Cases Of Flap Failure Research Articles

Complications and Functional Outcomes After Esophageal Reconstruction with an Intact Larynx.

Esophageal defects can result from primary pathologies such as malignancy or stricture, or secondary ones such as perforation due to trauma or iatrogenic injury. Techniques, management, and outcomes of reconstruction in this setting are poorly understood. Herein, we aim to highlight surgical outcomes in patients undergoing local and free flap reconstruction of esophageal defects in the setting of an intact larynx. Retrospective review of patients who underwent esophageal reconstruction with an intact larynx between 2009 and 2022 at our institution was performed. Ten patients met inclusion criteria. Esophageal reconstruction was performed for extruded spinal hardware (n = 8), and esophageal stricture (n = 2). Four patients underwent reconstruction with free tissue transfer, and six with local pedicled flaps. There were no cases of flap failure, esophageal fistula, hematoma, or wound dehiscence. One patient had post-operative bleeding requiring return to the operating room. Three patients had a postoperative wound infection, two of whom required washout. There were no unplanned 30-day readmissions. At three months after operation, all patients who were not tube feed-dependent prior to surgery returned to oral intake. Of the four patients who were tube feed-dependent preoperatively, three were tolerating oral intake at nine months postoperatively. Nine patients (90%) had stable flexible laryngoscopy exams pre- and postoperatively with no voice changes. Reconstruction of esophageal defects in the setting of an intact larynx can be challenging. In this series, surgical intervention with free tissue transfer and local pedicled flaps was effective in returning patients to oral intake with low long-term morbidity. 4 Laryngoscope, 134:1227-1233, 2024.

A simple free flap strategy using end-to-side anastomosis to the main vessels in injured extremity

BackgroundDuring free flap surgery, the surgeon sometimes encounters problems with anastomosis such as intractable arterial spasms or vessel size discrepancy in venous anastomoses. End-to-side (ETS) anastomosis has the advantages of limited chance of vessel spasm and easy handling by adjusting for vessel size discrepancy. We introduced the arterial and venous end-to-side anastomosis (AV-ETS) strategy, which is based on the ETS anastomosis to the main artery and accompanying veins, to avoid intraoperative anastomotic problems when creating a free flap. The aim of this study was to compare flap outcomes and intraoperative anastomotic problems before and after introduction of the AV-ETS strategy in extremity free flap surgery. Materials and methodsWe retrospectively examined 72 consecutive extremity free flaps. Before introducing the AV-ETS strategy, we used the conventional strategy in which the recipient artery was selected according to the number of the remaining main artery and the anastomosis technique was flexibly changed, although the end-to-end (ETE) technique was used in most cases. ResultsThe conventional group had 18 flaps and the AV-ETS group had 54 flaps. The rate of flap survival did not differ between these groups, and there were no cases of flap failure after the introduction of the AV-ETS strategy. The AV-ETS group had significantly fewer flaps that required a change in preoperative planning for the recipient artery or anastomotic site of the artery. ConclusionsThe AV-ETS strategy may facilitate reliable preoperative planning and the performance of stable free flap surgery without requiring a flexible response during surgery.

비혈관성 면에 적용한 비중격 피판 부전 2예

The nasoseptal flap (NSF) has been broadly used to reconstruct skull base defects as well as other head and neck site defects recently. Generally, NSF reconstruction may cover a defects successfully in many cases because of neurovascular pedicle that supplies necessary elements for flap to survive and re-establish. However, when NSF applied to cover the avascular surfaces such as osteoradionecrotic tissue which is induced by radiotherapy or artificial materials that used for bony structure reconstruction may lose an advantage and increasing possibility of flap failure. Therefore, we try to contemplate 2 cases of flap failure following application to avascular surfaces to prevent such a situations in future surgeries.

