesting and enhances capabilities in recipient site making.
The easiest feature to appreciate with the 9x is that its raw speed is approximately 20% faster than the 8x. This is achieved by faster alignment with follicles, without sacrificing any precision in the approach angle for harvesting. The 9x features a dissection cycle of less than 2 seconds, meaning it can safely harvest roughly 1,300 grafts per hour—while still analyzing the scalp in micron-level precision. As with previous ARTAS versions, the cutting action is a two-step process, with an inner needle engaging the hair while the blunt outer punch separates the follicular unit from the remaining tissue.
Faster overall dissection is achieved with the 9x because the robot moves from one to the next follicle unit by skimming over the surface of the scalp, rather than retracting away from it between harvests.
The increased precision of the ARTAS 9x allows for the use of smaller needles for harvesting in appropriate candidates. The initial ARTAS system could only be used with a needle/punch apparatus that cut 1.0mm on the surface. The next iteration used a needle and punch of 0.9mm at the surface. The 9x has a 0.8mm option to allow very short hairstyles, although care should be taken in patient selection as there is less tolerance with a smaller punch.
The optics of the 9x have been completely reconfigured to use white LED illumination versus red, which allows extraction while harvesting without eye fatigue. The 9x is also easier to operate with some key features: a 1” extension on the robotic arm for longer reach and less need to reposition the patient; a smaller robotic head to permit acute angles of approach for harvesting; additional site making options, such as the ability to change the orientation (i.e., from sagittal to coronal) in different zones on the scalp; and a harvesting halo that is faster to apply and more comfortable for the patient.
One of the more impressive aspects of working with the ARTAS System in hair restoration procedures is its already powerful AI. This feature makes it possible to detect select follicle units for harvesting. It also gives the platform the capability to automatically adjust the angle of approach, thereby reducing the potential to transect the hair follicle during harvesting.
One of the major upgrades in the 9x is the addition of an “empty site warning” that signals the operator that the harvest is not precise, allowing for adjustments in real-time. This builds on the already intuitive and user-responsive interface to add further quality control. Automatic scar detection has also been added so that the robot will skip over low-density areas to have more uniform harvesting. This is particularly important to our practice where we specialize in repair and corrective procedures.
The ARTAS platform is integrated with ARTAS Hair Studio™, an app-based technology with which the surgeon can consult with the candidate to simulate the final outcome. The ARTAS Hair Studio is also used by the physician to design the pattern for recipient site creation. With the 9x, Hair Studio has been upgraded so that instead of stitching together multiple photos to create a three-dimensional representation of patient’s scalp, it does so in a single photograph, making it faster and more efficient.
What is fundamental to understand about the 9x upgrade is that many of the additions have been specifically engineered based on user feedback, my own included. Restoration Robotics continues to work closely with physician users to understand needs in the clinic to produce a platform for hair restoration that is responsive to needs of the end user and the end beneficiary (the patient). In my hands, the 9x takes and makes an already powerful tool for hair restoration even faster and more accurate.
The statements, views, opinions, and analysis concerning Restoration Robotics and its technology expressed in this article are solely mine and are not intended to reflect the statements, view, opinions, and analysis of Restoration Robotics.
Posted byRobert M. Bernstein, MD, New York, NY, [email protected]; Michael B. Wolfeld, MD, New York, NY, [email protected]
Disclosure: Drs. Bernstein and Wolfeld hold equity interest in Restoration Robotics, Inc. Dr. Bernstein is on its medical advisory board.
Since the publication of “What’s New in Robotic Hair Transplantation” (Hair Transplant Forum Int’l. 2017; 27(3):100-101), there have been important improvements to the robotic system in both its incision and recipient site creation capabilities. These advances fall into four overlapping categories:increased speed, increased accuracy, increased functionality, and improved artificial intelligence (AI). The overlap occurs since improvements in functionality, accuracy, and AI can also increase the overall speed of the procedure. A faster procedure decreases the time grafts are outside the body and allows the physician to perform larger cases without placing additional oxidative stress on the follicles.
The speed of the robot has increased through faster and more precise alignment with the hair in the follicular units.
The robot also saves a significant amount of time by staying closer to the scalp (approximately 2mm) while moving from unit to unit, rather than retracting after each harvest. By shortening the distance the robotic arm moves between incisions, the dissection cycle has decreased to less than 2 seconds, giving the robot a raw speed over 2,000 grafts per hour. In a clinical setting, this enables harvesting of up to 1,300 grafts per hour.
Although the obvious way to increase speed is to simply make the robot go faster, there are limitations to this, as it would decrease the ability of physicians to make real-time adjustments to the system. The robot has an automatic feedback loop that makes intra-operative modifications as the harvesting proceeds, and this significantly decreases the need for human intervention. However, when there is scarring or other situations of excessive patient variability, it is necessary for occasional “tweaking” (particularly of punch depth) to achieve an optimal outcome. In these situations, faster robot speed may be counterproductive.
With this in mind, new ways have been found to speed up the procedure without limiting the operator’s ability to respond. One has been to change the color of the light emitted by the optical system. In the past, a beam of red light illuminated the fiducials that the robot uses to guide the robotic arm, but the glare of this light is very difficult on the eyes.
FIGURE 1. Yellow fiducials and white light guide incision.By enabling the optical system to read “eye-friendly” white light, the surgical team is now able to remove grafts as soon as they are separated from the surrounding tissue, rather than having to wait for an entire grid to be finished.This allows the two steps in follicular unit excision—the graft separation from surrounding tissue (incision) and the actual removal (extraction)—to proceed in parallel, rather than in series, in order to decrease operating time.
The new optical system also enables the robot to recognize the tensioner from a distance. Previously, the physician had to manually bring the robot toward the scalp (a step called “forced drag”), until the robot was close enough to recognize the fiducials on a grey-colored tensioner. This now happens automatically, with the robot recognizing a yellow tensioner from a distance and then homing in on the fiducials as it moves closer to the scalp, eliminating the time needed for the extra step (Figure 1).
FIGURE 2. 3-D image for site creation using one photoRecipient site creation has been a significant new capability of the robotic system. The advantages of robotic site creation include the ability to avoid existing terminal hair (minimizing injury) and to create new recipient sites in a precise distribution that complements the existing hair. A limitation of this technology is that the physician needs to develop a 3-D computer-based model of each patient’s scalp to communicate the transplant design to the robot. The old model required the fusion of 5 two-dimensional images, a process that required a significant amount of time. The newest iteration can build a three-dimensional model using only one image, greatly decreasing the time needed for this important step (Figure 2).
There has been a recent trend in FUE towards using smaller punches. Although these authors feel that in many cases the increased risk of transection from smaller diameter punches outweighs the benefit of reduced wounding and concomitant smaller scars, it is important that the robot has this capability for physicians who prefer these punches.
The sharp/blunt system in the original robot (released in 2011) used a 1.0mm sharp pronged needle that penetrated the skin about 1mm and was immediately followed by a rotating, dull punch with a slightly larger diameter that went deeper into the scalp. The current system includes a 0.9mm needle that is the workhorse for most cases. With refinements in the optical system, the needle/punch diameter was able to be reduced further. The new needle option is 0.8mm.
The needle has also been redesigned so that the physician can choose between 2 and 4 prongs, with the former being preferable in softer tissue and the latter in firmer skin or scarred scalp (Figures 3 through 6).
FIGURE 3. 1.0, 0.9 and 0.8mm needles
FIGURE 4. Recipient wounds: 0.8mm (left) and 0.9mm (right)
FIGURE 5. 0.8mm needle: 1-, 2-, 3- , and 4-hair follicular unit grafts
FIGURE 6. 0.9mm needle: 1-, 2-, 3- , and 4-hair follicular unit graftsIn prior iterations, when the robotic arm was in a position that was too cramped and from which it could not automatically recover, the user needed to go through a six-step manual process using a stand-alone pendant to guide the robot to a neutral “safe” position.
FIGURE 7. Compact robotic head The Arm Brake Release is a new functionality that places a single button on the arm that, when pressed, quickly moves the arm away, allowing the operator to readjust the patient’s position.
Modifications of the robotic arm (which give it greater reach) and changes to the robotic head (which reduce its bulk) enable the robot to access a much greater area of the scalp without the need for repositioning the patient. This reduces a significant amount of procedural time as well. Another advantage of the smaller head is that the robotic arm can approach the patient at more acute angles without collision, adding more flexibility to both harvesting and site creation (harvesting to 35°, site making to 30°). The more acute angles required a redesign of the headrest so that the arm would have unimpeded access to the scalp (Figure 7).
FIGURE 8. Universal blade holderPrior iterations of the robotic system used hypodermic needles of varying sizes (18g-21g) for recipient site making. In response to the wide range of physician preferences, the robot now has a universal holder that can accommodate almost any type of site making tool. These include square-tipped blades, angled blades, and chisel and spear point blades, as well as the original hypodermic needles. These can be easily interchanged during the procedure (Figure 8).
