ABSTRACT
Breast reconstructive surgery has evolved tremendously since its inception. Following tumour clearance surgery, physical restoration with breast reconstruction is an important aspect of physical and emotional rehabilitation. Various methods have been described to suit patients demand for the best aesthetic outcome. Surgeon’s preference, experience and practicality of differing procedures must be considered. We describe a simultaneous bilateral breast reconstruction with free deep inferior epigastric (DIEP) flap and pedicled transverse rectus abdominis musculocutaneous (TRAM) flap immediately post mastectomies for bilateral breast cancers. The surgery described has resulted in a reasonable technical ease, acceptable flap and abdominal morbidity and good aesthetic outcome.
Subject(s)
MastectomyABSTRACT
Introduction: A soft tissue defect considering the extent, location, depth and involved structures can be a complex task, leading to search for unusual reconstructive alternatives. Case report: Puerperal woman, 21 years, previously healthy, admitted for septic shock and skin necrosis of both extremities secondary to purpura fulminans. Escharectomy was performed and the final defect was 27 percent of total body surface, corresponding to necrotic areas of both superior and lower extremities. Is remarkable the presence of musculocutaneous perforating vessels thrombosis and segmental muscular necrosis in legs and interosseous muscles necrosis in hands. In upper extremity coverage was performed with dermoepidermal grafts. To cover peroneal malleolus and feet dorsum, whereas there were no regional or local alternatives, we realize a double DIEP flap. Flap elevation of bilateral DIEP flap was performed simultaneously for two surgical teams. The patient had no complications and was discharged with complete soft tissue coverage.
Introducción: Un defecto de cobertura extenso de extremidades inferiores (EEII), considerando ubicación, profundidad y estructuras involucradas es de una alta complejidad y puede llevar a buscar alternativas reconstructivas poco habituales. Caso Clínico: Paciente de 21 años, puérpera, ingresa por shock séptico y necrosis cutánea extensa de extremidades secundario a un purpura fulminans. Se realiza escarectomía y el defecto resultante es de 27 por ciento de superficie corporal, correspondiendo a zonas necróticas en ambas extremidades, superiores e inferiores. Destaca la presencia de trombosis de vasos perforantes musculocutáneos, necrosis muscular segmentaria en piernas y de musculatura interósea en manos. En extremidades superiores se realizó cobertura con injertos dermoepidérmicos. Para la exposición de ambos maléolos peroneos y dorso de pies, considerando que no existen alternativas locales ni regionales, se decide realizar un colgajo DIEP bilateral; se eleva en un tiempo, con dos equipos quirúrgicos simultáneos. La anastomosis microquirúrgica se realizó a los vasos tibiales de cada extremidad. La evolución postoperatoria fue favorable. La paciente es dada de alta en buenas condiciones generales, extubada, con cobertura cutánea completa.
Subject(s)
Humans , Adult , Female , Lower Extremity/surgery , Microsurgery/methods , Necrosis/surgery , Plastic Surgery Procedures/methods , Surgical Flaps , Purpura Fulminans , Leg/surgeryABSTRACT
Objective To carried out rat as deep inferior epigastic perforator (DIEP) flap necrosis model,to reveal the continuous blood fluid change in process of flap necrosis.Methods Seven SpragueDawley rats of male were used.The designed DIEP flap model was pedicled on the right-sided cranial perforator.Near-infrared fluorescent angiography was performed using SPY imaging system pre-and-aft operation and all angiography videos were compared and analyzed.Results Using SPY imaging system could observe the process of the blood fluid scattered from perforator through choke anastomoses to next vascular territories in living body.The study could clearly observe sequence change of blood fluid pr-and-aft operation,which could give the important information in revealing the reason of necrosis in DIEP flap.Cross-midline traffic vascular sparse and eventually could no longer wear through the contralateral abdominal wall vessel area and open in the region of lateral thoracic vascular occlusion of blood vessels to reach the flap to the far left side,and showed no blood flow in the dark zone.Conclusion The reasons of necrosis of contralateral distal zone of the flap model,are the choke anastomoses across the midline to the contralateral side appeared small,less intensity and the blood supply to contralatral distal zone should through twice choke anastomoses.
