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Incorporation of a diet and exercise program in conjunction with liposuction will allow patients to achieve their optimal shape and contour. Patients who do not adhere to diet and exercise are least happy with their results.
A thorough history and physical exam should be performed and a preoperative clearance obtained, especially for large-volume or long, combined cases.
Marking the patient in front of a mirror allows both the surgeon and patient to see and understand the areas of concern and intended treatment. Cellulite and other contour irregularities can be pointed out preoperatively to the patient.
Over-the-counter herbal and diet medications may have unfavorable interaction with surgery and/or anesthesia and should be discontinued 3 weeks prior to surgery.
Knowledge of the differing thickness and consistency of fat throughout the body is crucial to determining proper depth and technique for each region of the body.
Superficial liposuction should be reserved for significant superficial irregularities and be performed by those experienced in liposuction techniques.
Wetting solutions should always be used, and a strict record of volume infused and aspirated should be kept by the operating room personnel.
Surgical access sites should be concealed, often asymmetric, and utilized to allow the best access and treatment results. Excessive use of a single access incision may result in a deformity.
Patients with surgical scars on their abdomen must be thoroughly examined to rule out the presence of a hernia.
There are many tools one can use to perform liposuction. Physician experience and judgment supersedes any technology.
Contour irregularities are best diagnosed at the time of the surgical procedure. If noted, strong consideration for immediate fat grafting should be considered.
Postoperative contour deformities should be clinically evaluated and, if mild, can respond to lymphatic massage or other non-invasive methods. A systematic approach should be used to correct contour deformities when they occur.
Autologous fat has demonstrated success when it comes to correcting mild to moderate contour deformities in reconstructed breasts.
Fat grafting may be used safely and effectively for a variety of reconstructive indications.
There is a variety of specific harvesting and processing techniques available.
Fat grafting for breast augmentation is effective, but its precise role in the cosmetic plastic surgeon's armamentarium is yet to be defined.
Fat grafting to the breast has become common practice for reconstructive and aesthetic breast surgery; however, it remains controversial for some indications.
Complications are minor and infrequent if a proper technique is followed.
External pre-expansion and adipose-derived stem cells hold promise for future enhancement of the results and treatment of difficult problems.
Suction-assisted lipectomy, or liposuction, continues to be one of the most popular means of body contouring and overall treatment modalities offered in aesthetic surgery today.
With greater understanding of the biochemical and physiologic properties of liposuction, as well as biomedical technological advancements, suction-assisted lipoplasty has undergone tremendous evolution, leading to overall improvements in technique, patient safety, and outcomes.
Over the past 2 decades, it has grown from a procedure that facilitates small or spot reductions to one that has become an almost irreplaceable tool in neck, breast, and circumferential body contouring.
A number of important innovations and modifications to the standard suction-assisted liposuction (SAL) have progressively refined the procedure, including the use of wetting solutions, advances in cannula design, ultrasound-assisted liposuction (UAL), power-assisted liposuction (PAL), vibration amplification of sound energy at resonance (VASER)-assisted liposuction, and laser-assisted liposuction (LAL).
There has been a strong movement concentrated on defining appropriate safety guidelines for liposuction and other body contouring procedures focusing on deep venous thrombosis (DVT) prophylaxis and fluid resuscitation, ensuring safety and efficacy of the different treatment modalities for our patients.
A successful body contouring patient must satisfy four key elements to achieve and maintain optimal results:
Lifestyle change.
Regular exercise.
Well-balanced diet.
Body contouring.
Liposuction is contraindicated in patients who are pregnant or in poor general medical health. Likewise, patients with morbid obesity, cardiopulmonary disease, body image perception issues, unrealistic expectations, wound healing difficulties, or who have extensive or poorly located scars should be excluded from consideration for liposuction.
Patient goals must be clearly elucidated, and realistic expectations must be established.
A detailed physical exam is performed, with specific attention to prior scars, presence or absence of hernias, evidence of venous insufficiency, and presence of preexisting asymmetry or contour irregularity.
For liposuction candidates, six key elements are documented:
Evaluation of areas of lipodystrophy and contour deformities.
Skin tone and quality.
Asymmetries.
Dimpling and cellulite.
Myofascial support.
Zones of adherence.
Anatomy texts divide subcutaneous fat throughout the body into superficial and deep layers or compartments separated by Scarpa fascia or the superficial fascial equivalent.
For the purposes of liposuction and body contouring, subcutaneous fat is arbitrarily divided into three layers: superficial, intermediate, and deep ( Fig. 8.1 ) .
The intermediate and deep layers are the most commonly treated areas.
The superficial layer is one that should be approached with caution, as aggressive or improper treatment of this layer may result in injury to the subdermal plexus and/or contour irregularities.
The relative consistency and thickness of each of these separate layers varies for different anatomic areas: fat of the back has a more fibrous, compact superficial and intermediate layer, with an underlying loose, areolar layer, while fat of the inner thigh is not as fibrous and is less compact.
Anatomic “zones of adherence” are areas of relatively dense fibrous attachments to underlying deep fascia and help to define the natural shape and curve of the body ( Fig. 8.2 ) .
Important to identify during the preoperative consultation, as they are high-risk areas for contour irregularities after surgical intervention if not properly respected.
It is helpful to classify patients based on the three types of lipodystrophy and skin redundancy ( Fig. 8.3 ) :
Type I: localized lipodystrophy. Often younger patients with good skin tone and minimal skin irregularities.
Type II: generalized lipodystrophy. Patients with lightly diminished skin tone, some skin irregularities, and circumferential lipodystrophy throughout their trunk and extremities.
Type III: skin redundancy and lipodystrophy. Patients with significant skin redundancy that would be more amenable to excisional surgical techniques. However, liposuction may be a useful adjunct in order to achieve an optimal result.
Cellulite: dimpling of the skin, particularly in the areas of thighs and buttocks thought to be related to fibrous, dermal attachments to the underlying fascia surrounding hypertrophied fat.
There is no predictable, long-term treatment of cellulite.
Liposuction in areas of overlying cellulite may soften or accentuate the superficial deformity.
Guiding marks are performed prior to surgery with the patient in the erect position. Marking the patient in front of a mirror allows the patient to contribute to the process and further confirms exactly what will be addressed during the procedure.
Areas to be suctioned are marked with a circle, while zones of adherence and areas to avoid are marked with hash marks.
Asymmetries, cellulite, and dimpling are marked for their respective treatment and to allow patients to see problem areas.
Access incisions are also marked at this setting. Often, two incisions are needed per area to be suctioned, and these incisions should be placed adjacent to suctioned areas and not too distant.
Avoid placing access incisions in or adjacent to zones of adherence.
The surgeon should not hesitate in placing additional incisions if access is insufficient with the existing markings.
It is up to the surgeon to determine the optimal surgical setting for each patient undergoing liposuction. Factors that influence this decision are the amount of expected lipoaspirate, length and extent of procedure, patient positioning, operating surgeon preference, anesthesiologist preference, and overall health of the patient.
As a general rule, small-volume liposuction cases can be performed with local anesthesia, with or without mild sedation, while complex, large-volume liposuction and combined cases should be performed under general anesthesia or regional block.
The anticipated postoperative course and the need for possible overnight observation both factor into choice between inpatient observation or outpatient hospital settings.
Awake liposuction has been performed in the office-based setting with a tumescent technique, and the authors prefer to do such procedures only for single-area treatments or in small revisions.
To prevent the patient from being cold during the operation, all areas not being treated should be covered by a forced warm air blanket, and the wetting solutions should be warmed and not administered cold
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