Ulnar nerve anteposition with adipofascial flap, an alternative treatment for severe cubital syndrome.

BACKGROUND: Ulnar nerve entrapment at the elbow is the second most common cause of nerve entrapment in the upper limb. Surgical techniques mainly include simple decompression, decompression with anterior transposition and medial epicondylectomy. METHODS: We performed decompression with anterior transposition and protected ulnar nerve by adipofascial flap (a random flap with radial based vascularization, harvested through the avascular plane of Scarpa's fascia. We analyzed patients who underwent ulnar nerve ante-position from 2015 to 2022 according to inclusion and exclusion criteria for a total of 57 patients. All patients included were graded on the McGowan's classification Messina criteria and the British Medical Research Council modified by Mackinnon and Dellon. RESULTS: The average McGowan's score was 2.4 (± 0.6), Messina's criteria 91.2% indicated a satisfactory or excellent result, sensibility at 6 months was 98.5% S3 or more. A preferential technique has not yet been defined. CONCLUSIONS: The adipofascial flap offers numerous advantages in providing a pliable, vascular fat envelope, which mimics the natural fatty environment of peripheral nerves and creates favorable micro-environmental conditions to contribute to neural regeneration via axon outgrowth.

Application of depithelized gracilis adipofascial flap for pelvic floor reconstruction after pelvic exenteration.

BACKGROUND: Pelvic exenteration is a radical surgery performed in selected patients with locally advanced or recurrent pelvic malignancy. It involves radical en bloc resection of the adjacent anatomical structures affected by the tumor. The authors sought to evaluate the clinical application of a depithelized gracilis adipofascial flap for pelvic floor reconstruction after pelvic exenteration. METHODS: A total of 31 patients who underwent pelvic floor reconstruction with a gracilis adipofascial flap after pelvic exenterationat Peking University Third Hospital from 2014 to 2022 were enrolled in the study. The postoperative follow-up durations varied from 4 to 12 months. RESULTS: The survival rate of the flap was 96.77% with partial flap necrosis in one case. The total incidence of postoperative complications associated with the flap was 25.81%, with an incidence of 6.45% in the donor site and 19.35% in the recipient site. All complications were early complications, including postoperative infection and flap necrosis. All patients recovered after treatments, including anti-infectives, dressing change, debridement, and local flap repair. Long-term follow-up showed good outcomes without flap-related complications. CONCLUSIONS: A depithelized gracilis adipofascial flap can be applied for pelvic floor reconstruction after pelvic exenteration. The flap is an ideal and reliable choice for pelvic floor reconstruction with few complications, an elevated survival rate, sufficient volume, and mild effects on the function of the donor site.

The medial adipofascial flap for infected tibia fractures reconstruction: 10 years of experience with 59 cases.

OBJECTIVE: The purpose of this study was to evaluate the results of the medial adipofascial flap (MAF) in infected tibia fractures reconstruction and to identify criteria for success or failure. PATIENTS AND METHODS: Fifty-nine patients treated with a MAF were enrolled. Age, BMI, tobacco use and bone status were recorded. Early and late postoperative complications were assessed. Bone healing and flap success were systematically evaluated at 12 months. RESULTS: Tibia fractures were initially open in 48 cases (81%) and closed in 11 cases (19%). Infection was acute (<30 days) in 9 cases (15%) and chronic in 50 (85%). Thirty-one patients (53%) experienced no early postoperative complications (<30 days). There were 10 (17%) cases of necrosis of the skin graft, 2 (3%) cases of necrosis and 4 (7%) haematomas in the harvesting area, 7 (12%) cases of partial flap necrosis at its tip and 4 (7%) flap failures. None of the criteria was statistically correlated with the occurrence of a complication. At 12 months, 53 flaps (90%) were successful. Immediate skin graft were significantly correlated with flap success (P=0.05). Forty-six patients (78%) had complete bone healing documented by CT scan. CONCLUSION: The MAF provides a reliable alternative for lower leg reconstruction. Its major advantages are sparing of the major leg vessels, no donor site morbidity and relatively easy and rapid dissection.

