Cosmetic Plastic Guide » Hair Transplant

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Laser Hair Transplantation: State of the Art?

Surgeryguru — Wed, 22 Jul 2009 09:42:10 +0000

It 'been a recent upsurge of interest in "laser hair transplantation" with the parallel increase in the use of lasers for a variety of cosmetic surgery. Lasers generate great enthusiasm by both doctor and patient, but that sometimes exceeded the fair value of the laser surgical instrument. An obvious example is the use of CO2 laser as a nonselective, destructive way to remove tattoos which left scarring and cosmetic deformity worse than the tattoo itself. This was subsequently replaced by pulsed lasers with specific pigment absorption (such as Nd: YAG, Ruby and Alexandrite lasers) operating on the principle of selective photothermolysis that truly benefit from treatment of these lesions. Super-and ultra-pulsed CO2 lasers are now used to replace "cold steel" in the creation of sites of transplantation of hair. But before we rush to use laser surgery for hair restoration, we must first of logic and reason of this program and then gently with the carefully controlled studies so that our patients only benefit from its use. The following discussion will address various aspects of today's laser technology in the context of recent advances in techniques of hair transplantation. The intention is to challenge the theoretical basis for the use of lasers existing loans to the question about their benefits, and propose future areas of laser research. WHAT IS A LASER hair transplant? First, it is important to clarify what is meant by "laser hair transplant." The current role of lasers is to just create holes or cracks (recipient sites) for the grafts are inserted. To consider this a "laser transplant" is to ignore the myriad of other factors that contribute to making the procedure successful. For the laser are involved in other major components of the transplant, such as collection, dissection of the graft, or placing, "laser hair transplantation" should be replaced by a "laser site created" to reflect more accurately its current role in the proceedings. A painless procedure? The claim that the transplant is a painless laser process is misleading. The lasers currently in use is "ultra – or super – CO2 laser pulses. Unlike lasers that operate from these laser selective photothermolysis to create a hole just vaporizing tissue. Since the pulse (the time is the radius at a given time) of these new lasers is extremely short, there is not much heat transfer or damage surrounding tissues. "Despite the tissue that the laser works is that nonselectively destroyed. For this reason, the laser is extremely painful, if not a local anesthetic is completely rigid application before it is used. This is not the laser is painless. The pain-free environment created by the pre-anesthesia used in all transplant procedures. Bloodless SURGERY next argue that the laser is relatively bloodless, minimize the main physiological predominantly determine the success of transplantation, namely oxygenation. The transplantation of human hair should aim to maximize the flow of blood to the implanted hair follicles, rather than reduce, and all the compromises that correct unfair oxygenation could jeopardize the survival of the transplant. Preliminary results suggest that when the laser sites, compared to the traditional, with surgery, some patients have shown less gives some laser hair grafts [1]. "Dr. Unger notes that the traditional slit-shaped dimensions with the laser, we are close to an unacceptable width of thermal damage. "Living by Khan is similar, and expresses particular concern about the growth, when the distance between the laser points are 1 mm [2]. When using the technique expanded micro-grafting, the spaces between ympäri often in this series, and the cumulative thermal damage produced in large meetings can be fatal. E 'therefore extremely important to objectively measure the effect of laser coagulation effects on supply of blood and graft survival in the definition of micro-grafting broad, since this seems to be the trend of the future [3]. As with electrosurgery, laser specifications may be changed so that there are relatively more cutting coagulation. It seems reasonable that the work will be focused in this direction, as this will reduce the thermal damage, while at the same time take advantage of the laser? Ability to make a quick, uniform fields. PROBLEMS WITH HEMOSTASISThe coagulation effect of the CO2 laser can increase the visibility during the procedure, but the application of two coats of traction on the skin and the judicious use of epinephrine may also provide hemostasis and to allow adequate visibility for both Site-targeted creative and input of graft without blood. Production Techniques cold steel errors in the recipient in the form of slits, 2-6 mm in length, or type 1. 5-5 mm in diameter, to significantly compromise the flow of blood to the recipient site, and reduce graft survival when transplants are too tight. The laser has a negative impact of the closure microvasculature. The weak growth, with older techniques have taught us that it is extremely important to preserve vascularity of the recipient, and this lesson should not be wasted when trying to increase the visibility with the laser critical, particularly when it can be done by easier. Connective tissue INTEGRETY Another problem created by the laser is to destroy the dermal collagen and elastic fibers. This effect on the recipient tissues caused a decrease in the normal elasticity of the skin and, consequently, the transplants have a greater tendency to fall out of the laser-made sites. Of course, one must ask whether it is safe graft remains sufficient to ensure optimal growth. The work has shown Beeson laser sites have more scars and necrosis 3 days after surgery and fibrosis at 2 months that the sites are made of steel [3]. The elasticity of normal skin site allows the recipient to reap the follicular and small plants in a safe place. This results in the vicinity of the sides of the plants in the dermis in the recipient, with the objective to minimize the dead space and microscopic hematoma formation, and facilitate healing. In a new approach to hair restoration surgery recently described in International Journal of Hair Restoration Surgery [4], where the actual follicular units are used as a plant, the recipient of small wounds, such as 1st 0-1. 