Variable Sculpting in Dynamic Definition Body Contouring: Procedure Selection and Management Algorithm

Background: Currently, corporal perception has evolved among different ethnic groups and a tendency to change from a slim to an athletic shape has been influenced by geography, culture, race, gender, and social media. Although exercise improves health status, physical appearance does as well in the long term. Patients often opt for an immediate solution for which high-definition (HD) liposculpture has been the best choice. However, they differ on their preference regarding muscular definition. Objectives: The authors presented a new therapeutic algorithm for HD liposculpture in harmony with body biotypes and patients' preferences. Methods: The authors reported their experience with 1772 consecutive patients, classified according to their body type in endomorph (217), ectomorph (195), and mesomorph (1360), and treated according to our new algorithm. Patients in general good health requesting HD liposculpture were included from June 2013 to September 2019. Pre- and postoperative photographs were taken to evaluate results. Results: A total of 479 men and 1293 women were analyzed. Age ranged from 23 to 69 years in men and 18 to 57 years in women. Variable-degree HD liposculpture was successfully performed in all cases. Minor complications included port wound dehiscence (1.2%), seroma (4.1%), prolonged bruising (1.5%), and hyperchromia (10.4%). Superficial burns (0.7%), localized infection (0.4%), erratic skin adhesion (1%), and flap necrosis (0.4%) were also reported. A high-satisfaction index was reported in a nonstandardized patient survey. Conclusions: The authors' new algorithm helps in the decision-making for HD liposculpture according to variable degrees of muscle definition due to patients' preferences.

Automated summary

This study presents a new therapeutic algorithm for high-definition liposculpture, tailored to variable degrees of muscle definition based on body biotypes and patient preferences. Results show successful treatment outcomes in 1772 patients, with minor complications and high patient satisfaction. The algorithm aids decision-making for HD liposculpture, taking into account patients' preferences for muscular definition.