Caveats of Local Fasciocutaneous Flaps for Distal Leg Defects—Anatomical Study and Clinical Application

The present trend for the management of distal leg defects is to opt for a free flap with local flaps being relegated to the backseat. We studied the perforator anatomy of the distal leg in the Indian population to see if there were any ethnic differences and then correlated it with a clinical study of local flaps used for the coverage of distal leg defects. A prospective observational study was carried out in 2 phases—anatomical study and clinical study from December 2018 to March 2020. In the anatomical study, 8 fresh cadavers, i.e., 16 lower limbs were dissected and the perforator anatomy in the distal leg was identified. In the clinical study, all patients undergoing local, pedicled fasciocutaneous flap cover for defects involving distal third leg were included with ages between 15 and 60 years. In the anatomical study, posterior tibial artery perforators in the distal-most part were found as a group of up to 3 perforators. In the clinical study, a total of 47 patients were included with a mean age of 38.0 ± 10.9 (range 17-55) years and female:male ratio being 1:2.6. The largest defect size was 120 cm2 (mean 28.2 ± 23.8 [range 6-120] cm2) and the most commonly used flap was the reverse sural artery flap in 20 (42.6%) cases. Overall, complications were seen in 7 (14.9%) cases and there was no case of flap failure. Thus, local flaps are an excellent option for coverage of distal leg defects and offer results comparable to free flaps.

Risk of Microvascular Anastomosis Performed in Previous Treated Neck

Background and Objectives This study aimed to determine if a microvascular anastomosis on the neck, which had previously been treated, increases the risk of early complications, such as flap failure or hemorrhage and venous congestion that necessitates re-exploration.Subjects and Method A retrospective review was conducted on 274 cases of tumor resection with simultaneous free flap reconstruction from 2005 to 2019. Flap failure and re-exploration rate was evaluated according to the clinical variables including treatment history of recipient vessels.Results Twenty-one (7.7%) cases of flap failure were identified and re-exploration was conducted in 51 (18.6%) cases. Although the failure rate appeared to be high when micro-anastomosis was performed in the neck, where neck dissection with radiotherapy was previously performed (22.7%), there was no statistical significance compared with no previous treatment group. Previous neck dissection with irradiation was found to influence re-exploration {odds ratio (OR)=3.674 [95% confidence interval (CI) 1.348–10.014, <i>p</i>=0.011]} compared to no treatment. However, previous radiotherapy or surgery only did not show any significant difference compared to the untreated group. Venous congestion was the most common cause of re-exploration (50.1%), followed by hematoma (33.3%), and previous neck dissection with radiotherapy increased the risk of both [OR for venous congestion=3.056 (95% CI 1.009–9.255)], <i>p</i>=0.048, OR for hematoma=6.286 (95% CI 1.679–23.526), <i>p</i>=0.006] compared with no previous treatment. Radiotherapy alone did not change the risk of early complication.Conclusion Micro-anastomosis in a previously treated neck is feasible in terms of flap failure. However, micro-anastomosis in a neck, where neck dissection with radiotherapy were performed, may be more likely to cause complications such as venous congestion and hematoma that necessitate re-exploration.

The Use of the Bipedicled Deep Inferior Epigastric Perforator Flap for Unilateral Breast Reconstruction: A Systematic Review and Meta-analysis.

The use of abdominal flaps is recognized as a very advantageous approach for breast reconstruction with gradual refinements leading from the pedicled transverse rectus abdominis musculocutaneous flap to the criterion standard deep inferior epigastric perforator (DIEP) flap and its several variations. A systematic review with meta-analysis attempts to investigate the safety of the bipedicled DIEP flap for unilateral breast reconstruction. The literature search used "PubMed" database, and a relevant study conducted at the Queen Victoria Hospital was also included. The extraction of data included study type, follow-up, patients' age, body mass index, preexisting abdominal scars, timing of reconstruction, operating time, flap inset, pedicles' configuration, flap failure, revision, and complication rates. Proportions were pooled with Freeman-Tukey arcsine transformation, and meta-regression was performed to evaluate whether complication rates were modified by different variables. Fourteen eligible articles provided an overall sample of 486 flaps, with a median follow-up of 18.5 months. In most cases, immediate reconstruction with undivided flap was performed, with equal use of extraflap and intraflap pedicles' configuration. Only 4 cases of flap failure (0.82%) were documented, with 18% overall complications and 3% fat necrosis rate. The forest plot showed significant between-study heterogeneity, and meta-regression revealed marginal positive association between older patient and complication rate. Bipedicled DIEP flap for unilateral breast reconstruction is a technique that maintains the complications rate relatively low in challenging postmastectomy cases. Further comparative studies are needed to substantiate the findings of this study.