ABSTRACT
PURPOSE: The free deep inferior epigastric artery perforator (DIEP) flap is a popular option for autologous breast reconstruction. However, the anatomy of the deep inferior epigastric artery(DIEA) may vary from one individual to another. Unexpected vascular anomaly can confuse the surgeon and affects on the safety of the free DIEP flap. MATERIALS AND METHODS: Thirty five consecutive patients who underwent free DIEP/TRAM flap for immediate breast reconstruction between Mar. 2010 and Oct. 2010 were enrolled in this study. Computed tomography angiography (CT angiography) of abdomen was evaluated part of our standard preoperative assessment: atypical patterns of DIEA/DIEP were evaluated by preoperative CT angiography and compared with intraoperative finding. RESULTS: Atypical patterns of DIEA/DIEP which may affect preoperative planning were noted as the following: Circummusclar/subfascial DIEA (n=1), DIEA running underneath rectus muscle (n=8), septocutaneous perforator (n=3), peritoneo-cutaneous perforator (n=1), a large branch going into peritoneum (n=1), and very early division and muscle penetration of DIEA (n=1). CONCLUSION: Atypical DIEA/DIEP that might change the operation plan is not rare, so the individualized planning based on the preoperative CT angiography is recommended. Preoperative CT angiography could help to select reliable and easy-to-dissect perforator in free DIEP/TRAM breast reconstruction.
Subject(s)
Female , Humans , Abdomen , Angiography , Diclofenac , Epigastric Arteries , Ethylamines , Mammaplasty , Muscles , Peritoneum , RunningABSTRACT
Breast reconstruction provides dramatic improvement for patients with severe deformity. The reconstruction not only restores aesthetically acceptable breast for patients with mastectomy deformity but also recovers psychological trauma of 'losing feminity' after the cancer mastectomy. There are many options for breast reconstruction from simple prosthetic insertion to a flap operation using autologous abdominal tissue. The choice of operation method depends on the physical condition of the patient, smoking habits, and economic status. Among the many options, the method that uses the lower abdominal tissue is known as the TRAM (transverse rectus abdonimis myocutaneous) flap. Since the introduction of the TRAM flap in 1982 by Hartrampf, the art of breast reconstruction using lower abdominal tissue has been progressively refined to pedicle flap, muscle-sparinga TRAM flap, and recently there have been exciting and revolutionary changes associated with the adoption of the concept of perforator flap. This refined method of breast reconstruction utilizes lower abdominal tissue nourished by the deep inferior epigastric perforator (DIEP). With the DIEP free flap, almost all of the rectus muscle and anterior rectus sheath are preserved and the donor morbidity is minimized. Different from previous flap methods using lower abdominal tissue, DIEP free flap method preserves function of the rectus muscle completely. Understanding the entire progression of breast reconstruction methods using lower abdominal tissue is necessary for plastic surgeons; the understanding of each step of the exciting progression and the review of the past history of the TRAM flap may provide insight for future development.
Subject(s)
Female , Humans , Breast , Congenital Abnormalities , Free Tissue Flaps , Mammaplasty , Mastectomy , Perforator Flap , Smoke , Smoking , Tissue DonorsABSTRACT
Objective To present a method for breast reconstruction with the deep inferior epigastric perforator (DIEP) flap and to summarize the operative experiences. Methods DIEP flaps were elevated without carrying rectus abdominis muscle. The breast was shaped after the deep inferior epigastric artery and vein were anastomosed to the internal mammary artery and vein. Results Since 2000, we have used the DIEP flaps in 15 cases of breast reconstruction. There were 100 % survival in 10 flaps, distal skin necrosis in 2 flaps, and a full loss in 2 flaps. With the follow-up of 6～12 months, the reconstructed breasts were well-shaped and there were no complications such as abdominal heria, bulge and weakness in donor sites. Conclusion DIEP flap is the development and refinement of TRAM flap and possesses of advantages such as rich blood supply, abundant tissue volume, minimal donor site morbidity and easy shaping. It is a new but reliable and safe technique for autologous breast reconstruction.
ABSTRACT
Objective To supply anatomic foundation for TRAM and DIEP flaps breast reconstruction with both sensory innervation and rectus abdominis muscle function preserved. Methods Dissections of T8～T12 nerves in anterior abdominal wall were performed on 9 embalmed female cadavers (18 sides). By reconstructing DIEP flaps in 15 cases, the natures of the intercostal nerves and the relations with deep inferior epigastric perforators were investigated. Results Most intercostal nerves pierced the rectus abdominis muscle in the lateral one third. There were interconnections between muscular branches of segmental nerves. Sensory branches traveling with vascular perforators were divided into medial branch and lateral branch. The mean length of pure sensory nerve was (27.6?12.2)mm. Conclusion It is possible to preserve sensory innervation by coapting lower intercostal nerves to the 4th thoracic nerve in TRAM and DIEP breast reconstruction. Sparing lateral one third of rectus abdominis muscle does not cause denervated atrophy in the rectus abdominis muscle after TRAM breast reconstruction.