Management of Gynecomastia

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Contemporary Management of Gynecomastia (2022)
Dennis J. Hurwitz, BS, MD, Armando A. Davila, BS, MD



INTRODUCTION/HISTORY/DEFINITIONS/ BACKGROUND

Gynecomastia is a common benign enlargement of the breast occurring in more than one-third of males.1 Although the deformity can be fleeting, for those that it persists many are so distressed by poor self-image, depression, anxiety, and social phobia that they seek surgical removal.2,3 Contemporary management enables smoother correction of deformity with fewer complications and optimally extends to masculinization of the torso with results captured by photo documentation of chest mobility and dynamics.

Once pathologic increases in systemic estrogen and malignancy are ruled out, plastic surgeons most often operate on idiopathic gynecomastia arising from hormonal imbalance acting on a supersensitive glandular bud or caused by increased endogenous or exogenous administered circulating estrogen or estrogenlike hormones.
Associated with a variable degree of fat usually related to body adiposity, glandular gynecomastia varies from slight to considerable firm masses emanating from the areolas. Minimal adiposity gynecomastia, commonly seen in low body mass index (BMI) bodybuilders, is an obliquely oriented, easily isolated firm tube with more mass lateral than medial.4 Adipose-laden gynecomastia is more spherical with less defined borders. Pseudogynecomastia exhibits sparse gland interspersed in adipose, presenting in obese and older patients, and after massive weight loss. As the breast increases in size so may the areola and breast skin envelope, which needs reduction.

Initially, the magnitude of deformity and its psychosocial impact is assessed. Minimal procedures are easily accepted, whereas complex operations that may entail significant pain, scarring, and risk must be matched by patient antipathy. Because of its simplicity based on breast size and tissue laxity, the Simon classification5 was slightly modified to sort out most treatment options (Table 1). Grade I is minor enlargement without skin redundancy. Grade IIa is moderate enlargement without skin redundancy. Grade IIb is moderate enlargement with nipple ptosis/deformity and/or minor skin redundancy. Grade IIIa is marked enlargement with nipple ptosis/deformity with skin redundancy. Grade IIIb is marked enlargement with sagging breasts and upper torso skin redundancy. Beyond social inhibitions, if there is a concern about masculinity, we introduce surgical enhancement. Patients either limit their operation to the offending gynecomastia or embrace further surgery for masculinization. As more requests for male body contouring occur, correction of gynecomastia becomes a secondary consideration, so a comprehensive approach is expected.

Because contemporary management offers masculinization of the chest and remaining torso
through high-definition liposculpture and excisional surgery, basic masculine aesthetics are introduced.
For a more comprehensive 360 torso review that relates sculpture techniques to presenting body type read in this Clinics issue “The Male Abdominoplasty,” by Michael Stein and Alan Matarasso; Gynecomastia and Male Chest Wall Contouring by Douglas Steinbrech and Eduardo Gonzalez; and “High-Definition Liposculpture in Men” by Hoyos and coworkers.6 For our aesthetic purposes, skin tightly wraps to reveal the broad muscles of a dominant upper body. A barrel-like rib cage is draped by large, thick, and flat Pectoralis Major, Trapezius, and Latissimus Dorsi muscles. The lateral edges of these muscles are defined with further pectoral prominence of its midportion and along the lateral border of the sternum. Broad shoulders extend further by apple-like deltoids. Anterior chest definition is completed with inferior Pectoralis fullness superior to a short horizontal flattened adherence near the fifth rib.