The modified bipedicled flap for reconstruction of oncological skin defects of the trunk and extremities

Oncological skin defects of the extremities and trunk can be challenging. Our modified bipedicled flap utilises the principle of the bipedicled advancement flap, but allows for direct closure of the donor site (as opposed to skin grafting). It does not rely on the preservation of perforators and it random pattern, making it extremely versatile. We aimed to assess the outcomes for patients reconstructed using the modified bipedicled flap technique including oncological safety and complications. Consecutive patients were retrospectively identified from July 2011 to January 2019 using operative records. Demographics, operative details, oncological data and complications were recorded from patient records and the institution's internal electronic patient records system. No cases, having a modified bipedicled flap, were excluded from this study. One hundred flaps in 98 patients were included. Mean defect dimensions were 61.7mm by 33.1mm. Median length of stay was 1 day, time to discharge from dressing clinic was 15 days, and the length of follow-up was 6.0 years. Eight patients required oral antibiotics for suspected localised wound infection, and 6 patients had minor wound healing problems. There were no cases of flap failure, partial flap loss, returns to theatre for flap-related complications, or local disease recurrence. To our knowledge, this is the largest series of bipedicled flaps published to date. Our technique is easy to execute, versatile, and allows for direct closure of the secondary defect with excellent cosmetic results. It is oncologically safe, with a low incidence of complications. We commend it for use in the reconstruction of oncological skin defects of the trunk and extremities.

Numerical simulations of different configured venous anastomosis in microvascular flap transfer

BackgroundFree flap surgery is a well-established method for covering large defects in the head and neck region. Most cases of flap failure are caused by venous thrombosis. Thus, there is a lot of discussion about the ideal design of venous anastomosis and its impact on the hemodynamics in the vessels. This study concentrates on the simulation of flow patterns of different designs of venous anastomoses. MethodsFirst, fluid flow rates were measured using transit-time flow measurement in the veins of 20 patients who received free flaps between 2016 and 2017. Five different designs of porcine anastomoses were scanned using micro-computed tomography, to create three-dimensional models. In the second step, numerical simulations of the blood flow were performed to gain insights into the vessel flow patterns. ResultsThe simulations revealed recirculation areas in the 60° and 90° end-to-side anastomoses, especially in combination with low fluid flow rates. In addition, there were large areas of recirculation in the 1:3 end-to-end anastomoses. ConclusionThe type of venous anastomosis should be decided individually. End-to-side anastomosis can be recommended in cases with high caliber differences or in those with high venous outflow. End-to-end anastomoses should be preferred in conditions with low venous outflow.

Using intestinal segments during secondary salvage procedures after failed reconstructions of the cervical oesophagus

The free anterolateral thigh (ALT) flap is commonly used for the reconstruction of the cervical oesophagus with satisfactory results. Its convenience and popularity make it a popular flap for reconstructive surgeons. The use of intestinal flaps, however, carries a higher level of technical difficulty and is normally performed as a primary reconstructive procedure. This report investigates the feasibility of intestinal flaps for the reconstruction of the cervical oesophagus and strategies to optimize its success when used as a secondary flap after primary ALT flap failure. We retrospectively reviewed 22 patients (age 39-72 years) who were men, between April 2013 and January 2015, with intestinal segments (free and pedicled ileocolon, jejunal and colon flaps) that were used secondarily to salvage failed primary free ALT flap reconstructions after hypopharyngeal cancer resection. Ten patients presented with leakage and 2 with tracheo-oesophageal fistulae as complications from the primary flap failure. Oral intake commenced around 1-month postoperatively. One case of flap failure was observed. The majority had no major postoperative complications. Patients were followed up (6-27 months), and 21 cases of a secondary intestinal flap were successful with the restoration of oesophageal continuity and oral intake. Intestinal flaps, free or pedicled, can be used secondarily after failed ALT flap reconstructions with minimal complications or morbidity. Intestinal flaps successfully allow restoration of gastrointestinal continuity with early commencement of oral intake and swallowing function.

The Low DIEP Flap: An Enhancement to the Abdominal Donor Site.