The Use of a Retromammary Adipofascial Flap in Breast Augmentation for Patients with Thin Soft Tissue.

BACKGROUND: In patients with a thin soft tissue breast envelope, lower pole implant palpability is a postoperative sequela that concerns patients. Anatomically, the lower aspect of the breast near the inframammary fold lacks sufficient soft tissue to cover the breast implant after augmentation. METHODS: A transareolar incision was made, and subcutaneous dissection was performed. The dissection first proceeded caudally to the lower aspect to the breast parenchyma. The dissection then changed direction and moved cephalad to the mid breast or nipple region. The fatty tissue and pectoralis muscle fascia were cut transversely at this level, and the dissection was reversed caudally in a subfascial plane to the new inframammary fold region. This maneuver created a retromammary adipofascial flap. RESULTS: A total of 368 breast augmentations were performed in 184 patients. Breast implants were inserted in the subfascial plane in 40 patients (21.7%) and in the subpectoral-subfascial plane in 144 patients (78.3%). A total of 368 breast implants were inserted, including 140 smooth cohesive silicone implants (38.0%), 2 textured round implants (0.5%), and 226 anatomic-type implants (61.5%). A cadaveric dissection revealed that a retromammary adipofascial flap measuring 3-4 mm in thickness can be acquired. Capsular contracture occurred in six breasts (1.7%). CONCLUSIONS: During breast augmentation, an inferiorly based retromammary adipofascial flap can be created to help cover the lower pole of the breast from implant palpability. This is helpful especially in patients with thin skin, hypoplastic breasts, or constricted breasts. LEVEL OF EVIDENCE IV: This journal requires that authors assign a level of evidence to each article. For a full description of these Evidence-Based Medicine ratings, please refer to the Table of Contents or the online Instructions to Authors www.springer.com/00266 .

Adipofascial perforator flaps: Its role in reconstruction of soft-tissue defects of lower leg and ankle.

BACKGROUND: Despite advances in surgical skills, adipofascial flaps are still less preferred option for coverage of leg defect. We evaluate the use of perforator-based adipofascial flap in small-to-medium-sized soft-tissue defects in the lower limb. PATIENTS AND METHODS: After localisation of perforators along the major axial vessels in the lower limb using handheld Doppler, adipofascial flap based on the nearest best perforator of anterior tibial artery, posterior tibial artery and peroneal artery was raised to cover soft-tissue defect in 21 patients. The flap was transposed over the defect and covered by split-skin graft. Donor site was primarily closed. Flap complications, functional and aesthetic outcomes are noted in follow-up. RESULTS: There was partial loss of flap in five patients. After debridement and dressings, split-skin grafting was done for four patients and one patient was managed with local flap. Scar over the flap was stable with no reports of recurrent ulceration or breakdown of wound in 6-month follow-up. Four of five patients reported adequate healing of the fractured bone. Average visual analogue score was 8.24/10 for appearance of donor site as evaluated by the patient. CONCLUSIONS: Perforator-based adipofascial flap is a good alternative for coverage of small-to-medium-sized soft-tissue defect of the leg, particularly over the malleolus and lower part of the leg. Use of adipofascial tissue and primary closure of the donor site causes minimal donor-site morbidity. Adipofascial perforator flap provides aesthetically superior recipient-site scar with satisfactory functional outcome.

Versatility of the Perforator-Based Adipose, Adipofascial, and Fasciocutaneous Flaps in Reconstruction of Distal Leg and Foot Defects.