FIGURE 9. Automatic scar detectionAn automatic collision recovery system will automatically retract the robotic arm if the arm approaches the patient at an angle that is too acute, or cramped to operate, or if any part of the robot (other than the operating tip) inadvertently touches the patient. Once retracted, the patient can be repositioned so that the FUE session can proceed.
One of the frustrations of FUE is the occasional empty site that represents either a graft that was pushed too deeply into the scalp or one that was completely removed. The new empty site warning icons complement physician observation by using color-coded symbols (green, yellow, and red) to alert the doctor to the occurrence of empty sites.
Finally, the ARTAS software can now automatically detect regions with low (or no) hair density and block those areas from being harvested. This capability decreases human error and saves time by automatically performing a function that prevents creating zones with very little or no hair coverage (Figure 9).
In sum, new improvements in the speed, functionality, accuracy, and artificial intelligence of the robotic system have significantly shortened the duration of the overall procedure. Besides being more convenient for patients and more expedient for the operating physician, the shortened operating time decreases the time grafts are outside the body, an important factor in ensuring optimal growth of the transplanted hair.
Posted by Robert M. Bernstein, MD, New York, NY; William Rassman, MD, Los Angeles, CA
Hair Transplant Forum International 2018; 28(1):6
Robert M. Bernstein and William R. Rassman began a chain of responses
to this change of nomenclature:
This article on FUE ((Mejia, R. MD, Florida, J, USA. Redefining the “E” in FUE: Excision = Incision + Extraction. Hair Transplant Forum International 2018;28(1):1,5–11.)) name change adds significant clarity to the nomenclature of hair transplantation. Renaming Follicular Unit Extraction to Follicular Unit Excision acknowledges two distinct steps — incision and extraction — that will make communicating with our patients easier and more concise. It will also allow clinicians and researchers to think more clearly about the two steps of FUE, both separately and together, when addressing such issues as transection, suction injury, punch design, automation, and robotics. Although Shakespeare aptly pointed out that at times a name can be quite irrelevant: “What’s in a name? That which we call a rose by any other name would smell as sweet” [Romeo and Juliet, II, ii, 1-2], in this case the important change in wording should have lasting significance.
For further information read the ISHRS newsletter on the updated terminology.
Posted byRobert M. Bernstein, MD, New York, NY, [email protected]
The past 25 years have produced incredible advances in hair transplantation and these advances seem to be accelerating. The 1,200+ members of the ISHRS, many of whom are active in meetings, workshops, and publishing, are surely the driving force of this change. The Forum’s ability to distribute information quickly to its membership has been a great enabler in this regard. The inspiration for the recent advances seems to be a response to the challenges presented by follicular unit extraction (FUE), which now makes up over half of all hair transplants performed worldwide and whose popularity—mostly patient-driven—continues to rise.
The challenge of FUE is the fragility of the harvested grafts (compared to those that are microscopically dissected from a strip). The cause of the increased fragility can be divided into two, somewhat interrelated, categories. The first is intrinsic to the FUE process itself and the second is more technically dependent.
The first issue is that current FUE procedures separate the follicular units from the surrounding connective tissue on the sides, but not at the base. Therefore, when the follicular units are removed from the scalp, either by forceps or by suction, the bulbs of the grafts are often left exposed (the pant-leg phenomena). This can be mitigated with improved dissection techniques, but not entirely avoided, and the ability to manually free up (dissect) the base of the unit becomes more problematic with the trend towards smaller FUE grafts.
A solution for the first problem has been to protect the delicate FUE grafts better once they are outside of the body. Improved holding solutions have helped in this area. The main insight has come from the knowledge that the practice of chilling grafts in saline or lactated Ringer’s to slow their metabolism also shuts down the cell’s ATP pumps. This allows Na+ to freely flow into the cell risking injury from intracellular edema. The use of holding solutions containing macromolecules, which keep water out, and the addition of ATP to provide energy directly to the cells, can potentially increase the survival of these more fragile grafts.
Another way to protect these follicular units is with the use of mechanical implanters. Although first introduced several decades ago, the demand for FUE has created a revival in this technology. A recent study has attested to their effectiveness in protecting FUE grafts. Fortunately for patients, improved holding solutions and the use of implanters can benefit those having both FUE and FUT procedures.
The second problem in FUE is the reliance on the visual cues provided by the exiting hair and/or the “feel” of the tissue to estimate the position of the underlying follicles. These hairs not only curve and splay outward in the deep dermis and subcuticular space, but they also follow a different overall direction than the hair on the surface of the skin. The lack of visibility and the difficulty for the cutting tools to account for the variable path of follicles under the skin make transection a significant issue.
There have been a multitude of FUE devices created to solve the risk of transection. The development of the sharp/ blunt technique that became the basis of the S.A.F.E. System (and which was later incorporated into the ARTAS Robot) was a particularly creative way to overcome the problem. The Trumpet Punch, with its splayed distal end and oscillat- ing motion, was another clever technique designed to miti- gate transection. Some form of dermal illumination or other means of subcuticular “visualization” would, of course, be helpful as well.
With 1,200+ pairs of eyes now focused on these issues, progress in our field is sure to accelerate even more. Perhaps the technologies will eventually coalesce around a single solution that will solve the complex problems of hair restoration surgery or multiple techniques will remain. We look forward to reading the Forum over the next 25 years to find out!
Posted byQ: I was thinking of having an FUE hair transplant procedure done in Turkey, but I am concerned that it will be done with just technicians. Any thoughts? — E.E. ~ Mount Vernon, N.Y.
A: I do not have first-hand information on the clinics in Turkey, but there is a recent “Letter to the Editor” in Hair Transplant Forum International, the official publication of the “International Society of Hair Restoration Surgery” that you might find informative. From the article:
“In Turkey, there are 300 FUE clinics in Istanbul alone but, unfortunately, at only 20 of them are operations are done by doctors. We do not exactly know how many of those 300 clinics have legal permissions, but we know very well that an average of 500-1,000 FUE operations are done per day.”
If you would like to read the entire article, the reference is: A Report from Turkey – the situation in a top FUE destination. Hair Transplant Forum International July/August 2017 p 162.
Posted byRobert M. Bernstein, MD, New York, NY, [email protected]; Michael B. Wolfeld, MD, New York, NY, [email protected]; Jennifer Krejci MD, San Antonio, TX, [email protected]
Disclosures: Dr. Bernstein and Dr. Wolfeld hold equity interest in Restoration Robotics, Inc. Dr. Bernstein is a medical consultant to the company and is on its medical advisory board.
Since the introduction of robotic FUE technology over five years ago, there have been numerous upgrades to the system. The current paper describes the most recent advances. These include a more user-friendly interface, the ability to select for larger follicular units, greater range-of-motion of the robotic arm, improved methods for stabilizing the scalp and newly designed needles for more accurate harvesting.
The ARTAS Robotic System, developed by Restoration Robotics Inc., was first available for commercial use in 2011. Continued improvements in both its hardware and software have made it an increasingly valuable tool for physicians performing follicular unit extraction (FUE). Over 180 hair restoration surgeons world-wide currently use robotic technology to assist them in their FUE procedures. Recent advances in the robotic system have increased its speed and precision and new modifications have made it more user-friendly. The robotic system can be used for both harvesting and site creation. This writing focuses on improvements to robotic graft harvesting.
Fig 1. Touchscreen user interfaceThe robotic system is an interactive, computer-assisted suite of hardware and software that uses optical-guidance robotics to identify and isolate follicular units in the donor area and create sites for grafts in the recipient area. In the earlier iterations, doctors used a mouse to control the operations of the robot. This required the physician to be seated with one hand resting on the mouse and slowed down the procedure. A touch screen has been developed to make operating the robot more intuitive and to speed up the ability to make real-time adjustments while the physician is standing and observing the patient. Most of the controls are aggregated to one area on this screen for ease of use. The touchscreen can be used alone or with the traditional mouse and keyboard, depending upon the user’s preference. (Figure 1.)
Fig 2. Follicular unit graft selectionThe follicular unit (FU) graft selection capability of the robotic system has been added to enable physicians to select follicular units based on hair content. The physician now has the option to harvest larger follicular units and skip over smaller ones, particularly one-hair units. The purpose is to harvest the most hair through the smallest number of wounds. FU graft selection has two main benefits: 1) It can generate a greater number of larger FU grafts to maximize the fullness of the restoration, and 2) it can be used to harvest larger FUs that can be microscopically dissected to generate a greater number of smaller grafts with a minimal number of donor wounds. Skipping over one-hair follicular units increases the number of hairs per graft by 11.4% with the one-pass method (selecting for FUs with 2 or more hairs) and 6.6% with the two-pass technique (adding a second pass to harvest 1-hair FUs skipped in the first pass) compared to a random selection of grafts. ((Bernstein RM, Wolfeld MB. Robotic follicular unit graft selection. Dermatologic Surgery 2016; 42(6): 710-14.)) (Figure 2.)
