Bilateral cheek-to-nose advancement flap: an alternative to the paramedian forehead flap for reconstruction of the nose

Skin cancer on the nose is commonly treated with surgical excision resulting in defects that require closure. The surgeon is faced with many reconstructive options. The paramedian forehead flap is one commonly used technique. In this study we describe the bilateral cheek-to-nose advancement flap as an alternative to the paramedian forehead flap in patients with strong nasolabial folds and prominent cheek tissue laxity, who require closure of MOHS surgery defects on the nasal dorsum and sidewall. Twelve patients were treated with the latter flap and evaluated after 2 weeks and 6 months. The patients' subjective and the surgeons' objective evaluation after 6 months were either completely satisfied or satisfied. The bilateral cheek-to-nose advancement flap is a reliable tool in the interventional portfolio of the reconstructive surgeon.     

Utility of the lateral arm flap in head and neck reconstruction

Soft-tissue defects of the head and neck are often reconstructed with fasciocutaneous free flaps. The radial forearm flap is used most commonly, however the lateral arm flap may be the flap of choice in certain situations. Advantages include flap elevation with simultaneous tumor ablation, avoidance of intraoperative patient position changes, and primary closure of the donor site. After extirpative procedures of the head and neck region, 4 patients were reconstructed with the lateral arm flap. Flap survival was 100%, a vein graft to supplement the short pedicle length was necessary in 1 patient, all donor sites were closed primarily, and secondary procedures to reduce flap bulk were necessary in 2 patients. The lateral arm flap is an excellent alternative to the radial forearm flap and should be included in the armamentarium of the reconstructive head and neck surgeon.     

The pedicled occipital artery scalp flap for salvage surgery of the neck.

A small group of patients with complex head and neck cancer present with problems of wound healing following radiotherapy and reconstructive surgery. Provision of skin cover to the neck in these cases is often required and presents a challenge to the reconstructive surgeon. We present the use of a pedicled scalp flap based on the occipital artery for such defects. This flap is an axial patterned scalp flap incorporating hair-bearing skin. It may be up to 15 cm wide and can reach beyond the midline of the chin. The anatomy of the flap is described and its use illustrated in three cases. This flap is a useful addition to the options for reconstruction of neck defects in patients with head and neck cancer.     

Eyebrow Reconstruction With the Subcutaneous Island Pedicle Flap

BACKGROUND: Surgical defects of the eyebrow region routinely present a cosmetic challenge to the reconstructive surgeon. OBJECTIVE: To present the use of a commonly employed reconstructive technique for an uncommon location. METHODS: Defects and repairs are demonstrated to illustrate techniques and document outcomes. The biomechanical influences on flap choice are explored. RESULTS: The subcutaneous island pedicle flap yielded excellent functional and cosmetic results when medium or larger defects were confronted in the eyebrow region. A centrally based pedicle enhanced cosmetic outcome, while rendering an uncompromised vascular supply. CONCLUSION: The subcutaneous island pedicle flap provides a competitive repair alternative when reconstructing substantial defects of the eyebrow region.     

The two-handed template for planning fibular free flap reconstruction of the head and neck

Fibular free flap reconstruction of head and neck defects is complex, and the anatomic relationships among components of the fibular flap pose challenges to reconstructive surgeons. Various techniques have been employed in planning for fibular free flap procedures, but these are often cumbersome and difficult to implement in clinically. We devised a simplistic tool for pre-operative leg selection, wherein the surgeon uses two hands to represent the various components of the fibular flap. The senior author has used this method to aid in leg selection for fibular free flaps. In all cases, utilization of this technique allowed for appropriate leg selection relative to the location of the vascular pedicle and posterior crural septum. The two-handed template for fibular free flap reconstruction is a simple, reproducible, and affordable tool that can aid reconstructive surgeons when they are planning to use a fibular flap.     

Posttraumatic upper extremity wound coverage utilizing the extended deep inferior epigastric flap.

