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BACKGROUND: Since the description of superficial fascia flap harvesting, a new window of opportunity has been open in obese patients, where a higher subcutaneous thickness of tissue is present. To our knowledge, the impact of body mass index on superficial fascial flaps has not been reported. METHODS: We recruited 122 patients from April 2019 to January 2020. From these patients, the 3 most common thinned flaps were selected: the superficial circumflex iliac perforator flap; the anterolateral thigh flap at the perforator A, B, and C; and the thoracodorsal flap. Two vertical measures were registered: the distance from the skin to the superficial fascia, and from this point to the deep fascia. RESULTS: The average flap measurement presented here was within the range, as previous clinical studies. The superficial fatty layer thickness in the superficial circumflex iliac perforator and anterolateral thigh flap was somewhat similar in thickness between overweight and obese patients, showing a minimal increase with higher body mass index. The anterolateral thigh flap was found thicker among women, and no statistical difference was shown between age groups in any of the flaps. CONCLUSIONS: A better understanding of the fat layers' thickness will result in better planning, minimizing secondary debulking procedures, decreasing operative time, and reducing general complications among obese patients. Thus, a better understanding of flap structure and physiology in obese patients will lower complications and give more predictable results.
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INTRODUCTION: Reconstruction of the abdominal wall with major defects usually represents a surgical challenge, especially in cases where the defects are recurrent and have a large size that avoids the use of adjacent tissues for an adequate closure. According to each region the abdomen topography is divided into three regions: upper, middle and lower. Several reconstructive alternatives have been described according to the affected area of the abdomen that include the separation of the muscularis aponeurotic components of the abdominal rectus sheath, the flap of the rectus abdominus muscle with or without cutaneous island, the flap dependent on the dorsal muscle and muscular or musculocutaneous thigh flaps to reconstruct the lower area of the abdomen which is called anterolateral thigh (ALT) flap. The ALT flap has become the best option for large recurrent defects in any of the thirds due to its great versatility. CASE REPORT: We present the case of a 50-year-old patient with an abdominal wall defect, loss of domain and exposure of prosthetic material. Patient had a surgical history of open cholecystectomy, necrosectomy due to acute pancreatitis with open abdomen management and attempted repair of the abdominal defect twice with mesh placement. The abdominal wall was reconstructed with an ALT free flap with a fascia lata component with anastomosis to superior epigastric vessels in a successful manner. Nowadays patient remains without evidence of recurrence of the hernia at 1 year follow-up. DISCUSSION/CONCLUSION: The aim of this paper is to illustrate the ALT flap with a fascia lata component anastomosed to the superior epigastric vessels as a good option to reconstruct complex defects of the upper third of the abdomen.
INTRODUCCIÓN: La reconstrucción de la pared abdominal con grandes defectos suele representar un desafío quirúrgico, sobre todo cuando los defectos son recurrentes y tienen un gran tamaño que dificulta la utilización de tejidos adyacentes para un cierre adecuado. La pared abdominal anterior se divide en tres regiones para su reconstrucción; superior, media e inferior. De acuerdo con cada región se han descrito diferentes técnicas de reconstrucción de pared, como la separación de componentes musculoaponeuróticos de la vaina de los rectos abdominales, el colgajo del músculo recto abdominal con o sin isla cutánea, el colgajo dependiente del músculo dorsal ancho y colgajos musculares o músculocutáneos del muslo para reconstruir el tercio inferior del abdomen, llamado colgajo anterolateral de muslo (ALT, por sus siglas en inglés). El ALT se ha convertido en una buena alternativa para los grandes defectos recurrentes en cualquiera de los tercios debido a su gran versatilidad. CASO CLÍNICO: Presentamos el caso de un paciente de 50 años con un defecto de pared abdominal, pérdida de dominio y exposición de material protésico (malla). Tenía el antecedente quirúrgico de colecistectomía abierta, necrosectomía por pancreatitis aguda con manejo de abdomen abierto (incisión en línea media supra-infraumbilical) e intento de reparación del defecto abdominal en dos ocasiones con colocación de malla (que se encontraba expuesta). El defecto existente se desmanteló y resecó en bloque desde el interior de la pared abdominal, dejando bordes aponeuróticos sanos, quitando todo el tejido cicatricial, la malla y los bordes cutáneos enfermos. Se realizó la reconstrucción de la pared abdominal con ALT con un componente de fascia lata con anastomosis a vasos epigástricos superiores, de manera exitosa. Actualmente no hay evidencia de recurrencia del defecto herniario tras 1 año de seguimiento. DISCUSIÓN/CONCLUSIÓN: El objetivo de este trabajo es describir el ALT con componente de fascia lata con anastomosis a los vasos epigástricos superiores como una buena alternativa para reconstruir defectos de pared complejos del tercio superior del abdomen.
Assuntos
Parede Abdominal/cirurgia , Retalhos de Tecido Biológico , Procedimentos de Cirurgia Plástica/métodos , Humanos , Masculino , Pessoa de Meia-Idade , Coxa da Perna/cirurgiaRESUMO
INTRODUCTION: Dorsoepigastric flap (DF), first described by. Haddad and Jimenez, is a variant of the classic lattisimus dorsi musculocutaneous flap that only utilizes a minimum quantity of muscle tissue, through which the vascular pedicle passes by. It has been used primarily as an acceptable alternative in mammary reconstruction when the use of thoraco abdominal muscles is not viable, and offers several advantages such as adequate flap volume with generous cutaneous island dimensions and functional preservation of the latissimus dorsi. PRESENTATION OF A CASE: We report the case of a 12â¯year old male, who suffered a left upper limb injury secondary to high power firearm shot. He presented extensive damage to the skin, soft tissues and bone structures and was treated with primary reconstruction using DF and peroneal grafts. Three years later, a shoulder prosthesis was placed to improve limb function with unobjectionable results. CONCLUSION: DF is a useful resource that has been merely used in the context of complex upper limb reconstruction, and must be considered essential in the repertoire of the reconstructive surgeon when facing traumatic defects of the upper extremity.