The tensioner is a compressible, polycarbonate device that is used to assist the vision system and to stretch and stabilize the skin prior to extraction. Fiducials, on the top of the tensioner’s rectangular surface, are used by the robot’s optical system to orient the arm for harvesting and to record the location of previously harvested grafts. (A fiducial is a marker placed in the field of view of an imaging system for use as a point of reference or a measure.) The undersurface has pins that grip the skin. (Figure 3.) The tensioner is compressed with a handle placed on the donor scalp and then allowed to passively expand, stretching the skin. (Figure 4.) It is secured with elastic straps to the patient’s headrest. (Figure 5.)
Fig 3. Pins on undersurface of tensioner
Fig 4. Tensioner with locking tool and standThe re-designed tensioner tool has a thumb-activated catch and release mechanism, so that once the tensioner is grasped, constant pressure is not needed. This makes it easier to operate and places significantly less stress on the physician’s hands. It also allows the tensioner and handle to be loaded and placed on a stand that holds the instrument and protects the pins when not in use. This keeps the handle in a position to be grabbed easily. (Figure 4.) The handle can thus be set up in advance, increasing the speed of this step of the procedure.
Fig 5. Double-notched halo to secure elastic strapsThe tensioner is held in place by 1) pins that grip the skin, 2) the recoil of the compressed tensioner, and 3) elastic straps that are stretched and secured in grooves located on the base of the headrest and/or on a halo device. The advantage of a halo is that the forces are lateral (rather than downward) and thus more comfortable for the patient. It also causes less torque on the tensioner, allowing it to better follow the contour of the patient’s scalp. A newly designed halo has a double-notch and central protuberance that makes the bands more secure and enables the physician to more rapidly secure the bands using one hand. (Figure 5.)
Fig 6. One-inch spacer to increase range of motionA one-inch extension of the robotic arm allows the instrument to harvest at a more acute angle than was previously possible. It also increases the range of motion of the robotic arm. It is particularly useful when harvesting on the sides and lower occipital regions of the scalp. The greater reach increases the number of grafts that can be harvested without repositioning the patient, thereby saving operating time and leaving the patient undisturbed. (Figure 6.)
Glare can interfere with the optimal functioning of the optical system. It may be caused by the light of the needle mechanism or the natural light of a bright operating room. When glare is present, it affects how the system identifies the hair and can prevent the system from recognizing hair that would be eligible for harvesting. With improved digital image processing, the system can better visualize existing hair, even in areas of glare within the grid. As a result, the number of grafts harvested per grid is increased.
For the robotic arm to engage with the donor scalp, it must be aligned with the fiducials on the top of the tensioner. In the past, this alignment had to be performed manually. The new “Assisted Force-Drag” technology enables the robot to self-align to the tensioner as soon as the fiducials are detected by the vision system. This feature obviates the need for the manual step and allows for an overall faster workflow.
Fig 7. Bands on 2- and 4-pronged needlesThe robot uses a two-step, sharp/blunt punch technique based on the ideas of Dr. Jim Harris. Puncture depth bands enable the robot’s computer to measure the depth of the needle (punch) in the scalp. The robot then uses this information to improve the accuracy of the subsequent puncture. Puncture depth band detection may be affected by the presence of blood, hair, and shadows from the tensioner. Improved algorithms that guide PD band detection have increased its accuracy by 9% compared to earlier versions, even in the face of these artifacts. (Figure 7.)
The robot was initially designed with a two-pronged, sharp-punch. The advantage of this design was that the long prongs were able to anchor lax skin. A disadvantage was that it was less efficient when the scalp was tighter, or more fibrotic, and when the arm had to operate at a more acute angle to the surface of the scalp. To mitigate this limitation, a 4-prong needle was developed. The 4-prongs allow for cleaner incisions with better anchoring to tissue at acute angles. This advance results in improved yield, especially in areas below the occiput and on the side of the head. It is also more effective in patients with tougher tissue. (Figure 7.) A 3-pronged needle is currently being developed for tight and/or fibrotic skin as well as lax skin.
Fig 8. 6-mm punchThe original robotic system used a 4-mm rotating dull-punch to dissect the body of the graft from the surrounding tissue. The limitation of this design is that it was less effective in patients with longer hair follicles (i.e., greater than 4.5mm). With longer hair follicles, the collar of the 4-mm punch pushed on the skin and, as a result, splayed the grafts and/or bent the bulbs.
The new punch is 6-mm tip-to-shoulder so that full dissection of longer follicles can be accomplished with less distortion of the skin. This modification avoids damage to the lower portion of the grafts. (Figures 8, 9.).
A host of new modifications are in the pipeline. In addition to the 3-prong needle, a color camera is being developed that allows the robot to read white-light. This will make the operating field easier on the eyes (compared to the current red lights). Other advances include improved dissection, a smaller punch (0.8mm), an automatic scar detector, a 20% increase in harvesting speed, the ability for physicians to harvest at an angle as low as 30 degrees from the scalp, and several advances that will make site creation more user-friendly.
Posted byQ: My hair is starting to thin in the front, but it is not yet bald. I have been going back and forth about whether to get a hair transplant or use Propecia. I’m not sure what my first step should be. What do you think? — N.K. ~ Pleasantville, N.Y.
A: In general, patients who are thinning, but not actually bald, should begin with combined medical therapy (finasteride and minoxidil) for at least a year prior to considering surgery. In many cases, with this regiment, surgery can be postponed or even avoided completely. Unfortunately, some patients cannot tolerate finasteride or choose not to take it due to concern about potential side effects. Minoxidil, although useful, does not significantly alter the long-term course of hair loss when used alone.
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Dr. Bernstein was featured in a wide-ranging interview published in the New York City-based, Japanese language magazine NY Japion. Among the topics discussed were the differences between FUT and FUE hair transplants, updates on robotic hair transplant technology, the type of procedure most beneficial for Asian patients, criteria that determine candidacy for a hair transplant, and more. Below are some selections from the interview.
On FUT vs FUE:
FUT is more economical than FUE and also more beneficial for patients who wear their hair longer. However, if your plan is to have the option of wearing your hair short, FUT is not for you. That is because with FUT you will have a fine linear scar after the donor area (the area where strip is removed) is sutured, and this may be seen visible with short hair.
On robotic FUE hair transplantation and the ARTAS Robot:
In the case of ARTAS, an advanced camera system and a computer analyzes images of the scalp and calculates angle and direction of individual hairs, hair density and number of hairs in each follicular unit instantly. Then, based on that calculation, the computer controls the punch so that it goes into the skin at the right angle and depth so that it will not damage hair root and/or surrounding tissues. So far, 135 systems of ARTAS have been installed worldwide. About half of them are in the United States and 11 are in Japan. Currently, 5% of hair transplant treatments are performed with ARTAS worldwide.
On which type of hair transplant is more beneficial for Asian people:
FUE is especially good for Asians, including Japanese. With Asians, scars tend to widen. In addition, Asians usually have coarse hair that grows more perpendicular to the skin than in Caucasian scalps, so a linear scar in the donor area (using FUT) may be more visible — especially if the hair is worn short.
On who is a good candidate for a hair transplant:
Some people are candidates for hair transplantation, but some are not. Since a hair transplant uses a patients’ own hairs and relocates them from the permanent zone in the back of the scalp to areas that are thinning or bald, it is necessary that patients have good and sufficient hairs for that.
On the appropriate age to consider hair transplant surgery:
Hair transplants are not for young people since their future balding is so difficult to predict. Young patients should not consider hair transplant as a technique to prevent hair loss. Prevention is best accomplished by medications. The most effective are Propecia (finasteride) and Rogaine (minoxidil). These medications do have some side effects that need to be considered before starting. In general, hair transplant surgery should not be performed for people under 25. There are exceptions, but I prefer for patients to wait until 30 and over.
Dr. Bernstein’s wife Shizuka Bernstein was born in Tokyo, and the two travel to Japan frequently. Shizuka is a master-aesthetician and owns an award-winning day spa by Rockefeller Center in New York City called Shizuka NY. Shizuka developed her own line of skin-care products based on powerful natural anti-aging ingredients and pure Mt. Fuji spring water. She has been seen on CNN, CNBC, Fox News, The Today Show, The Early Show, CBS’s The Doctors, and E!’s red carpet special leading up to the Primetime Emmy Awards.
Posted byQ: How can I better understand how I will look after my hair transplant before I actually do the procedure? — E.M. ~ Wantagh, N.Y.
A: A key part of a hair loss evaluation is for the doctor to manage the patient’s expectations for possible benefits from both medication and surgery. The way we decide how to plan a hair transplant is through a careful history and examination, demarcating the extent of the hair transplant on the patient’s actual head and photographing it. When showing other photo results to patients, it is important to not only show before and after photos of the recipient area but also of the donor area; how the back of the head looks immediately after the procedure, at post-op intervals, and at different hair lengths. Most importantly, one should point out that every patient is different so that a picture of another person does not necessarily represent what you might achieve.