The extended deep inferior epigastric artery (DIEA) flap was used in 4 patients with traumatic mid upper extremity wounds. Although there are numerous flaps available for resurfacing upper extremity defects, including the groin, thoracoepigastric, and a host of microvascular flaps, in each of these patients a preoperative consideration necessitated a novel approach. The DIEA flap is based on an axial vascular watershed resulting in a long, thin, well-vascularized, supple skin flap, which proved extremely effective in solving the reconstructive needs of these patients. The flap is technically simple to elevate and quite versatile. In all patients, the flaps survived and healing of the wounds was achieved. The DIEA flap should be considered a valuable reconstructive alternative when faced with elbow and forearm defects.     

Plastic surgery repair of abdominal wall and pelvic floor defects

Urologists often encounter large perineal and abdominal wall defects, the treatment of which may require close collaboration with the plastic surgeon. These complex defects can be successfully treated using a variety of techniques. Ventral hernias or freshly created abdominal wall defects can be treated with the basic principles of tension-free closure using abdominal wall components separation, synthetic mesh reconstruction, and, more recently, biosynthetic acellular dermis reconstruction. Pelvic floor defects often require flap reconstruction using gracilis flaps, vertical rectus abdominis myocutaneous flaps, or local fasciocutaneous flap. In this article, we seek to familiarize the urologists with the most common techniques used by plastic and reconstructive surgeons in the treatment of these complicated pelvic floor and abdominal wall defects.     

Volume-directed facial soft tissue deficit reconstruction

Extensive facial soft tissue volume deficits can pose a significant challenge to the facial reconstructive surgeon. These defects are typically the result of trauma, tumor extirpation, or congenital defects and produce troubling cosmetic and functional morbidities for the patient if the appropriate reconstructive paradigm is not embraced. Many options are available, ranging broadly in invasiveness, need for donor sites, and longevity of result. Several of these options include recent technologies, such as injectable fillers and implantable biomaterials, and advances in free flap design and reductions in overall free tissue morbidity propel the expanding use of microvascular free tissue transfer. With this myriad of options, the surgeon must fully evaluate the extent and depth of the soft tissue injury, weigh the advantages and disadvantages of each reconstructive option, and finally compose a flexible and graduated reconstructive strategy to suit each patient and each defect. A thorough knowledge of these techniques is paramount. The purpose of this review is to broadly highlight the spectrum of reconstructive options and strategies for facial soft tissue volume reconstruction available to the facial reconstructive surgeon.     

Versatility of the island forearm flap in the management of extensive skin defects of the hand

SUMMARY: Even the most meticulously performed reconstructions of the hand are at risk of failure if appropriate soft tissue coverage has not been ensured. The radial forearm flap has been found useful in various applications involving soft tissue coverage of skin defects not only of the upper and lower extremities, but in other plastic reconstructive procedures as well. Most hand and microsurgeons will agree that the island radial forearm flap offers several important advantages for covering defects in the hand. The versatility of this flap offers valuable options for the surgeon as it may include bone, nerve or tendons to be used as a complex flap. Its reliability is attributed to the fact that since no anastomosis of vessels is required, the risk of thrombus formation at the anastomosis site is eliminated.     

Reversed superficial sural artery adipofasciocutaneous flap: is it a versatile flap?

One of the major problems faced by the reconstructive surgeon is how to cover soft tissue defects having exposed bones and tendons in the lower third of the leg, ankle, heel, and foot. The distally based superficial sural artery flap is an effective alternative for such reconstructions. The distally based superficial sural artery adipofasciocutaneous flap is supplied by the perforators of peroneal artery as a reverse flow flap. From 1999 to 2004, we used a distally based superficial sural artery flap for the reconstruction of the ankle heel and foot in 11 patients. The largest flap used was 15 cm in width and 18 cm in length. Nine flaps survived completely and two necrosed partially. Mild edema and congestion were observed in most of the flaps, but these observed conditions improved with time. The main advantages included reliable blood supply without sacrificing any major artery of the limb and easy, simple, and quick elevation.     