A serious drawback of the deep inferior epigastric perforator (DIEP) flap is an abdominal scar that is too high. Because the umbilicus should be incorporated into the flap territory, lowering the scar is very difficult. This report describes a new DIEP flap design where the flap is placed in the lowermost part of the abdomen, well below the umbilicus, similar to a mini-abdominoplasty. The low DIEP flap was used only for cases with moderately sized breasts and reliable perforators way below the umbilicus. The flap's lower border was on the pubic rim and the upper border was usually located 4 to 6 cm below the umbilicus. The donor defect could be closed primarily without umbilicus detachment. From May of 2014 to October of 2014, 47 consecutive cases underwent breast reconstruction with DIEP or superficial inferior epigastric artery flaps. Of these, 27 underwent low DIEP or low superficial inferior epigastric artery flap surgery. All breast reconstructions were successful except for one case of flap failure. When compared with the conventional DIEP flap, the weight of the low DIEP flap was smaller, and venous congestion was more common in the low DIEP flap cases. The abdominal scar left by the low DIEP flap was close to the pubic rim and could be concealed by underwear. The low DIEP flap is a new option for breast reconstruction that leaves a much more favorably located donor scar and umbilicus shape. However, planning with computed tomographic angiography is crucial to avoid venous insufficiency. Therapeutic, III.

Arteriovenous fistulas for microvascular head and neck reconstruction

Background In head and neck cancer patients, multiple surgeries and radiation can leave the neck depleted of recipient vessels appropriate for microvascular reconstruction. The creation of temporary arteriovenous fistulas using venous interposition for subsequent microvascular reconstruction has rarely been reported in the head and neck. The authors report the largest series of temporary arteriovenous loops for head and neck reconstruction in vessel-depleted necks. Methods The authors performed a case series of major head and neck reconstructions using temporary arteriovenous fistulas with a saphenous vein graft. A subclavian surgical approach was used. All reconstructions were performed at least two weeks after the creation of the initial fistula. Results The authors have performed nine reconstructive cases for malignancy using five different free flaps. The subclavian and transerve cervical arteries were used, and the subclavian, internal jugular and cephalic veins were used for microanastomosis. Two cases of flap hematoma and one case of venous pedicle compression were recorded. No cases of flap failure were reported. Conclusions Reconstruction using temporary arteriovenous fistulas is a reliable technique that can be used in the vessel-depleted neck, with excellent outcomes in experienced hands.

Utility of arteriovenous loops before free tissue transfer for post-traumatic leg defects.

Crush injuries of severe magnitude involving lower limbs require complex bone and soft tissue reconstructions in the form of microvascular free tissue transfers. However, satisfactory recipient vessels are often unavailable in the leg due to their vulnerability to trauma and post traumatic vessel disease (PTVD), which extends well beyond the site of original injury. In such situations, healthy recipient vessels for free flap anastomosis can be made available by constructing temporary arteriovenous loops with saphenous vein grafts, anastomosed to corresponding free flap vessels. Our study included 7 patients with severe crush injuries of leg due to rail and road traffic accidents. Long and short saphenous vein grafts were anastomosed to Femoral artery in the subsartorial canal in 2 cases and to large muscular branches and accompanying veins in rest of the cases. Free flap transfers were performed in the same sitting in 6 cases. One case showed insufficient dilatation of the vein loop and hence free flap transfer was staged. Free Latissimus dorsi, Gracilis and Rectus abdominis flaps were performed. There were two cases of flap necrosis – one in the case of a pathologic vein graft with staged flap transfer which showed vein thrombosis on re exploration. The other case of flap failure was caused by a hematoma underneath the flap. In another patient, secondary haemorrhage occurred on day 18, without any consequence to the flap. All the other cases had complete free flap survival. We consider the use of single stage arteriovenous loops, a valuable tool to increase the applications of free flap, whenever healthy recipient vessels are not available in the periphery of the trauma.

Arteriovenous fistulas for microvascular head and neck reconstruction.

In head and neck cancer patients, multiple surgeries and radiation can leave the neck depleted of recipient vessels appropriate for microvascular reconstruction. The creation of temporary arteriovenous fistulas using venous interposition for subsequent microvascular reconstruction has rarely been reported in the head and neck. The authors report the largest series of temporary arteriovenous loops for head and neck reconstruction in vessel-depleted necks. The authors performed a case series of major head and neck reconstructions using temporary arteriovenous fistulas with a saphenous vein graft. A subclavian surgical approach was used. All reconstructions were performed at least two weeks after the creation of the initial fistula. The authors have performed nine reconstructive cases for malignancy using five different free flaps. The subclavian and transerve cervical arteries were used, and the subclavian, internal jugular and cephalic veins were used for microanastomosis. Two cases of flap hematoma and one case of venous pedicle compression were recorded. No cases of flap failure were reported. Reconstruction using temporary arteriovenous fistulas is a reliable technique that can be used in the vessel-depleted neck, with excellent outcomes in experienced hands.