After years of jokes about his continually receding hairline, LeBron James, basketball superstar and winner of two NBA championships and four NBA Most Valuable Player Awards, stunned the sports world on September 16th, 2014 when he revealed a newly restored hairline while promoting his new LeBron 12 shoe at Nike World Headquarters.
Folks are now asking – where, when and how did LeBron get that great new hairline?
While no one knows for sure (and LeBron, so far, hasn’t said a word), Katie Nolan, the host of FoxSports.com’s No Filter, rejects the idea that LeBron’s new life in Cleveland is less stressful than it was in Miami and that’s what allowed his hairline to return. Instead, she strongly suspects that it is the result of an advanced surgical hair restoration technique called Follicular Unit Extraction, or FUE, which produces hair transplant outcomes that look completely natural.
She also suspects the use of low-level laser therapy (LLLT) which new research has shown to be an effective treatment for male and female pattern hair loss.
Katie Nolan breaks it all down for you in her No Filter segment below, “LeBron James unveils his new hair (and some shoes).”
Read about FUE Hair Transplants
View Before & After Photos of some of our hair transplant patients
Posted byDr. Robert M. Bernstein has been included in New York Magazine’s annual ‘Best Doctors’ issue for the 15th consecutive year. Dr. Bernstein, a Clinical Professor of Dermatology at Columbia University, is a world-renowned hair transplant surgeon and pioneer of robotic hair transplant procedures.
New York, NY — Robert M. Bernstein, MD, MBA, FAAD, a Clinical Professor of Dermatology at Columbia University in New York and a pioneer of modern hair transplant procedures, is honored to be included in New York Magazine’s annual ‘Best Doctors’ issue for the fifteenth consecutive year.
Dr. Bernstein’s two decades of innovation in surgical hair restoration and dedication to his patients at Bernstein Medical – Center for Hair Restoration have earned him placement in the 2014 edition of the peer-nominated ‘Best Doctors’ issue. The respect his colleagues have for his work stems from his leadership and dedication to advancing and improving surgical hair restoration procedures.
When asked about being included in his fifteenth consecutive issue of ‘Best Doctors,’ Dr. Bernstein said:
“As a physician, my singular focus is on providing patients with the best options for hair restoration and performing transplant surgery using the most advanced technologies. That my work is recognized by the medical community is both an honor and a testament to how far the field of hair transplantation has come since the days of the older, less-natural procedures.”
Dr. Bernstein’s latest work is in developing new applications for robotic hair transplant procedures. In addition to being among the first in the world to incorporate the ARTAS® robotic system into his practice, Dr. Bernstein was the first to describe Follicular Unit Transplantation (FUT) and Follicular Unit Extraction (FUE) into the catalog of medical literature. He has authored over 60 publications in scientific journals. These writings have fundamentally transformed the hair transplant procedure from older “plug procedures,” into a modern technique that uses precise robotic technology to extract individual follicular units from the back of the scalp. A recent historical review of dermatologic surgery published in the Journal of the American Academy of Dermatology recognized Dr. Bernstein’s work in FUT and FUE as allowing “the once elusive goal of a completely natural-looking hair transplant to finally be achieved.”
New York Magazine’s ‘Best Doctors’ issue is a special annual edition of the acclaimed magazine which contains a directory of the New York area’s best physicians selected by Castle Connolly, Ltd. Physicians throughout New York, New Jersey and Connecticut are nominated by their peers as part of their survey and must also pass a rigorous physician-led review of the doctor’s qualifications, reputation, skill in diagnosis and treating patients.
About Robert M. Bernstein, M.D., F.A.A.D.
Dr. Robert M. Bernstein’s published articles on Follicular Unit Transplantation have been called “Bibles” on that methodology. He has received the Platinum Follicle Award, the highest honor in the field, and has been named the Surgeon of the Month and Pioneer of the Month by the International Society of Hair Restoration Surgery (ISHRS). Dr. Bernstein has appeared as a hair restoration expert on many notable television programs and in many news and lifestyle publications over the years. Examples include: The Oprah Winfrey Show, The Dr. Oz Show, The Today Show, Good Morning America, ABC News, CBS News, New York Times, Wall Street Journal, Men’s Health Magazine, and more. He is also co-author of Hair Loss & Replacement for Dummies. Dr. Bernstein graduated with honors from Tulane University, received the degree of Doctor of Medicine at the University of Medicine and Dentistry of NJ, and did his training in Dermatology at the Albert Einstein College of Medicine. Dr. Bernstein also holds an M.B.A. from Columbia University.
About Bernstein Medical – Center for Hair Restoration
Bernstein Medical – Center for Hair Restoration, the facility Dr. Bernstein founded in 2005, is dedicated to the diagnosis and treatment of hair loss in men and women using the most advanced technologies. The state-of-the-art facility is located in midtown Manhattan, New York City and treats patients from around the world. In 2011, Bernstein Medical became one of the first practices in the world to offer Robotic FUE procedures using the image-guided, computer-driven technology of the ARTAS Robotic System. Bernstein Medical is a beta-testing site of the robot’s new capability including the creation of hair transplant recipient sites. The board-certified physicians and highly-trained clinical assistants at Bernstein Medical take pride in providing the highest level of treatment and care for all patients.
Posted byQ: I received radiation therapy to my scalp two years ago to treat a brain tumor. I lost my hair during treatment and it has not grown back. The doctors said that this treatment might result in permanent hair loss. Is a hair transplant a viable option after radiation treatment? — K.G., Darien, C.T.
A: Unlike chemotherapy which generally causes a reversible shedding of hair (called anagen effluvium), radiation therapy can cause both reversible shedding and the permanent loss of hair follicles (scarring alopecia). Hair can be successfully transplanted into these scarred areas – but there must be enough donor hair to do so. If the radiotherapy was localized, a hair transplant procedure is often quite effective – although several procedures may be required to achieve adequate coverage of the irradiated areas.
Posted byQ: I am having a facelift next month and also want to have a hair transplant soon after. How long should I wait between procedures? — S.H., Boston, M.A.
A: Although it would be possible to do a hair transplant as soon as a week after a face or brow lift, ideally one should wait at least three months between procedures for the following reasons: 1) there will be less tension in the donor area and, therefore, it will be possible to harvest more grafts, 2) if there is any shedding from the facelift it will make the planning of the hair transplant more difficult, 3) it will leave the option of adding hair, in or around, any problematic surgical scars, and 4) will provide the ability to add hair to any area of thinning that might result from the facelift.
Posted by
The 12th edition of Castle Connolly’s America’s Top Doctors includes Dr. Bernstein for his work in hair transplant surgery and hair restoration. The list of doctors represents just the top 1% of medical specialists in America.
America’s Top Doctors is a national guide that identifies more than 6,800 of the top medical specialists in the United States. The physicians are listed within 63 medical specialties and subspecialties for the care and treatment of more than 1,600 diseases and medical conditions. Doctors are organized geographically within each specialty/subspecialty.
To develop the list of the best doctors in America, the publication surveyed over 230,000 medical specialists, department chairs, residency program directors, vice presidents of medical affairs and presidents of the nation’s leading medical centers and specialty hospitals. Any nominated physician then was subjected to a review process that included, among other factors, scrutiny of medical education, training, hospital appointments, administrative posts, professional achievements, and malpractice and disciplinary history.
Dr. Bernstein has been included in New York Magazine’s “Best Doctors” issue and Castle Connolly’s America’s Top Doctors for the past 12 consecutive years.
Posted by
Dr. Schweiger lends his expertise on hair loss in women and cosmetic hair extensions in a segment on PIX 11 television. The interview with Dr. Steve Salvatore focused on the pitfalls of using some types of hair extensions, or using them improperly.
Hair extensions can result in undesirable bald patches caused by traction alopecia, which is hair loss due to a constant tugging on hair follicles.
Read the transcript of the interview below:
Posted byDr. Steve: Dr. Schweiger, there are two types of hair extensions, tell me about those. The permanent and temporary type.
Dr. Schweiger: There are permanent and temporary. The temporary are just that. They are clip-on hair extensions, they’re meant to be used for weddings, special occasions, to test out a new hair style. And they are generally the safer of the hair extensions.
Then there are permanent hair extensions, and there are different types. One permanent type you actually sew into the hair.
Dr. Steve: So you sew it into the existing hair, not the scalp, but the existing hair.
Dr. Schweiger: Exactly, into the hair.
And the other types are either glued or they use metal clamps to put it into the hair and they stay in for anywhere from 1 month to 3 months at a time.
Dr. Steve: So what are the problems that you have with the… I mean, obviously the clip-on ones are probably fine, right? But these other ones, the more permanent ones, what are the problems you run into.