3 mm in length, can accommodate up to four hairs. This is achieved using the anatomical proximity of each course, and throw the skin between the time of dissection. In this situation, the protection of the recipient skin elasticity is demonstrated by the fact that patients undergoing hair transplantation procedures shower and wash the area gently transplant the day after surgery without the risk of losing their grafts. Moreover, the rapid recovery may be oozing crust formation and reduction over the same period of 24 hours. When the healing is complete, there is no clinical evidence of scars, even when the scalp is shaved. LASER: new technologies for an old-style laser TECHNIQUEThe great advantage that it is assumed to have over traditional slit and punch grafting is that it can create a slit-shaped (which is more natural that looks like a hole created by a handful), while at the same time Remove the fabric like a punch to make more room for the plant, in fact, have the best of both worlds. In older technologies, which were not transplants "anatomy" of hair and has reached over a number of follicular units required recipient site because there was too much, which leads to poor healing and graft compression. The follicular transplantation, or large cracks or type must accept donor grafts. With the identification of the patient? The natural hair groupings, the prosthesis can be pre-cut to an excess of tissue among the groups, in small follicular units that can be placed in very small areas, to solve both receivers are bulky and compression. Therefore, the claim that the laser has the advantage of eliminating the recipient tissue, while the creation of a slit is not relevant in follicular transplantation. The direction of t
he laser LASER RESEARCH Future research should focus on a technology that can "read" the follicular groups "on the spot." In the field of laser donors would cut away the tissue between the follicular units with the effect of reducing the volume of transplanted skin, while maximizing the amount of hair transplanted, the production of a hair of the same groups are found in nature. In the area of the recipient, laser current use is limited to areas relatively devoid of hair, because the beam damage adjacent follicles. It is also limited in their ability to review an area already transplanted unless substantial distance between the left previous grafts. On the contrary, however, sites with a small tool steel can easily avoid existing or hair transplants, and if a follicle was "impressed" would be more likely to survive the trauma or regenerate its growth from the center. Much of today laser research has been devoted to the production of a laser scanner that has the ability to quickly produce uniform in both fields in a grid-type models or random assignment, without regard to the position of the hair [5]. To be of general value, the laser must be able to identify the existing hair and make Web sites only, in the meantime, the spaces, which require a technology that is not available. Another challenge for the laser scanner would be to compensate for variations in laser effects due to the intrinsic curvature of the skull. Not only the change of contour for the enhancement or defocus the beam by changing the actual distance, but also change the incident angle of the light source and, finally, the direction of the hair. These adjustments are now performed manually, but it is crucial to the success of a cosmetic result. There are also large variations in thickness of the scalp from one patient to another and in different regions of the scalp. The laser must be able to have at least as sensitive to human transplant can "feel" and these differences may limit the depth, savings and damage to major blood vessels and nerves. To obtain a more natural looking, modern laser should generate only one case of the model rather than an organized pattern. Finally, artistic nuances that are used to create a sensitive hair, a widow? S peak, the turbulence of the crown, or reconstruction of the temple (with sudden changes of direction principle) would be difficult to program the laser and can still be done manually. A look at current research into transplantation of human hair in the world indicate that in the near future, significant advances in surgical hair restoration can be found in the manual to automate processes, rather than by itself, the laser surgery. Mechanics tools currently being developed will streamline the entire process from harvesting the donor strip to create websites with simultaneous insertion of implants. The role lasers will play in this process is not yet clear. CONCLUSIONSAs improves laser technology, laser sites become smaller, and the problem of thermal injury is an appropriate way, the advantage to quickly produce a large number of homogeneous areas to make the laser a more valuable tool. When the laser was focused on the sector of donors, able to cut the skin from "read" the space between the natural hair units with minimal thermal damage, which will significantly change the process of transplantation and to create a topic more convincing for its use. And until such time as the laser scanner can be designed to avoid existing hair, this tool is not very versatile. We hope that this level of sophistication is not "light years away. Until then, we must be cautious and give time for science to achieve with our enthusiasm. Only when the laser power has been used successfully in all the critical elements, we can rightly use the term "laser hair transplantation. REFERENCES1. Unger WP. More information about the laser used. Hair Transplant Forum Int 1995, 6:15-16. 2nd Arnold JE. Report on the meeting ASHRS Orlando. Hair Transplant Forum Int 1995, 6:4-5. 3rd Rassman WR, Carson S. Micro grafting in large quantities. Dermatological Surgery 1995, 21:306-311. 4th Bernstein RM, Rassman WR, Szaniawski W, Halperin AJ. Follicular transplantation. Int J Aesthetic Restorative Surg 1995, 3:119-132. 5th Unger WP. Laser Hair Transplantation. Int J Aesthetic Restorative Surg 1995, 3:137-142.