Endoscopy-Assisted Total Mastectomy Followed by Immediate Pedicled Transverse Rectus Abdominis Musculocutaneous (TRAM) Flap Reconstruction: Preliminary Results of 48 Patients.

Endoscopy-assisted breast surgery performed through minimal axillary and/or periareolar incisions is a viable option for patients with breast cancer. In this study, we report the preliminary results of patients with breast cancer who underwent endoscopy-assisted total mastectomy (EATM) followed immediately by pedicled transverse abdominis musculocutaneous (TRAM) flap reconstruction. Patients in this study comprised women with breast cancer who received EATM and pedicled TRAM flap reconstruction. Clinicopathologic characteristics, type of surgery, complications, and rate of recurrence were recorded. The cosmetic outcomes were evaluated objectively by the surgeons and subjectively by the patients at 3-month postoperative follow-up. A total of 48 patients underwent 49 EATM procedures followed by pedicled TRAM flap reconstruction. Of them, 79.6% underwent endoscopic-assisted nipple-sparing mastectomy and 20.4% received endoscopic-assisted skin-sparing mastectomy. The types of cancer among these patients included ductal carcinoma in situ in 34.7%, stage I cancer in 36.7%, stage II cancer in 24.5%, and stage IIIa cancer in 4.1% patients. Mean tumor size was 2.1 ± 1.4 cm. There were no cases of flap failure. Partial nipple areolar complex ischemia/necrosis occurred in 4 (10.3%) patients; however, all cases resolved after conservative treatment. In the aesthetic outcome evaluation, EATM + TRAM were associated with 89.8% good, 8.2% fair, and 2% unsatisfactory result. No local recurrence was observed during the follow-up period. EATM followed immediately by pedicled TRAM flap reconstruction is a safe procedure and results in good cosmetic outcome in women with early-stage breast cancer.

Reconstruction of two separate defects in the upper extremity using anterolateral thigh chimeric flap

We presented our experience on the use of anterolateral thigh (ALT) chimeric flap to reconstruct two separate defects in upper extremity. From December 2009 to August 2012, we used this ALT chimeric flap to reconstruct two separate defects in upper extremity on five patients (mean age: 36.6 years; range: 15 ∼ 47 years). The locations of defect were palm and fingers in four patients and forearm in the other patient. The sizes of defect ranged from 4.5 × 1.5 cm to 20 × 10 cm. A minimum of two separate perforator vessels in the flap were identified. The skin paddle was then split between the two perforators to shape two separate paddles with a common vascular supply. There were no cases of flap failure or re-exploration. Four donor sites were directly closed and one was covered by a skin graft. Donor-site morbidity was negligible. The ALT chimeric flap provides customized cover for two separate defects in upper extremity.

Intracranial Free Tissue Transfer for Massive Cerebrospinal Fluid Leaks of the Anterior Cranial Fossa

The management of large skull base defects with refractory cerebrospinal fluid (CSF) leaks treated with intracranially placed free tissue transfers was examined. A retrospective review of all cases of CSF leak presenting to the senior author from 1997 to 2008 in a private tertiary care referral practice was performed. Patients with intracranially placed free flaps were specifically examined for this review. In total 109 patients with skull base defects larger than 4 cm(2) or intractable CSF leaks were identified. Eighty-eight patients underwent reconstruction with local tissue flaps or free tissue grafts. Persistent massive leaks were repaired with 11 intracranial free tissue transfers. CSF fistulas were successfully closed in each instance, with no cases of flap failure or major complications. Intracranial placement of nonskin-bearing free tissue is an excellent treatment alternative for massive CSF leaks and refractory CSF fistulas related to large skull base defects.