The reverse radial forearm flap for soft tissue reconstruction of the wrist and hand

Soft tissue defects of the upper extremity must be carefully assessed to determine the most appropriate method of coverage. Direct closure and local flaps represent the most basic techniques on the reconstructive ladder; however, they are inadequate for large or complex defects. Split thickness skin grafts are appropriate for granulating wounds with a bed of vascularized tissue; however, if there is an exposed joint or bone devoid of periosteum or tendon devoid of paratenon, there will be insufficient neovascularization, and the graft will inevitably fail. The reconstructive hand surgeon must then pursue more complicated techniques for wound coverage based upon knowledge of the available pedicled and free flaps. The reverse radial forearm flap potentially offers thin, mobile skin with similar characteristics to the skin over the dorsum of the hand. This flap is more versatile than the groin flap and probably more reliable than the posterior interosseous artery flap for coverage of moderate-sized defects of the dorsal or palmar wrist and hand and is specifically indicated for coverage of degloving injuries of the dorsal wrist and hand, after release of thumb-index finger web space, and for coverage of amputations of the thumb in preparation for toe-to-thumb transfer.     

Aesthetic considerations in mandibular reconstruction

As free tissue transfer methods have improved, vascular bone grafting has become state of the art for reconstruction of mandibular defects. Prior studies have focused on flap survival and functional outcomes. The reconstructive surgeon should also strive to attain lofty aesthetic goals for this group of patients. The best results are achieved when patient factors, flap selection, treatment planning, and surgical techniques are all considered and properly selected.     

The submental artery island flap for head and neck reconstruction

Background : Following excisional surgery for head and neck cancer, most complex defects are reconstructed using microvascular free tissue transfer. These methods offer many advantages; however, they are of increasing complexity with attendant risks of flap loss and donor site problems. The submental artery island flap is a recently described local flap that may be used for reconstruction of the lower and middle thirds of the face and oral cavity, and offers the advantages of simplicity, reliability and excellent cosmesis. We have been using this flap as an alternative to free tissue transfer, and in this paper we present our series of 11 cases, after a review of the recent literature, anatomy and surgical technique. The advantages and limitations of the use of this flap are presented. Methods : A consecutive series of 11 patients in which this reconstruction was performed was reviewed retrospectively, and the results studied. Advantages and disadvantages of this reconstructive method were determined to define appropriate indications and contra‐indications for its use. Results : We have used this flap in 11 patients for post‐excisional soft tissue reconstruction of the head and neck, both as skin and as a mucosal replacement. In all but two patients the results were satisfactory, with excellent cosmesis when used as skin replacement. One patient required secondary debulking and one had complete flap loss. In all, the donor site was satisfactory. Conclusions : The Submenal Artery Island Flap is a useful addition to the reconstructive surgeon’s options and has definite advantages over distant flaps in terms of ease of dissection, final cosmetic appearance and donor site appearance.     

Reconstruction of the chin using an expanded deltopectoral flap following multiple recurrences of oral cancer

An important alternative to free tissue transfer in patients requiring correction of soft tissue chin defects are local and regional flaps, such as the pectoralis major myocutaneous flap and deltopectoral flap. With predictable vascular supply, potential for large size, and good aesthetic match for facial and cervical skin, the deltopectoral flap can offer the reconstructive surgeon additional options in patients who lack vessels suitable for free tissue transfer. The use of an expanded deltopectoral flap for a staged reconstruction of the chin in a patient with cancer recurrences, concomitant resections, radiation and multiple reconstructions is reported.     

Reverse temporalis muscle flap for the reconstruction of orbital exenteration defects

Orbital exenteration is a surgical procedure that results in devastating functional and aesthetic losses. Many reconstructive techniques, ranging from spontaneous epithelialization to free flaps, have been described for orbital exenteration defects. The temporalis muscle flap is one of the most frequently used flaps to obliterate the orbital cavity, but only a small portion of the muscle can be used for this purpose because most of the muscle is used as the pedicle. The reverse temporalis muscle flap based on the superficial temporal vessels is a versatile flap by which the entire temporalis muscle can be elevated and carried to defects beyond the midline. The authors have used this flap for orbital reconstruction after exenteration in 6 patients with successful results. This flap enables placement of highly vascularized tissue that provides the reconstructive goals of primary healing, obliterates dead space with separation of the orbit from the nasal cavity or sinuses, provides the potential for early postoperative radiotherapy, and offers possible flaps that can be used in combination for complex, wide defects.     