Dr. Bernstein is Clinical Professor of Dermatology at the College of Physicians and Surgeons of Columbia University in New York. He is recognized worldwide for pioneering follicular unit hair transplantation. Dr. Bernstein? The hair restoration center in Manhattan dedicated to the treatment of hair loss with its state of art techniques for hair transplantation. http://www. Bernstein Medical. com /

Use of mini and micro grafts in hair transplant surgery

Surgeryguru — Mon, 20 Jul 2009 10:37:23 +0000

In addition to the treatment of male pattern baldness and female hair loss, hair transplantation using micro and mini grafts are now widely used in hair transplant repair and reconstructive surgical hair restoration procedures. With the increased use of micro and mini grafts with a single follicular unit hair transplants, hair transplantation surgery reconstructive projection now represent approximately 8-10% of the total number of hair restoration surgery.

Because of their small size, mini and micro-grafts are smaller than metabolic requirements and plug grafts have a better survival of follicular units, which can be damaged during dissection. Since these grafts can grow successfully in the scalp or FIBROID burned areas, they seem to hold a high promise for reconstructive surgery of hair transplantation.

Only precautions for hair transplant surgery with mini and micro-dissected grafts is that mini and micro grafts to be inserted in the scalp, as soon as possible after a silt out. Replanting of transplants in the shortest possible time, increases the probability of surviving hair follicles and hair transplant in the hair actually grows. To speed up the surgical transplantation of hair above procedure using the assistant to be considered immediately before transplantation into the slot in the shape is created when the hair transplant surgeon. The leaves used for the surgery is so small and strong, which make almost no detectable scar in the scalp.

Hair Transplant Surgery: Hair Restoration in front
Hair transplant hair restoration for the face (eyebrows, mustache and bases) is more difficult and different. If a hair transplant surgeon makes holes in the vicinity of other grafts, the neighboring state of grafts tend to open up the corresponding slots. Hair transplant surgeon in such cases make holes in a fashion required by ympäri in a few minutes later. The rest of the hair transplant surgery is exactly the same thing, when the hair transplant surgeon withdraws the needle, a plant with a clutch of jeweler pliers. An experienced transplant surgeon hair always pays close attention to the direction of natural growth when performing a hair transplant in reconstructive surgery, and takes care to put their leaves or needles in the side opposite an acute angle to the eyes.

For the success of reconstructive surgery to restore the natural direction of growth for the restoration of the hair is more important than the amount of hair. To restore the loss of hair and beard, mustache, a hair transplant surgeon holds its leaves as flat as possible to the surface of the lip down so that the direction of growth.
For the eyelids, the hair transplant is more complicated because the eyelids are very thin, portable and very near the eye. The most difficult aspect of a surgical transplant of hair, in this case is to maintain the direction of hair growth. Usually eyebrow hair used as donor hair, and about 10-12 micro-grafting for eyelid entered into two separate sessions of hair restoration surgery is performed with a gap of about 8-12 months between them. Using a curved needle for eyelid hair restoration is the new innovative technology to hair restoration surgeons have begun to use to facilitate the surgical transplantation of human hair.