Soft tissue management of children's open tibial fractures – a review of seventy children over twenty years

The management of open tibial fractures in children represents a unique reconstructive challenge. The aim of the study was to evaluate the management of paediatric open tibial fractures with particular regard to soft tissue management. A retrospective case-note analysis was performed for all children presenting with an open tibial fracture at a single institution over a 20-year period for 1985 to 2005. Seventy children were reviewed of whom 41 were males and 29 females. Overall, 91% (n = 64) of children suffered their injury as a result of a vehicle-related injury. The severity of the fracture with respect to the Gustilo classification was: Grade I, 42% (n = 29); Grade II, 24% (n = 17); Grade III, 34% (n = 24; 7 Grade 3a, 16 Grade 3b, 1 Grade 3c). The majority of children were treated with external fixation and conservative measures, with a mean hospital in-patient stay of 13.3 days. Soft tissue cover was provided by plastic surgeons in 31% of all cases. Four cases of superficial wound infection occurred (6%), one case of osteomyelitis and one case of flap failure. The limb salvage was greater than 98%. In this series, complications were associated with delayed involvement of plastic surgeons. Retrospective analysis has shown a decreased incidence of open tibial fractures which is reported in similar studies. Gustilo grade was found to correlate with length of hospital admission and plastic surgery intervention. We advocate, when feasible, the use of local fasciocutaneous flaps (such as distally based fasciocutaneous and adipofascial flaps), which showed a low complication rate in children.

Prélèvement suprafascial du lambeau antébrachial radial

The aim of this study was to assess the efficacy of dissection of radial forearm flap in a superficial plan above the deep fascia to prevent donor site problems.Eighteen radial forearm flaps were used for orofacial reconstruction: 11 suprafascial flaps and seven infrafascial flaps. We compared in the two groups: flap failure, graft success, tendon adhesions, sensory nerve damage at donor site.We observed one case of flap failure in the infrafascial group and one case in the suprafascial group. With suprafascial elevation flap technique, we noted 100% of grafts integration without tendon adhesion. In infrafascial elevation flap technique, four out of seven patients had delayed healing.The suprafascial dissection of free radial forearm flap creates a superior graft recipient bed ensuring early and complete successful graft.

End‐to‐Side Venous Anastomosis With an Anastomotic Coupling Device for Microvascular Free‐Tissue Transfer in Head and Neck Reconstruction

The purpose of this study is to demonstrate the success rate of using a coupling device for end-to-side venous anastomosis in patients undergoing free-tissue transfer (FTT) in head and neck reconstruction. Retrospective data were collected in consecutive series of 134 patients undergoing surgical resection of head and neck tumors followed by FTT. All microvascular FTTs were performed at Yale-New Haven Hospital between November 2001 and August 2007. The Unilink coupling device was used to perform arterial and venous anastomosis in this case series. Flap survival and thrombosis of the venous anastomoses were determined. One hundred thirty-four consecutive patients underwent a total of 137 microvascular FTTs using a coupling device. In our series, a total of 173 end-to-side anastomoses were completed in 96 patients. Of these, 77 patients had both venous anastomoses, 17 underwent one end-to-side and one end-to-end anastomoses, and two patients had one venous anastomosis per patient performed in end-to-side fashion. Reconstruction included 76 radial forearm, 17 fibula, and three rectus abdominis free flaps. There were three vascular insufficiency related complications of which two were salvageable. There was one case of flap failure (1%), resulting in a free flap survival rate of 99%. This largest reported series of end-to-side venous anastomoses with an anastomotic coupling device demonstrates feasibility and efficacy of this technique in head and neck reconstruction.

Reconstruction of very large defects: a novel application of the double skin paddle anterolateral thigh flap design provides for primary donor-site closure

The anterolateral thigh flap is becoming the flap of choice for reconstruction of soft tissue defects. By applying the chimaeric principle, we describe a technique to achieve primary donor-site closure in the use of the anterolateral thigh for the reconstruction of very large defects. A long anterolateral thigh flap is marked out using standard points of reference. At least two separate cutaneous perforator vessels are identified on hand-held Doppler and dissected in a retrograde fashion back to the descending branch of the lateral circumflex femoral artery. The skin paddle is then divided between the two cutaneous perforators to give two separate paddles with a common vascular supply. The skin paddles can now be stacked side by side on a flap inset, effectively doubling the width of the flap, whilst still allowing for primary donor-site closure. We have used this flap to reconstruct chest-wall and extremity defects on six patients (mean age: 28.6 years; range: 24-35 years). The largest defect was 30x18cm and the smallest 11x12cm in diameter. In each case, the width of the defect was too great to allow for direct closure of the donor site had a conventional anterolateral flap design been used. There were no cases of flap failure or re-exploration, and in all cases the donor site was closed primarily. The split-skin paddle anterolateral thigh flap provides bespoke cover for large soft tissue defects with improved morbidity and cosmesis of the donor site.