Dr. Schweiger: The main problem that we’re seeing in patients is what’s called traction alopecia. And traction alopecia can come from tight braids or tight hair extensions and it leads to hair loss. Alopecia is just the medical term for hair loss. We’re seeing young patients who are using these products to look better, actually ending up with bald patches and looking worse.
[……]
Dr. Steve: So, obviously you think that the temporary ones are better. What’s the treatment for something like that.
Dr. Schweiger: The first thing, [which] is obvious, is take out the hair extensions. And then go see your doctor to assess the damage. Oftentimes, time will grow back the hair, if not, we can use injections of cortisone. The last line is hair transplant surgery, which a lot of people don’t know is an option. With a hair transplant, we take out a long strip of hair in the back of the scalp, and we dissect it into slivers, then into individual hairs. Then, actually, place them in the balding area to bring back the hair.
Dr. Steve: And the good thing about that is it’s not the old transplants of the past that look like little cornrows. It really does look great. Dr. Schweiger and Chioma, thanks so much for coming. Really appreciate it.
Dr. Robert M. Bernstein, pioneer of the follicular unit transplantation and follicular unit extraction hair transplant procedures, was selected as one of New York metropolitan area’s top physicians.
New York, NY — Robert M. Bernstein, M.D., F.A.A.D., world-renowned pioneer of the Follicular Unit Transplantation and Follicular Unit Extraction hair transplant techniques and founder of Bernstein Medical – Center for Hair Restoration, was included in New York Magazine’s Best Doctors issue for the twelfth consecutive year.
Dr. Bernstein, a Clinical Professor of Dermatology at Columbia University in New York, said that he is honored to be recognized again for the Best Doctors issue. He said, “My inclusion in the Best Doctors issue for the twelfth year in a row is a testament to the hard work and dedication of my staff, our consistently high quality of care, and our passion for treating patients who are struggling with hair loss.”
The New York Magazine Best Doctors issue is an annual compilation of physicians that is based on a peer-review survey conducted by Castle Connolly Medical Ltd., a research company that publishes Top Doctors: New York Metro Area. Each year, medical professionals in the New York metropolitan area nominate their choice of the best doctors in a field. The physicians make their recommendations based on several criteria including: professional qualifications, reputation, skill in diagnosis, and skill in providing treatment for patients.
Dr. Bernstein, a New York native, is a true innovator in the field of hair restoration. His medical publications on follicular unit transplantation (FUT) and follicular unit extraction (FUE) have revolutionized hair transplantation and provide the foundation for techniques in use by hair transplant surgeons across five continents. His medical practice has been solely devoted to the treatment of hair loss since 1995 and he has provided hair loss treatments and hair restoration surgery at his state-of-the-art hair restoration facility in New York City since 2005. The Bernstein Medical – Center for Hair Restoration, located in midtown Manhattan, is dedicated to the diagnosis and treatment of hair loss in men and women and specializes in both restorative and corrective hair transplants.
Dr. Bernstein has appeared on a wide variety of notable media programs and publications. Some of these include: The Oprah Winfrey Show, The Dr. Oz Show, The Today Show, Good Morning America, ABC News, CBS News, Fox News, National Public Radio, New York Times, Men’s Health Magazine, GQ Magazine, Univision, Telemundo, “O” the Oprah Magazine, and more. He is co-author of Hair Loss & Replacement for Dummies and The Patient’s Guide to Hair Restoration.
Posted byQ: I hear you leave staples in sometimes up to three weeks after a hair transplant. Why do you leave staples in that long? – M.C., Boca Raton, FL
A: My reason for leaving some staples in longer is that the tensile strength of the wound continues to increase (significantly) during the first three week period after surgery — actually, it will continue to gain strength for up to one year post-op. To give the wound the best chance to heal, on average, I take out alternating staples at 10 days and the remaining staples at 20 days.
Although patients do complain that they are uncomfortable, removing half at 10 days offers enough relief for those who are bothered by them. The advantage of leaving the staples in longer is that the wound heals with a finer scar. And for patients who are very active, it allows them to resume activities more quickly. For each patient, I modify the time left in by surgery, length of incision, tension, and also the patient’s needs and ability to have them removed.
In contrast to sutures, staples do not leave any track marks and do not need to be removed as quickly. Sutures can also damage the surrounding hair by strangulating the follicles. Staples are interrupted (placed individually), so they don’t cause damage to the follicles adjacent to the wound edge.
Read more details about our use of surgical staples on the Donor Area page.
Posted byQ: I have read your page on robotics in hair restoration and am interested in learning more. Are there any updates in the development of the system you mentioned? — W.T., London, UK
A: Restoration Robotics, Inc. — based in Mountain View, CA — has spent the last few years developing and testing a robotic hair transplant device for follicular unit extraction (FUE). The ARTAS™ robot system has recently received 510(k) approval from the Food and Drug Administration, meaning that the company may now begin marketing the system for use in hair restoration clinics.
The FDA classifies the device as a “computer assisted hair harvesting system” and describes it as being used to identify and extract follicular units and to help the surgeon do the same during hair transplantation.
The ARTAS™ robot consists of a computer assisted station with needle mechanism, force sensor, robotic arm, and video imaging system. The software that runs the instrument helps the surgeon target follicular units for extraction and also uses stereoscopic video images to guide the needle mechanism and robotic arm.
We will update you as more information becomes available about the ARTAS™ system and Restoration Robotics.
See a photo of the ARTAS robot and stay on top of developments by visiting our Robotic Hair Transplantation page
Posted byRobert M. Bernstein, M.D., F.A.A.D., Renowned Hair Transplant Surgeon and Founder of Bernstein Medical – Center for Hair Restoration in New York, is Studying Four Applications of ACell MatriStem™ Extracellular Matrix in a Type of Hair Cloning, Called Hair Multiplication, as well as in Current Hair Restoration Procedures.
New York, NY (PRWEB) March 15, 2011 – Robert M. Bernstein, M.D., F.A.A.D., Clinical Professor of Dermatology at Columbia University in New York and founder of Bernstein Medical – Center for Hair Restoration, has been granted approval by the Western Institutional Review Board (WIRB) to study four different applications of the ACell MatriStem extracellular matrix (ECM) in hair restoration.
Hair Cloningwith ACell MatriStemTwo of the studies include its use in a type of hair cloning, called hair multiplication, where plucked hairs and transected follicular units are induced to generate new hair-producing follicles. The other two areas of study include evaluating the use of the ECM in current hair transplant procedures to enhance hair growth and facilitate wound healing.
Approval by the WIRB allows the researchers to conduct double-blinded, bilateral controlled studies. Controlled studies are the best way to increase the objectivity of the research and insure the validity of the results.
“The medical research we are performing is important because it may lead to hair multiplication as a way to increase a person’s supply of donor hair. In this way, patients would no longer be limited in the amount of hair which can be used in a hair restoration procedure,” said Dr. Bernstein. “Additionally, in the near-term, the extracellular matrix may be able to improve the cosmetic benefit of current hair transplant procedures. We are simultaneously pushing the boundaries of hair cloning methods and follicular unit transplantation.”
Hair multiplication, a variation of what is popularly known as hair cloning, is a procedure where partial hair follicles are stimulated to form whole follicles. These parts can either be from hairs derived from plucking or from follicles which have been purposely cut into sections. Generally, damaged follicular units will stop growing hairs. However, there is anecdotal evidence that an extracellular matrix applied to partial follicles may stimulate whole follicles to grow and, when applied to wounds, may stimulate the body’s cells to heal the damaged tissue.
This new medical research also attempts to show that ACell can improve the healing of wounds created when follicular units are harvested for hair transplant surgery. Currently, in follicular unit hair transplant procedures, a linear scar results when a surgeon incises the patient’s scalp to harvest follicular units. Occasionally, this scar can be stretched, resulting in a less-than favorable cosmetic result. If ECM can induce the wound to heal more completely, the linear scar may be improved. The extracellular matrix may also benefit general hair growth in hair transplantation in that the sites where hair is transplanted, called recipient sites, can be primed with ECM to encourage healthy growth of the hair follicle.
Dr. Bernstein is known world-wide for pioneering the hair restoration procedures of follicular unit transplantation (FUT) and follicular unit extraction (FUE). Follicular units are the naturally-occurring groups of one to four hair follicles which make up scalp hair. These tiny structures are the components which are transplanted in follicular unit hair transplants.
While hair cloning has been of great interest to hair restoration physicians and sufferers of common genetic hair loss, the method by which this can be achieved has yet to be determined. The use of ACell’s extracellular matrix to generate follicles is a promising development in achieving this elusive goal. In addition to the longer term implications of using ECM in hair multiplication, its impact on hair restoration will be more immediate if it can be proven effective when used in current FUT procedures.