The aesthetic goals of the treatment of gynecomastia have traditionally been limited to near-total glandular resection, smooth contour transition to surrounding subcutaneous tissue, and removal of loose skin, leaving proper nipple-areolar complex (NAC) position and shape with as few scars as possible.
Because of the pubescent onset of gynecomastia and the potential for gender ambiguity this focused approach may leave a sense of inadequate masculinity. With the advent of improved, reliable, and safe male-specific operations and liposculpture, selected patients should be offered more thorough body contouring surgery. Hence, in addition to the obliteration of the gynecomastia, contemporary management offers a tight-skinned upper torso that reflects underlying musculature enhanced by perimeter etching and lipoaugmentation that should extend surgically throughout the torso.7 Critically, the inframammary fold (IMF), which lies about one interspace below the inferior pectoral border, needs to be obliterated. Conversely, accentuating the IMF through an inferior chest transverse excision is disastrously feminizing. Although not always obvious standing erect, when leaning residual lax skin drapes over the constructed IMF, revealing a deflated but still sagging breast. The ideal nipple projects several millimeters and is surrounded by a flat, transversely oriented 1.5 to 2.0 cm X 2.5 to 3.0 cm oval areola, lying several centimeters medial and superior to the inferior/lateral junction of the Pectoralis Major muscle. Repositioning of a ptotic nipple relates to dynamic Pectoralis Major muscles rather than skeletal landmarks or absolute numbers or ratios. Large, rounded, and protruding areolas need reshaping.

Ignored by most plastic surgeons, but not by the body-conscious patient, are dynamic shape changes of the chest as the Pectoralis Major morphs from relaxation to full contraction, and with different positions of the arms and body. Demonstrating and photographing these subtle relationships are appreciated by the patient, aid in treatment planning, and thoroughly document outcomes. For example, Case 1 is a 49-year-old man with a BMI of 26, moderate enlargement, nipple ptosis, and moderate skin redundancy, grade IIb (Figs. 1 and 2). Descending deep and inferior to the NAC, relaxed Pectoralis muscles are visually inseparable from the gynecomastia (see Fig 1, top). The contracted Pectoralis major rises and bulges toward the clavicles isolating the periareolar rounded gynecomastia (see Fig 1, bottom). Raising the arms stretches, elevates, and flattens the Pectoralis muscle to isolate the breast mound visually and palpably (Fig 2, left). On leaning, the gland with excess skin that is loosely adherent to the Pectoralis muscle disturbingly droops (see Fig 2, left). Because the contracted Pectoralis muscle or raised arms leave no muscle fill deep and inferior to the areola, gynecomastia correction should be planned accordingly. For a thorough visual appraisal of results, comprehensive photographic documentation of gynecomastia and its treatment should include arms to the side, contracted Pectoralis muscle, extended arms, and diving position. Using VASERlipo (Solta Medical, Bothell, WA) and BodyTite (InMode, Irving, CA) (discussed later), total correction is documented in these various positions (Figs. 3 and 4).



*TECHNIQUES

*DISCUSSION


Since 2017, one or more combinations of the following nine procedures correct gynecomastia and further enhance masculinity:

1. Infra-areolar glandular excision
2. Barbed sutured areolarplasty
3. Inframammary fold disruption
4. UAL ablation and adipose evacuation of the chest
5. VASERlipo of the torso with muscular definition
6. Bipolar radiofrequency tissue tightening
7. Boomerang pattern excision, inferior pedicle areolaroplasty with/without J-torsoplasty
8. Lateral torso hockey stick with or without double incision mastectomy with pedicled or free graft areolaroplasty
9. Lipoaugmentation of the pectoralis and deltoid muscles





SUMMARY

We find healthy young men with minimal glandular tissue (grade I, IIa) respond incredibly well with no residual deformity through either transareolar direct excision and/or UAL. For patients grade IIb up to IIIa, VASERlipo is followed by BodyTite. If needed, glandular pull-through excision completes the correction with or without barbed sutured areolarplasty. More severe cases require excisional skin tightening, with a variety of patterns suitable for each patient depending on their deformity. What sets plastic surgeons apart is recognizing, predicting, and executing tissue reconstructive procedures assisted by new technology and innovative techniques leaving a proper sculptured result under moderate skin tension that heals rapidly with the fewest and thinnest scars possible rather than a one-size-fits-all approach.
 