Proper maintenance of these micro-and mini-grafts, the entire course of a surgical hair transplantation is of utmost importance. The grafts are kept in Petri plates filled with saline solution to keep them moist. During long procedures with more than 3-4 hours, Petri-dishes with these grafts stored in saline in a pool filled with ice.
A procedure which is valid for all surgical hair transplantation, the technique is to insert the graft in order to give the skin graft of superficial epidermis of the recipient site. The aim of the surgical transplantation of hair is to prevent the formation of inclusion cysts and the insertion also prevent hair growth. After a pair of surgical hair transplantation, the appearance of tubers grafts. After healing, the epidermis of transplants begin to turn into a scab and will take approximately 10 to 14 days in which to throw it. The area is now transplanted smooth as before. The growth of hair on the recipient is seen only after 3 to 4 months. But when it becomes clear that growth continues to improve in the coming months.
Recent advances and the use of mini and micro grafting and follicular unit transplantation has improved the cosmetic surgery hair transplant. Hair transplant surgery has proven to be a blessing to restore their hair on fire or congenital malformations of the scalp such as cleft lips, etc.
Interested in more information about this topic? See our website graft advice. com, which was developed specifically for those who seek to read and useful information about a surgical hair transplant. The site aims to provide a deeper knowledge on the subject in an easy to understand language that avoids the use of complicated jargon.

The Steve Harris has written a book on hair transplant surgery follicular unit transplantation. He has also conducted research on various topics as bad hair transplant.

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Avoiding Pitfalls in Planning a Hair Transplant (part 2)