About Dr. Robert M. Bernstein:
Dr. Bernstein is a certified dermatologist and pioneer in the field of hair transplant surgery. His landmark medical publications have revolutionized hair transplantation and provide the foundation for techniques used by hair transplant surgeons across five continents. He is respected for his honest and ethical assessment of a patient’s treatment options, exceptional surgical skills, and keen aesthetic sense in hair transplantation. In addition to his many medical publications, Dr. Bernstein has appeared as a hair loss or hair transplantation expert on The Oprah Winfrey Show, The Dr. Oz Show, Good Morning America, The Today Show, The Discovery Channel, CBS News, Fox News, and National Public Radio; and he has been interviewed for articles in GQ Magazine, Men’s Health, Vogue, the New York Times, and others.
About Bernstein Medical – Center for Hair Restoration:
Bernstein Medical – Center for Hair Restoration is a state-of-the-art hair restoration facility and international referral center, located in midtown Manhattan, New York City. The center is dedicated to the diagnosis and treatment of hair loss in men and women. Hair transplant surgery, hair repair surgery, and eyebrow transplant surgery are performed using the follicular unit transplant (FUT) and follicular unit extraction (FUE) surgical hair restoration techniques.
Contact Bernstein Medical – Center for Hair Restoration:
If you are a journalist and would like to discuss this press release, please email us or call us today (212-826-2400) to schedule an appointment to speak with Dr. Bernstein.
View the press release at PRWeb.
Posted byQ: If a person is graying on the top and sides and you do a hair transplant from the back, will the top look darker after the hair restoration? — W.C., Houston, TX
A: The hair is taken from the back and sides of the scalp and the follicular units, once dissected from the donor strip, are randomly inserted into the recipient area. That way, the color of the harvested hair will be mixed and will match perfectly.
Usually, people’s hair is lighter on the top because of the sun, so when you move the hair from the back and sides to the top, it will actually lighten to match the surrounding hair, if it didn’t match already.
For further reading on how your hair performs after a transplant, visit the Growth After Hair Transplant topic.
Posted byQ: I am considering having a hair transplant. Does my hair need to be cut? — I.S., New York, NY
A: In all hair transplant procedures, we are able to transplant into areas of existing hair without it having to be cut. The question of whether hair needs to be cut in the donor area depends upon the way the donor hair is obtained (harvested).
With a Follicular Unit Hair Transplant procedure using single strip harvesting method (FUT), only the strip of hair that is removed needs to be cut. When the procedure is finished, the hair above the incision lays down over the sutured area and it becomes undetectable.
In Follicular Unit Extraction (FUE), particularly in sessions over 600 grafts, large areas of the donor area must be clipped short (to about 1-2mm in length) in order to obtain enough donor hair.
View our page on the Pros & Cons of FUE hair transplantation
Posted byQ: Can I sleep as I normally do after a hair transplant? — G.C., Los Angeles, CA
A: We ask that you sleep on your back, with your head elevated on a few pillows. By raising your head, the pillows decrease any swelling that normally occurs after the hair transplant. We also use a small injection of cortisone given in the arm to help decrease swelling.
For detailed information on caring for your scalp after a hair transplant, visit our After Hair Transplant Surgery page.
Posted byQ: After my hair transplant procedure I had some shock loss, and then after about 4 1/2 to 7 months I had tremendous growth — really thick. I was amazed actually. Now, at 8 months it has thinned again, quite a lot compared to the growth I had before. I just wondered if this was a normal growth pattern and whether further growth could be expected? — N.T., Brooklyn, NY
A: This is not the most common situation, but should not be a cause for concern. The newly transplanted hairs are initially synchronous when they first grow in — i.e. they tend to all grow in around the same time (with some variability). This is in contrast to normal hair, where every hair is on its own independent cycle. Sometimes the newly transplanted hair will shed at one time before the cycles of each hair become more varied asynchronous.
For continued discussion of this topic, visit our page on hair growth and the growth cycle. Or read posts in the topic of Growth after a Hair Transplant.
Posted by
CBS News’ The Early Show has picked up the “balding buzz” that first started to grow when the National Enquirer reported that New England Patriots star quarterback Tom Brady is seeking advice on how to treat his hair loss.
Like the New York Daily News did recently, CBS turned to Dr. Bernstein for his expert medical opinion on Brady’s hair loss.
The Early Show website features the story. Here is a snippet:
Dr. Robert M. Bernstein, clinical professor of Dermatology at Columbia University, told CBS News, “It looks like Tom Brady is starting to comb his hair forward and he has some recession in his temples, so those are kinds of signs that he starting to lose his hair.”
And if Tom Brady is in fact “folically challenged,” he has plenty of company. By middle age, “Early Show” co-anchor Erica Hill reported, about 50 percent of men experience hair loss. And there are plenty of receding hair lines in Hollywood to comb through for advice. John Travolta is rumored to wear a hair piece, while Bruce Willis and tennis great Andre Agassi fully embrace their losses with clean-shaven heads. But for younger guys, like Prince William – only 28 and thinning – a bald head might not be the best bet.
Brady’s hair loss likely stems from androgenetic alopecia, or genetically inherited male pattern baldness.
If you are also “folically challenged,” then you are in good company. Check out some before and after hair transplant photos of patients at Bernstein Medical – Center for Hair Restoration or before and after hair restoration photos of our patients who are treating their hair loss exclusively with Propecia and/or Rogaine hair loss medications.
Read the report on The Early Show website.
Posted by
New England Patriots quarterback Tom Brady has a multimillion dollar contract, a supermodel wife, and not one, not two, but three Super Bowl rings.
He also has androgenetic alopecia, otherwise known as genetically inherited male pattern baldness, and future prospects of being a balding celebrity. Or does he?
An article in the New York Daily News reports that Mr. Brady has consulted with a hair transplant physician about his hair loss. The Daily News interviewed both Dr. Bernstein and a patient at Bernstein Medical – Center for Hair Restoration for the article. Here is a snippet:
“Look at me – I look awesome now,” said Bob, buttressing his claims with before-and-after pictures that show a full head of hair where once it grew only in patches.
Dr. Robert Bernstein restored Bob’s hair. The doc’s customers swear only their hairdressers know for sure they had it done.
Asked how Brady might fare, Bernstein said that judging by recent photos, it appears “he has good growth” and enough [donor] hair for a successful transplant.
When asked about why his results stand up to close scrutiny, Dr. Bernstein said:
“Hair grows in natural groupings of one to four hairs […] By following the way hair grows in nature, we can produce natural results.”
Read more about Hair Loss Genetics or some additional articles in Hair Loss Genetics News.
Read the full article at the Daily News.
Photo c/o: NY Daily News/Townson/AP
Posted byQ: I heard that there have been some new advances in hair cloning and that it may be available sooner than we thought. I was planning on doing a hair transplant soon. Considering that hair cloning may be available at some point in the future, should I do FUE or FUT, or wait for cloning? — K.R., Fort Lee, NJ
A: Although there has been a major development in hair cloning with the use of ACell, an extracellular matrix to simulate hair growth, the model, at this point, is still in its earliest stages of development. It is hard to know when the technology will reach a state where it can be useful in hair restoration.
With respect to which you should do FUE or FUT if, theoretically, cloning is around the corner, the answer would be FUT, since FUT will give you the fuller look.
If the goal is to eliminate any trace of the traditional hair transplant, again FUT will most likely be the best choice, since the single linear scar would be easy to camouflage with cloned hair. With FUE, this would be much more difficult, since there are literally thousands of tiny scars. However, neither FUE nor FUT will preclude a patient from fully benefiting from cloning if, and when, it becomes available.
Read more:
Posted by
Hair Loss & Replacement For Dummies, written by internationally renowned hair transplant pioneers Dr. Robert M. Bernstein and Dr. William R. Rassman and published in 2008, is one of the best hair loss and hair transplant resources available for the layperson.
Now it is also one of the best resources for the layperson… who owns a Kindle wireless reading device.
The digital Kindle edition of Hair Loss & Replacement For Dummies is available for purchase and download at Amazon.com
The book dispels the many hair loss myths that proliferate on the internet, runs the gamut of hair loss treatment options, and includes crucial tips on how to avoid unscrupulous hair transplant doctors and potentially harmful products.
For more on the book, visit the Hair Loss & Replacement For Dummies page in the Resources section of our website.
Posted byQ: Is it correct that the hair transplant surgery lasts about eight hours or if there is a range, what is that generally? — M.R., Montclair, NJ
A: The range is about 5 to 8 hours. For a completely bald person, it would be in the higher range. Keep in mind that the person is just relaxing, watching TV or dozing off. The time goes by quickly for the patient. Since there is no general anesthesia, there is no medical risk for this relatively long procedure.
To review the procedure in more detail, please visit our Overview of FUT Hair Transplant Procedure section; which includes details for before, during, and after the hair transplant. View the Overview of FUE Hair Transplant Procedure section for details on the follicular unit extraction procedure.