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Table 1 Treatment options for Simon grade deformity
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Fig. 1. Grade IIb gynecomastia in a 45-year-old 6-ft, 3- 200-lb man. Frontal view. (Top) With pectoralis muscle relaxed the postareolar skin and inferior is smoothly filled with breast and muscle. The midpectoralis has slight convexity. (Bottom) With pectoralis contracted, the muscle is elevated to broadly round the midchest, leaving only rounded and more defined gynecomastia fullness behind and inferior to NAC.
Screenshot (12191).png

Screenshot (12192).png
 
Fig. 2. Arm extension and leaning views of a patient in Fig. 1. (Left) Raising the arms displaces the lateral pectoralis muscle superomedial to isolate the gynecomastia, which is encircled in blue. The small blue circle represents the perimeter of the palpable gynecomastia. The outer blue circle is the extent of excess fat needing tapered removal with VASERlipo. The green circle encompasses the area for application of 30 kJ with a surface temperature 40C and deep 70C bipolar frequency BodyTite. (Right) Left anterior oblique diving view shows hanging lax skin.
Screenshot (12193).png
 
Fig. 3. The same patient in Figs. 1 and 2, 7 months following VASERlipo and BodyTite. (Left) With the arms extended the pectoralis raises above the areolas revealing no residual breast gland. (Right) As the patient leans the areola and inferior are filled with muscle but the skin does not sag.
Screenshot (12194).png
 
Fig. 4. The same patient in Figs. 1 and 2. (Top) Seven months postoperatively without gynecomastia his relaxed pectoralis muscle is uniformly flat and fills the lateral and inferior muscle margins. (Bottom) With full contraction the pectoralis bulges like an oblique football, to empty the NAC, which slightly tilts inward.
Screenshot (12212).png

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Fig. 5. Black man with preoperative grade IIa gynecomastia. The preoperative markings are yellow for infra-areolar incision, blue for the areolarplasty, green for the extent of the palpable gynecomastia, and white for the extent of the UAL.
Screenshot (12214).png

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Fig. 6. Gynecomastia resection. (Top) A dry field after UAL, which leaves a dense honeycomb-patterned connective tissue with most of the residual gynecomastia under the rake retractor. (Bottom) The small residual gland resection lies next to the NAC.
Screenshot (12196).png

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Fig. 7. An areolaroplasty on an oversized hemispherical areola of the patient in Fig. 5. Access to resection of gynecomastia is through an infra-areolar incision. (Top left) After the inferior excess areola is excised, the superior excess is being de-epithelialized. (Top right) An elliptical NAC is vascularized by a superiorly based de-epithelialized flap. (Bottom left) Double armed 3–0 Monoderm barbed suture securely approximates the first third of the skin closure in an elliptical pattern by placing larer bites through the outer rim. (Bottom right) The completed closure leaves a flat horizontally oriented elliptical NAC.
Screenshot (12198).png
 
Fig. 8. Black man with grade IIa gynecomastia 4 months after UAL pull-through excision, and elliptical areolaroplasty with complete correction of his feminizing deformity.
Screenshot (12199).png

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Fig. 9. Case 3. A 190-lb 29-year-old with 40-lb weight loss sought correction of his gynecomastia with minimal scars and abdominoplasty and VASERlipo of the flanks. (Left) Preoperative markings for his 1350-mL VASERlipo evacuation of the breasts followed by 30-kJ BodyTite and lipoabdominoplasty/VASERlipo of the flanks. (Right) The 10- month result has a correction of his gynecomastia, excellent torso contours, and no loose skin.
Screenshot (12202).png
 
Fig. 10. Right anterior oblique diving view before (top) and 10 months after (bottom) in the patient presented in Fig. 9. The sagging breasts are absent and the inferior chest fold now relates to the lower border of the pectoralis muscle.
Screenshot (12203).png