Surgeryguru — Sun, 12 Jul 2009 09:28:04 +0000

Assessment of donor SupplyIn patient performs a hair transplant, the physician must balance the patient? S current and future needs of the hair with the current and future availability of the donor supply. Â E 'know that one? The balding patterns evolve over time. What is less appreciated is that the donor area can be changed also. Â Â Â The patient? Donors supply depends on a number of factors, including the physical dimensions of the area permanently, scalp laxity, the density of donor hair characteristics and, especially, the degree of miniaturization of donors in the sector – because it is a window in the future stability of the donor supply. The size of the donor is determined both by its width (height) and its length. Â In the assessment of the potential breadth of the donor area, usually the doctors to assess the lowest point that balding achieved, ie the upper part of the area permanently. A, but it is equally important to pay attention to the bottom as well. Â It is common for the hair thin considerably in the neck of the neck of a person ages, the production of a "growing hair." Â As can significantly reduce the width of the donor area, no evidence that this process can occur should be taken into account in planning. A loss of points in time is another process that has a significant impact on the supply of donors. Not only Horten term potential donor band, but often ends up port significant baldness. Â Â Â laxity of the scalp is another variable that affects the amount of hair available to donors. A very tight scalp significantly limit the amount of donor hair that can be removed from strip harvesting. Â The restrictions imposed by a tight scalp is not always in the first session, but can affect the hair restoration in progress, and therefore should be carefully evaluated in the initial assessment of the patient. A very loose scalp can present its own set of problems that patients with loose scalp often heal with widened donor scar. [18] Â Â Â The average density of a Caucasian donor is about 225 hairs/cm2. This can be easily measured with a hand tool called a densitometer. (2) When the density of a Caucasian is less than 180, a hair transplant should be done with great caution. In this author? You see, when the maximum density of donors is lower 150/hair mm2, a person generally should not be transplanted because there will be enough donor hair to do that on the surface meaning and the risk of a visible donor scar is too big. (3) Exceptions would be an elderly person with very limited expectations and where the normal density is lower (ie, Asians and Africans). A property of hair, especially hair diameter, are as important as the absolute number of hairs to determine the outcome of a proceeding. Â The amount of trans plan table of the hair is tied to both the number of loose hair (depending on the size of the donor area, scalp laxity and donor density) multiplied by the hair section. Each hair on a person with coarse hair may be no more than 5 times the volume as a person with fine hair, the estimated (or actual measurement) of the diameter of the hair is important for the determination of the total donor supply. Â Â miniaturization, a phased reduction of hair diameter and length (as a result of the action of DHT on the hair follicle) produces thinning on the front, top and crown of the scalp and characterizes the androgenetic alopecia. A, but the back and sides of the scalp can miniaturize so well and when a large part of a patient? The sensors are miniaturized, their hair in this area may be useless for a hair transplant. (Figure 1 and 2) This condition, called diffuse unpatterned alopecia (Dupa o) is the most common type of hair loss in women and is rare in men. Â It is obvious that every patient, male or female, where a transplant treatment should be evaluated for sensor miniaturization using densitometry to ensure that the donor transplantation of human hair is stable. A receiver DemandOne must never assume that a person? S hair loss is stable. Hair loss tend to evolve over time. Â Even patients who show a good response to finasteride will lose their hair. Â It's always better to consider the reasonable worst-case scenario when assessing the patient's bald as can be that the limited donor hair can be allocated properly. Although Norwood classification is useful for the implementation of the loss of hair, which is? Not take into account the real size of the scalp. Just as the donor site is the beneficiary must be measured. Â even within a single class Norwood, there is a big difference between a patient with a narrow face and one with a very large head in relation to the actual area to be covered, and thus the number of grafts needed for recovery . Â build HairlineÂ hair POSITIONIN young, your hair is sitting just above the top face formed by folds of the upper limit of Frontalis muscle directly below it. Â position normal adult male hairline is approximately 1. 5 cm in most of this week the midline). A common mistake is to place the new hair transplant on the position of young people, rather than appropriate for an adult. While the young patient, before hair loss occurs, can be considerable pressure on doctors to put their hair in the lower position, the physician must not yield to this demand. Â In normal circumstances, such as a patient ages, the density decreases and the natural hair back slightly. Â But a hair transplant is immutable. Therefore, when the transplanted patient continues to thin or bald (he will always be) the low drive before the hair begins to appear, because it is natural for a person with a reduction of the total volume of the hair were a little 'hair is gone, rather than a which is still capable of Youth. Â ShapeA hair similar logic applies when you select a type of hair. A as a boy passes from childhood to adult, its wide and flat hair grows in a more streamlined temples without recession. AA persistently low hair widely enjoyed those too young to maintain their density. This situation is not in those who suffer from androgenetic alop, why a pot of hair transplants do not "of age and over time, and it seems unnatural as the patient? S decreases the total density, especially when the crown begins to thin. Â If a person is older, has maintained a high density of donors, and has a low risk of extensive hair loss, hair is as wide as possible. A but is not the case for the person who starts bald at a young age, because it has a significant risk of extensive baldness and, more importantly, the scope of its future, hair loss may not be known at the time of surgery is planned. Â Graft Distribution nuances transplant distribution and quantity of