Posted byQ: I am a 34 year old male and my dermatologist prescribed Propecia for me today. Most of my hair loss is at the hairline, but there is some loss on top as well. It’s not bad, I just want to stay ahead of it. If I get a transplant I want to get it at your clinic, but I will give the Propecia a try first. I am going to be overseas for a couple of months starting this Sunday and I was wondering about the necessity or desirability of having someone measure my hair density prior to starting the Propecia. Would you advise waiting to start the Propecia until I come back in two months and having my density examined at your clinic? — M.R., Great Falls, Virginia
A: I would start Propecia as soon as possible. What is important for a hair transplant is the density in the donor area and this is not affected by Propecia (or minoxidil). Your donor density can be measured anytime at an evaluation prior to surgery. If you want to wait to see the effects of Propecia prior to the hair transplant, you really should wait a year; since growth, if any, can take this long. If you just want to have Propecia on board for the hair restoration procedure, or to make sure you don’t have side effects, then generally a month will do. If you would like to do a photo consult through our website to get some preliminary information about how many grafts you might need, you can do that at your leisure, but start Propecia now since the longer you wait the less effective it will be at regrowing hair.
Posted byQ: Is transplanted hair the same length as existing hair? — G.E., Buckinghamshire, UK
A: The hair is first clipped to about 1-mm before it is transplanted. The transplanted hair will look like stubble for the first few weeks after the hair restoration procedure. It is then shed and the newly transplanted follicles go into a resting phase for about two months.
At about 10 weeks after the hair transplant, the follicles will gradually start to produce new hair. They start out as fine hair and then gradually increase in thickness and in length. The process takes about 6 months, with full growth about one year after the hair restoration procedure.
For a more detailed overview of what to watch for in the days, weeks, and months after a hair transplant, view our After Hair Transplant Surgery page.
Posted byQ: You said I was not a good candidate for a hair transplant because my donor area was too thin. Since finasteride and minoxidil can increase the thickness of the hair, could it make a hair transplant possible?
A: Unfortunately, the medication will not affect the donor area and, therefore, not make a person with low donor density a candidate for a hair transplant.
Read more about the role of the donor area in a hair transplant and the effects of finasteride and minoxidil.
Posted byDr. Robert M. Bernstein, founder of Bernstein Medical – Center for Hair Restoration, was selected by Castle Connolly as one of the New York metropolitan area’s top physicians through a peer-review survey of medical professionals.
New York, NY — Robert M. Bernstein, M.D., F.A.A.D., world-renowned pioneer of the hair transplant techniques, Follicular Unit Transplantation and Follicular Unit Extraction, and founder of Bernstein Medical – Center for Hair Restoration in Manhattan, has been included in New York Magazine’s “Best Doctors” issue for the eleventh consecutive year.
Dr. Bernstein, a Clinical Professor of Dermatology at Columbia University in New York, said he was honored to be chosen by his peers for the magazine’s special annual issue. He said, “It is a privilege to be involved in the care of treating patients struggling with hair loss and an honor to be recognized by my peers for contributions that I have made to the rapidly evolving field of surgical hair restoration.”
Dr. Bernstein has performed hair transplant surgery at his state-of-the-art Center for Hair Restoration in New York City since 1995. The practice is solely devoted to the diagnosis and treatment of hair loss in men and women and specializes in both restorative and corrective hair transplants.
The list of physicians in the Best Doctors issue is based on an annual peer-review survey conducted by Castle Connolly Medical Ltd., a research company that publishes Top Doctors: New York Metro Area. Each year, Castle Connolly distributes 12,000 nomination forms to medical professionals in New York metropolitan area. These medical industry peers are asked to nominate their choice of best doctors in a particular field and to take into account not only professional qualifications and reputation, but also skill in diagnosing and treating patients.
Dr. Bernstein has appeared on such notable programs and channels as The Oprah Winfrey Show, The Dr. Oz Show, The Howard Stern Show, The Today Show, Good Morning America, ABC News, Fox News, Discovery Channel, and National Public Radio. He also appeared in New York Magazine’s special issue Best Beauty Docs in New York, where he was included for his pioneering work in Follicular Unit Transplantation and Follicular Unit Extraction. He is co-author of Hair Loss & Replacement for Dummies: The Patient’s Guide to Hair Restoration, and numerous medical publications.
Posted byQ: I had a hair transplant about a month ago and I had scabs and some dead skin until day 16 or 17. Will that endanger the growth of the hair restoration procedure? — S.P., Hoboken, N.J.
A: No, it will not. If follicular units were used for the hair transplant, the grafts should be permanent at 10 days. After this time, you can scrub as much as you need to get the scabs off.
Read more about caring for your hair transplant after your surgery.
Posted byQ: I had a hair transplant 10 days ago and I lost some hair that looks like the hair fell out at the root. — R.A., Bronxville, N.Y.
A: When there is shedding after a hair transplant, it is the hair that is lost, not the follicle that contains the growth center (the follicle eventually produces the new hair).
Since the “hair” usually consists of a hair shaft and the inner and outer root sheaths, which creates a little bulb at the end of the hair, it looks like the hair is “falling out at the root.” Do not be concerned as this is not the growth center.
The growth center remains in the scalp and is what produces the new hair. If some grafts were to become dislodged and fall out -– which can happen the first few days after the hair transplant — there would be some localized bleeding. At 10 days the grafts cannot be dislodged, even with vigorous scrubbing.
Posted byQ: Is the hair transplant for women different from the one for men? Anything easier? Anything more difficult?
A: Women’s hairlines are far more complex than men’s as the hair in a women’s hairline often creates subtle swirls and directional changes. These must be mimicked in the surgical design for the hair transplant to look natural.
In women, we are more often working in and around existing hair, as most women that seek hair transplantation are thinning rather than bald. This slows down the graft insertion steps and makes the procedure take a bit longer compared to men.
Read more about hair loss in women or see before/after photos in our Women’s Hair Transplant Gallery.
Posted byQ: I have been reading about hair transplantation and I have a question concerning FUT (strip-harvesting). I understand, in this method, a strip is excised from the back of the scalp, the wound then closed. I wonder, then, is not the overall surface of the scalp reduced in this procedure? After two or three procedures, especially, (or even after one large session) will not a patient’s hairline also be shifted? That is, the front hairline would move back by the amount of scalp excised, or, more likely, the “rear hairline” (which ends at the back of the neck) must certainly be “moved upward.” At least, this is how I imagine it would be. Is my logic flawed? I’ve been trying to understand this in researching the procedure, but the point still evades me. — M.M., Great Falls, V.A.
A: The hair bearing area is much more distensible (stretchable) than the bald area and just stretches out after the procedure. As a result, the density of the hair in the donor area will decrease with each hair transplant session, but the position of the upper and lower margins of the donor area don’t move much – if at all. As a result, the major limitation of how much donor hair can be removed is the decreasing hair density, rather than a decrease in the size of the donor area.
With very low donor hair density the strip will yield so little hair that further sessions eventually become impractical. To say it another way, since a hair transplant decreases the donor density, in each succeeding hair transplant session, you need an increasingly larger donor strip to remove the same number of grafts.
This effect also explains why, in most instances, FUE will not allow the doctor to obtain any significant amount of additional hair, since the donor area is already too thin, and FUE would thin it further.
Posted byOur friends at the Hair Transplant Network have posted a 3-part video interview with Dr. Bernstein on YouTube for your viewing pleasure.
Watch the videos below (all three will play in order):
You can also view the videos individually on YouTube by visiting these links:
If you like the videos, visit the YouTube pages above and share them via email or a social media website like twitter or facebook. Or, log in to YouTube and add a comment.
Posted by
The American consumer’s best source for finding top medical specialists — Castle Connolly’s America’s Top Doctors — recently published its 8th Edition. Dr. Bernstein is included for his work in hair restoration and hair transplants.
The publication lists doctors who are not just top practitioners of medicine; but physicians, like Dr. Bernstein, who have continued to develop extensive expertise and knowledge in their specialty of choice. The list of doctors represents just the top 1% of medical specialists in America.
Since 2000, Castle Connolly’s physician-led team of researchers has developed and maintained a database of physicians from a wide variety of disciplines; updating the database based on doctors referred from other physicians, surveys of physicians, interviews with physicians, and extensive background checks of physicians’ disciplinary and license histories.
In addition to being considered a top doctor by being listed in Castle Connolly’s guide to medical specialists, Dr. Bernstein has been included in New York Magazine’s “Best Doctors” issue for each of the past 10 years. The doctors in the magazine’s special annual issue are selected from Castle Connolly’s America’s Top Doctors.
Posted byQ: I understand that seeing the result of a hair transplant is a process – what can I expect? — L.L., Highland Park, T.X.
A: It generally takes a year to see the full results of a hair transplant. Growth usually begins around 2 1/2 to 3 months and at 6-8 months the hair transplant starts to become comb-able.
Over the course of a year, the hair will gain in thickness and in length and may also change in character. During this time, hair will often become silkier, less kinky or take on a wave, depending upon the original characteristics of the patient’s hair.