Screenshot (12204).png
 
Fig. 11. Case 4. Grade IIb gynecomastia in a 23-year-old patient with massive weight loss who suffered hyperpigmentation injury secondary to excess radiofrequency heat to the dermis. (Left) Marking for lipoabdominoplasty with oblique flankplasty, barbed suture areolaroplasty, with glandular pull through after VASERlipo and BodyTite of the anterior chest. (Middle) Eighteen months postoperative with scattered hyperpigmentation of scars and from binder pressure on tubing. (Right) Six months after excision of depressed hyperpigmentation scar of the left chest. The gynecomastia has been correct with well-shaped and positioned NACs. Torso contours and skin tension are excellent.
Screenshot (12205).png
 
Fig. 12. Combination of a hockey stick-shaped lateral torsoplasty and anteromedian advancement of the nipple-areolar complex in a 64-year-old man with 20-lb weight loss leaving grade IIb gynecomastia (left). Correction of gynecomastia and loose skin with a lateral chest and periareolar scars (right).
Screenshot (12206).png
 
Fig. 13. A recent total body lift in a 33-year-old man who had the boomerang correction of gynecomastia with J-torsoplasty and lipoabdominoplasty with Oblique Flankplasty videotaped (Videos 2 and 3). (Upper) The preoperative condition and (Lower) marked for surgery frontal views show the deformity and the operative plan. The circumareolar Boomerang pattern is continuous with the J Torsoplasty, along with VASERlipo of the abdomen and lipoaugmentation of the Pectoralis and Deltoid muscles. The simultaneous two-team approach was under the direction of the senior author, who performed the upper body surgery while the junior author (DAA) performed the lower body oblique flankplasty and lipoabdominoplasty (not seen). (Top) Images are the frontal and right anterior oblique preoperative images. (Bottom) Completed preoperative surgical markings are shown. Video 2 shows the order of the markings for boomerang pattern with J-torsoplasty and the pectoralis muscle grafting. Video 3 shows a highly edited 4-hour operation. The superior incision first, for the proper location of the NAC, particularly when a concomitant abdominoplasty is done. The precise width of elliptical resection is made after the abdominoplasty closure is started. Then after indirect undermining of the lower chest with a LaRoe dissector (ASSI.com), areola is advanced up to the upper markings and they are adjusted as needed for the optional tension at closure. Once the boomerang has been closed, the width of the lateral chest skin excision of the J-torsoplasty is precisely measured and completed.
Screenshot (12207).png

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Fig. 14. A recent total body lift in a 33-year-old man who had the boomerang correction of gynecomastia with J-torsoplasty was videotaped along with Oblique Fankplasty and TULUA. (Fig. 13, Videos 2 and 3). The upper image is the right anterior oblique preoperation. The lower right oblique shows the result 3 months postoperative before he started his workout routine.
Screenshot (12209).png

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Fig. 15. A recent total body lift in a 33-year-old man had the boomerang correction of gynecomastia with J-torsoplasty videotaped (Figs 13, 14 and Videos 2 and 3). Left lateral views show the deformities (Left) and the three-month result that includes flankplasty with lipoabdominoplasty (Right).
Screenshot (12211).png
 
KEY POINTS

*Contemporary management often uses the advanced technology of therapeutic ultrasound (VASER) and bipolar radiofrequency (BodyTite and Morpheus8 Body) to reduce morbidity and improve the quality of results

*New skin reduction patterns, such as the boomerang, have reduced skin laxity and the scar burden

*Masculinization using high-definition liposuction and lipoaugmentation of the pectoralis and deltoid muscles should be offered to appropriate candidates

*Areolaroplasty reshapes and positions masculine nipple areolas
 
CLINICAL CARE POINTS

*Traditional glandular excision of gynecomastia for grades I and IIa is typically performed through infra-areolar incision after UAL of the soft tissues across the chest

*With skin laxity or following extensive volume aspiration through liposuction, chest skin tightening and elevation of the nipple are performed in selected cases by bipolar radiofrequency technology

*New excision patterns, such as the boomerang and J-torsoplasty, are most aesthetically correct for grade III gynecomastia

*Comprehensive approach to gynecomastia considers surgical masculinization of the entire torso
 
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