RESUMO
The use of radiofrequency energy to produce collagen matrix contraction is presented. Controlling the depth of energy delivery, the power applied, the target skin temperature, and the duration of application of energy at various soft tissue levels produces soft tissue contraction, which is measurable. This technology allows precise soft tissue modeling at multiple levels to enhance the result achieved over traditional suction-assisted lipectomy as well as other forms of energy such as ultrasonic and laser-generated lipolysis.
Assuntos
Gordura Abdominal/cirurgia , Ablação por Cateter/instrumentação , Ablação por Cateter/métodos , Temperatura Alta , Lipectomia/instrumentação , Lipectomia/métodos , Sobrepeso/cirurgia , Gordura Abdominal/patologia , Tecido Adiposo/cirurgia , Adulto , Feminino , Humanos , Imageamento Tridimensional , Terapia a Laser/métodos , Masculino , Pessoa de Meia-Idade , Sobrepeso/patologia , Adulto JovemRESUMO
Previous attempts at classifying small graft transplants have focused mainly upon graft size and have not taken into consideration other technical factors involved in graft production that may influence the outcome of the surgery. The proposed classification attempts to consider these factors by including various technical aspects of harvesting, dissection, and placement, all of which impact the quality and quantity of the small grafts used in the procedure. By standardizing the nomenclature, as well as the description of the other factors involved in the surgery, communication between physicians and patients may be facilitated. In addition, different procedures may be more accurately studied and compared.