In subsequent hair restoration procedures, growth can be slower.
Posted by
O, The Oprah Magazine featured hair loss in women in the beauty section of their March 2010 issue.
Dr. Bernstein was consulted for the article:
Hair transplant: A possibility if your hair loss is concentrated in specific areas. Hair follicles (in groups of up to four) are surgically removed from an area on your scalp where growth is dense and then implanted in the thinning patches. Since female hair loss is often diffuse, only about 20 percent of female patients with thinning hair are candidates, says Robert Bernstein, MD, a New York City dermatologist who specializes in these surgeries. (The price tag can run from $3,000 to $15,000.)
In October 2008 Dr. Bernstein appeared on the Oprah Winfrey Show, where he spoke with Oprah and Dr. Mehmet Oz about hair transplantation and gave a live demonstration featuring the hair transplant results of one of his patients.
Watch a video clip of Dr. Bernstein and Oprah discussion hair transplantation.
Read the full article at Oprah.com.
Reference:
“The Truth About Hair Loss,” “O” – Oprah Magazine, March 2010; p90.
Q: At what level of thinning should the hair transplant be done? — V.K., London, UK
A: A hair transplant should be considered in an area of thinning when:
Other factors that are important include:
Bizymoms.com, the premier work-at-home community on the Internet with more than 5 million visitors per year, has interviewed Dr. Robert M. Bernstein in order to answer readers’ common questions about hair restoration and hair loss.
Below is a sample of the interview:
Q: Who would be a good candidate for hair transplant surgery?
In general, men and women age 30 and older can be candidates, but there are a host of factors that determine if a person is a good candidate…
Q: How does hair transplantation work?
Hair removed from the permanent zone in the back and sides of the scalp continues to grow when transplanted to the balding area in the front or top of one’s head…
Q: What can be done for people dissatisfied with previous mini/micrograft procedures?
If the grafts are too large they can be removed, divided into smaller units under a microscope, and re-implanted back into the scalp (the same day)…
Q: What are the possible harmful effects of Propecia and Rogaine?
The main side effect of Propecia (finasteride 1%) is sexual dysfunction, which occurs in about 2-4% of men taking the drug. Fortunately, these side effects are completely reversible when the medication is stopped. […] The main side effect of Rogaine (minoxidil) is scalp irritation. […] Both Propecia and Minoxidil can produce some hair shedding at the beginning of treatment, but this means that the medications are working…
Q: How many grafts/hairs are needed for hair transplant surgery?
An eyebrow restoration can require as few as 200 grafts, a hairline 800 and a scalp, with significant hair loss, 2,500 or more grafts. An equally important consideration is the donor supply…
Q: What are the advanced hair transplant techniques?
Follicular Unit Transplantation (FUT), where hair is transplanted exclusively in naturally occurring follicular units, is the state-of-the art. […] A more recent means of obtaining the donor hair, the follicular units are extracted individually from the back of the scalp. This procedure, called Follicular Unit Extraction (FUE) eliminates the need for a line-scar, but is a less efficient procedure for obtaining grafts…
Q: What are the new hair restoration treatments available for men and women?
Low-Level Laser Therapy (LLLT) utilizes cool lasers to stimulate hair growth and reduce shedding of hair. […] Latisse (Bimatoprost) is an FDA approved topical medication for eyelash growth.
Go to Bizymoms.com to read the full interview.
Posted byQ: When can patients go in the sun after a hair transplant? — S.M., Glencoe, I.L.
A: Following a hair transplant, patients should protect their scalps from the sun for about a month.
This does not mean one needs to stay indoors. It just means that after a hair restoration surgery you should wear a hat or a good sunscreen when outdoors.
Sunburns on the scalp should be avoided, not just for persons having a hair transplant, but for everyone.
Posted byQ: It has been over a month after my hair transplant procedure and I am starting to get nervous. When can I expect to see some growth? — J.N., Winnetka, I.L.
A: Transplanted hair begins to grow, on average, about 10 weeks after the procedure, although this number can vary. Hair tends to grow in waves and occasionally some new hair may start to grow as long as a year after your procedure. In general, growth is a bit slower with each hair transplant procedure, although the reason for this is not fully understood.
Posted byby J. F. Fotrell
Celebrities – especially the men – are getting comfortable with the idea of surgical hair restoration and we are seeing more famous men embracing the concept every day. The truth is that the majority of men will eventually lose hair, so this is nothing to be embarrassed about. But most men don’t have to depend on their appearance to pay their mortgage bill, or to ensure that their career continues. Celebrities find themselves in a unique position in this respect, especially when the world is watching them grow up or grow old.
Celebrity hair loss is becoming an increasingly hot topic in the media. The continuing demands on celebrities to keep their good looks, seems to be of great interest to the tabloids. This is evidenced by the recent interest in the hairlines of stars like John Cleese, Mel Gibson, John Travolta, Kevin Costner, Dennis Miller, Tom Arnold, Johnny Depp, Jude Law, David Beckham and many others.
For example, a Google search for “Mel Gibson hair loss” has almost 50,000 entries. This attests to the amount of attention the media – and the public – are paying to celebrity hair restoration.
Many celebrities don’t mind their hair loss when it comes to their own personal life, but they realize that appearance is paramount in the entertainment industry. Celebs worry that their looks are important to the fans, and they seem to be right.
Chat rooms and fan sites are abuzz with the hair lines of the stars, not to mention the TV, magazines and newspapers which seem to always know when to get a picture at the right (or the wrong) time.
Often celebrities have hair transplant surgery only to satisfy the demands of their careers. Soap Opera stars for instance, need those wonderfully youthful hairlines, something that would not be in such demand with the general aging public. The hair transplant design required by someone in this profession, however, might not be appropriate for the average person.
As a result, actors sometimes need to make some compromises on long-term results in order to achieve short-term career goals.
In order to create the illusion that time has simply stood still for people in the public eye, secrecy is paramount. Cosmetic surgeons for the stars are very meticulous about maintaining privacy, and understanding the special needs of their celebrity patients.
“Though the public tends to perceive celebrities as temperamental and demanding, I have not found that to be the case. Celebrities recognize the importance of cosmetic surgery to their careers and are very pragmatic about having it done – for most it simply goes with their job.” says Robert M. Bernstein M.D., Clinical Professor of Dermatology at Columbia University in New York and founder of Bernstein Medical – Center for Hair Restoration in Manhattan.
Interest in celebrity hair transplants is not just reserved for film and TV stars, but for all kinds of professions in the public eye. Sports celebrities like Tom Brady, politicians, fashion designers, musicians, and now even top business executives recognize the importance of hair to their image.
Busy celebrities often have their PR people or handlers try to discover what their treatment options may be, but often the proper research is not done. After all, PR people are influenced by the media just like the rest of us. The far better route is the more time consuming one, where academic credentials and hospital affiliations are checked and medical publications are reviewed. Without this level of research, the search for a hair transplant surgeon can lead to some pretty bad results.
According to Dr. Robert Bernstein of the Bernstein Medical – Center for Hair Restoration in Manhattan, “Most Celebrities aren’t as concerned with how the process is done; they simply want it to be taken care of. One high profile patient of ours, however, was so curious about the process, that he actually left the surgical chair during his procedure so that he could watch how the graft dissection was done.”
In this very competitive society, youth and beauty are highly coveted bargaining chips.
One without the other can seem to be a considerable handicap. However, in the world of the rich and famous, where ones livelihood depends on physical image the stakes are even higher.
Fortunately, with modern medical breakthroughs, the image that is conveyed by a full, healthy head of hair is something that can be achieved, even by people who are not so genetically fortunate.
View before & after hair transplant photos of our patients
Read about hair transplant procedures
Read about medical hair restoration
Posted byErgin Er, et. al.
Follicular unit extraction is a technique of removing one follicular unit at a time from the donor region. The most important limitation of this hair transplant procedure is a high transection rate during the extraction process. In this clinical study, the authors transplanted different parts of transected hair follicle when harvesting with the Follicular Unit Extraction (FUE) technique. Five male patients participated in the study.
In each patient, three boxes of 1 cm2 were marked at both donor and recipient sites. The proximal one-third, one-half, and two-thirds of 15 hair follicles are extracted from each defined box and transplanted in recipient boxes. The density is determined at 12 months after the procedure.
The authors concluded that the survival rate of the transected hair follicles was directly related to the level of transection. The authors demonstrated that even though some of the transected parts of the follicles can survive after being transplanted to the recipient site, the growth rate is not satisfactory and the hair is thinner than the original follicles. As a result of this study, the researchers recommend that the hair transplant surgeon does not transplant the sectioned parts and that they should be careful with the patients whose transection rate is high during Follicular Unit Extraction procedures.
Posted by
Hair loss has a variety of causes. Diagnosis and treatment is best determined by a board-certified dermatologist. We offer both in-person and online photo consults.
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