Vascularized groin lymph node transfer using the wrist as a recipient site is a novel and reliable procedure that significantly improves postmastectomy upper extremity lymphedema.

In the last two decades, the anterolateral thigh flap has emerged as one of the most popular reconstructive options for multiple body sites. Based on a perforator flap harvest concept, the flap encompasses the advantages of versatility, pliability, and potential for composite tissue replacement. Although numerous anatomical variations exist, these are well-described, and flap safety remains uncompromised if certain anatomical boundaries are respected. Careful preoperative planning and identification of perforators remain the cornerstone of successful flap harvest. Once perforators are identified, variations in skin paddle design allow for multiple skin paddle configurations, central or eccentric orientations, and custom-made flaps tailored to fit almost any defect. A suprafascial dissection allows for "ultra-thin" flaps ideal for folding, tubing, or packing purposes. The versatility of the lateral circumflex femoral artery branches can be exploited to include muscle, iliac bone, tendon, fascia, or nerve in extended designs. The anterolateral thigh flap is currently the frontline choice for head and neck reconstruction, including intraoral, mandibular-maxillary, tongue, and facial defects, and is gaining popularity in abdominal and pelvis reconstruction. It can also be used as a pedicled flap in phallus or perineum reconstruction. More recently, the flap has proved to be extremely useful in skin resurfacing and even functional reconstruction in traumatic wounds. This review summarizes the anatomy, planning, flap harvest, donor morbidity, and clinical applications of the anterolateral thigh flap. An algorithm is proposed that facilitates a clear, problem-based approach for the use of this versatile reconstructive option.

The salvage procedures for venous compromised DIEP flap are better performed intraoperatively rather than postoperatively to prevent further complications. The engorged SIEV could be incorporated by anastomosing to an additional recipient vein or adding to the DIEV-internal mammary vein axis or substituting for DIEV.

No abstract

Advantages of the OPAC flap include a single donor site, 1 pair of recipient vessels, versatile 3-dimensional inset, adequate soft tissue augmentation, and better aesthetic and functional outcomes.

Both unilateral and bilateral DIEP flap breast reconstructions are safe, with a low risk of complications; however, bilateral reconstruction was associated with a higher risk of complications and total flap loss. This information should be highlighted to patients requesting bilateral breast reconstruction, particularly those requesting risk-reducing mastectomy and reconstruction.

No abstract

The Asian breast reconstruction patient is usually of lower mean age, lower body mass index (BMI), and has relatively small breasts. This study aimed to investigate the outcome of 1-stage immediate breast reconstruction using saline-filled implants in the Asian patients.Between April 2002 and July 2005, 30 patients underwent skin-sparing mastectomy and 1-stage immediate breast reconstruction with a saline-filled implant. Mean age was 42.9 years, with a mean BMI of 21.9 and a mean implant volume of 283 mL. The overall success rate was 96.6%, with 1 case of implant exposure secondary to chest skin necrosis. At mean follow-up of 21.5 months (range 6 to 40 months), 1 patient developed local recurrence (3.33%). Perfusion of the chest skin flap is reliable enough to allow 1-stage breast reconstruction with small saline-filled breast implants. We present this as an additional option for immediate breast reconstruction in thin women with small breasts.