The total thigh flap in reconstructive surgery

Plastic surgeons have sometimes to face large pelvic tissue defects, particularly in paraplegic patients with recurrent pressure sores. This is frequently a reconstructive challenge and different locoregional flaps may be useful to manage those wounds when medical solutions were unsuccessful. However, in cases when other reconstructive options have been exhausted the total thigh flap represents the last acceptable solution to cover the defects by providing a large volume of healthy tissue. We remind here the operative technique and its interest in reconstructive surgery by reporting our experience in two patients for which this flap was successfully used.     

Aesthetic aspects in reconstructive microsurgery

The reconstruction of a part of the body that has lost or inhibited function has been the most important aspect of reconstructive surgery in the past. Because of the existence of better techniques and the patient's wish for social reintegration, the plastic surgeon today is forced to consider the aesthetic results of his work more than in the past. Sometimes microsurgical procedures in reconstructive surgery are the only chance for the patient to be healed or palliated. Experience with more than 350 free tissue transfers gave us the opportunity to estimate the value of a donor flap with respect to the requirements of the receiving site. To satisfy the high aesthetic demands in these cases, it was necessary for the right place and shape the flap to fit as closely as possible, even if further corrections were necessary to achieve a satisfactory result. The transfer of latissimus dorsi and radial forearm flaps to the face and lower leg is discussed in cases of tumorus diseases and severe injuries of young and old patients.Presented to the IXth Congress of the International Society of Aesthetic Plastic Surgery, New York, October 13, 1987     

Current concepts in cheek reconstruction

For cutaneous cheek defects, the reconstructive surgeon should strive to optimize tissue match and scar camouflage while minimizing the distortion to neighboring facial landmarks. The surgeon must have an intimate understanding of the local anatomy and must be able to use the appropriate flap for the given characteristics of each defect and patient. Knowledge of several types of flaps and versatility in modifying these flaps from their "textbook" geometry are required. This article highlights an approach to local flap reconstruction with a review of flap modification for particular situations.     

Refinements in free flaps for head and neck reconstruction

The decade of adolescence of microsurgical techniques of head and neck reconstruction has led to a further clarification of the indications and methods for microsurgical reconstruction of head and neck defects. A review of the defects and the variety of flaps available for reconstruction leads to an increased understanding of the advantages and disadvantages of these various methods. When assessing a defect in the head and neck for microsurgical reconstruction, the surgeon should consider the various advantages of the flap to be used and weigh them against the disadvantages. The specialty has long since passed the point when one or two donor flaps could be considered to answer all of the reconstructive questions. We must now thoughtfully consider all the available options before settling on a course of treatment.     

Coverage of difficult wounds around the knee joint with prefabricated,distally based sartorius muscle flaps

The coverage of soft-tissue defects around the knee joint presents a difficult challenge to the reconstructive surgeon. Various reconstructive choices are available depending on the location, size, and depth of the defect relative to the knee joint. However, the knee joint frequently accompanies injuries to the lower leg that may limit the use of muscle flaps, especially the gastrocnemius muscle. The use of a free flap is preferred for reconstruction involving obliteration of large-cavity defects, but the isolation of recipient pedicle can be difficult because of the extent of injury zone and in cases of chronic infection around the knee. To provide muscle bulk with a reliable vascular supply, the distally based, prefabricated sartorius muscle flap was used as a last resort to reconstruct difficult wounds with chronic osteomyelitis around the knee joint in 6 patients from June 1995 to May 2001. This method is a two-stage procedure. First, the sartorius muscle is prefabricated by denervation and vascular delay. Silicone sheets are used to increase the vascularity and dimension of the flap. Second, after 3 weeks, the muscle is transposed based on a distal pedicle to reconstruct the soft-tissue defect around the knee. The prefabricated sartorius muscle can provide efficient bulk to obliterate the dead space and to cover moderate-size soft-tissue defects around the knee joint. This method can be considered to reconstruct the soft tissue around the knee joint when local muscle flaps and free flaps are not feasible.