problems that arise due to the distribution of grafts in error is written outside of this, but there are two main issues, but that the hair transplant surgeon must be aware of the moment to decide whether to add slips. The first is that an area of coverage, taking into account the patient? Future balding patterns, as well as its total supply of hair donors. Â The second is the weight of grafts, rather than distribute evenly the top of the scalp. The extent of problems CoverageThe to determine the amount of bald scalp a hair transplant should include can be illustrated as follows. Â For example, take a patient whose total number of follicular unit grafts available for the collection is about 5500. Â The front of the scalp has an area of approximately 50 cm2. At the beginning or middle of the scalp has an area of about 150 cm2 and the vertex or crown about 175 cm2. But the size of the bald crown can vary greatly depending on the extent of hair loss, which reaches more than 200cm2 Norwood Class VII patient. Â If the front and top of the scalp was transplanted with the help of all patients donor hair density transplanted grafts/200cm2 only 5500 or 27. 5 grafts/cm2 (less than 1 / 3 the density of the patient? Initial hair). If the crown were also the subject, it would be 5500 grafts/400cm2 or 12. 5 grafts/cm2 (only 15% of the density of the patient? Initial hair). Â Using various
manipulations, how to create different densities in different parts of the scalp, a good surgeon can do 1 / 3 of the total density similar to a lot of hair. But to work with only 15% of the initial density, it can do the job of creating a natural appearance far more difficult if not impossible. Â Â Â Â The way to avoid a hair transplant with a look that is too thin or see through, is to limit the scope of coverage on the front and mid-scalp until a donor supply and a limited balding patterns may be somewhat 'Lunda-a sure guarantee that only the age of the patient. Â Until then, it is better not to add the crown. Â Â Another problem with the crown at the top transplant is that the crown expands further hair will be required to comply with the expansion of baldness luck, just to maintain the first hair transplant seems natural. This may require a considerable amount of hair that will not be available to cover the front and center of the scalp, if it was too bald, too. On the other hand, if the hair transplant has been limited to the top of transition or VTP (see photo above), the restoration would naturally without surgery, no matter how much hair loss in the crown developed. The reason is that the front and top of the scalp represents a complete unit with cosmetic VTP as a natural boundary back – and it is therefore natural for the hair to cover this region of the scalp, but not thereafter. Â density GradientsAnother for surgeons to prevent a thin see through the look is to avoid the distribution of grafts transplanted on the surface evenly. It 'goes without saying that only 1-hair grafts should be used in hair, with larger grafts behind them, but there are other ways to produce gradations of density to mimic the way hair grows in nature. In particular, the maximum density should be the front of the scalp (in brown) and especially in the front MANE zone (dark brown). The increased density at the front of the scalp MANE zone can be created in two ways, placing the recipient sites closer together in this location and the use of larger follicular units in the area (ie 3-4 and – this device rather than 1s and 2s). Â These techniques can be used in combination to achieve greater density, but that will be discussed in the following sections, if done to excess, could threaten growth. Â Â SummaryFollicular unit hair transplantation is a powerful technology that allows the surgeon to restore natural hair to create designs and produces results that mimic nature. The success of the procedure depends greatly on the proper selection of patients, evaluate the patient accurate? Donors supply and distribution of grafts in a manner appropriate for a person who will continue to age and, finally, thin over time. With thoughtful planning, large errors can be avoided and our patients will be able to realize the full benefits of this extraordinary procedure. Â References 1. Reich pure N: Autografts in alopecia and other selected dermatological conditions. Annals of the New York Academy of Sciences 83:463-479, 1959. 2nd Bernstein RM, Rassman WR, Szaniawski W, Halperin S: follicular transplantation. Int J Aesthetic Restorative Surgery 1995, 3: 119-32. 3rd Bernstein RM, Rassman WR: Follicular Transplantation: Patient Evaluation and Surgical Planning. Dermatol Surg 1997; 23: 771-84. 4th Bernstein RM, Rassman WR: Follicular Transplantation aesthetics. Dermatol Surg 1997; 23: 785-99. 5th Gandelman M, et al: Light and electron microscopic analysis of controlled injury follicular unit grafts. Dermatol Surg 2000; 26 (1): 31. 6. Bernstein RM, Rassman WR, Rashid N, Shiell R: The art of repair in surgical hair restoration – Part I: the repair of the basic strategies. Dermatol Surg 2002; 28 (9): 783-94. 7th Bernstein RM, Rassman WR, Rashid N, Shiell R: The art of repair in surgical hair restoration – Part II: The tactics of repair. Dermatol Surg 2002; 28 (10): 873-93. 8th Bernstein RM, Follicular Unit Hair Transplantation. In: Robinson JK, Hanke CW, Siegel DM, Sengelmann RD, editors: Surgery of the skin, Elsevier Mosby, London United Kingdom. 2005. 9th WP Unger, R. Shapiro hair transplant. New York: Marcel Dekker, Inc. 2004. 10th Bernstein RM, Rassman, WR. Follicular unit transplantation. In: Haber RS, Stough DB, editors: Hair Transplantation, Chapter 12. Elsevier Saunders, 2006: 91-97. 11th Norwood OT. Male pattern baldness: classification and frequency. Così. Con. J 1975, 68:1359-1365. 12th Haas AF, Grekin RC: treated with prophylactic antibiotics in dermatologic surgery. J Am Acad Dermatol 1995; 32: 155-76. 13th Otley CC. Perioperative evaluation and management in dermatologic surgery. J Am Acad Dermatol 2006; 54: 119-27. 14th Gandelman M, R, Bellio, Barretto M: Beta-blockers and local anesthetics with vasoconstrictors: A dangerous combination. Int J Aesthetic Restorative Surgery 1995; 3 (2): 143-45. 15th Bernstein RM, Rassman WR: Limiting epinephrine in large sessions of hair transplantation. Hair Transplant Forum International 2000, 10 (2): 39-42. 16th More ski RA, Patterson JD, Tomsick, RS: Local anesthetics. Dermatol Surg 1996; 22:511-522. 17th Phillips KA, Menard W: Suicidality in body dysmorphic disorder: a prospective study. Â Am J Psychiatry, 2006; 163:1280-82. A 18. Bernstein RM, Rassman WR. Paradox laxity of the scalp. Hair Transplant Forum International 2002, 12 (1): 9-10.