Reconstruction of the distal leg, ankle, and foot is challenging, and local perforator flaps have emerged as valuable options. The aim of the present study was to evaluate the outcomes of local perforator flaps in the distal lower extremity. A total of 14 local perforator flaps were used in 12 patients (9 males [75%] and 3 females [25%], aged 19 to 83 years). The etiologies included 7 motor vehicle accidents (50%), 2 acute burns (14.29%), 2 chronic wounds (14.29%), 1 postburn contracture (7.14%), 1 gunshot wound (7.14%), and 1 malignancy (7.14%). The defects were localized to the mid-leg in 3 cases (21.43%), ankle in 4 (28.57%), calcaneus in 4 (28.57%), and foot in 3 (21.43%). A peroneal artery perforator flap (11 sites [78.57%]) or a posterior tibial artery perforator flap (3 sites [21.43%]) was used. Of the 14 flaps, 8 (57.14%) were fasciocutaneous, 4 (28.57%) were adipofascial, and 2 (14.29%) were adipose. The flap transfers were rotational in 9 cases (64.29%), flipped in 2 (14.29%), propeller in 2 (14.29%), and transcrural in 1 (7.14%). The flap dimensions ranged from 8 cm × 5 cm to 22 cm × 5 cm. Finally, 12 flaps (85.71%) remained viable, 1 (7.14%) had partially sloughed, and 1 (7.14%) had completely died owing to a hypercoagulable state. Overall, 13 flaps (92.86%) had good outcomes after a median follow-up period of 19 (range 12 to 37) months. Perforator flaps in the lower extremity are versatile in terms of size, design, composition, and axis of rotation. They are reliable and safe when used to reconstruct local defects.

Adipofascial Perforator Flaps for Peripheral Nerve Resurfacing after External Neurolysis.

Background: External neurolysis is an important approach to treating symptomatic peripheral nerve entrapment. In cases of recurrent neurolysis or particularly extensive neurolysis, a paucity of overlying soft tissue for closure over the freshly liberated nerve presents a challenge to long-term surgical success as primary closure of this tissue may predispose the patient to recalcitrant epineural scarring. We report the intermediate term outcomes of the use of adipofascial perforator flaps as a means of vascularised tissue resurfacing of nerves in these difficult scenarios. Methods: We retrospectively reviewed patients undergoing external neurolysis for painful peripheral nerve lesions who subsequently had soft tissue reconstruction with local adipofascial flaps. Data with regard to age, gender, limb involved, duration of symptoms, number of prior surgeries, operative time, type of flap, vascular basis of flap, duration of follow-up, visual analogue pain score, monofilament sensory testing and complications were collected. Results: We included six patients (four women) with a minimum follow-up period of 17 months (range: 17-25 months). Age ranged from 39 to 60 years of age. Four cases involved the upper extremity and two the lower extremity. Symptoms had been present between 1 and 10 years. All operations utilised a local adipofascial flap perfused by a named perforating vessel emanating from an adjacent axial vessel. Operative time for flap creation and inset was 74 minutes, on average. There was one minor complication owing to superficial wound dehiscence. All patients reported substantial pain relief (≥five-point reduction on visual analogue scale; scores 0-3 at last follow-up) and objective sensory testing demonstrated improvement. Conclusions: Our report pays particular attention to surgical technique that is applicable to both upper and lower extremities in addition to intermediate term safety and pain outcomes. Level of Evidence: Level IV (Therapeutic).

A reliable option for wrist soft tissue defects: adipofascial flaps for immediate and late reconstruction.

Extensive volar injuries are common and devastating because of the long-term adhesion potency. The gliding effect of the adipose tissue is essential in preventing tendon adhesions after injury. In this study, we present the results of performing adipofascial flaps for the reconstruction of soft tissue defects following wrist trauma. The study included 15 patients. Adipofascial flaps were performed for immediate coverage of the tissue defect in 2 patients and for late adhesion-related problems in 13 patients. Flap dimensions varied from 8 × 14 to 8 × 20 cm. All but one of the flaps and skin grafts survived uneventfully. None of the patients, whether immediate or late, required another operation to address further adhesion problems. Since adipofascial flaps provide a gliding surface, they are a good choice for immediate coverage of soft tissue defects in the wrist that are not suitable for skin grafting alone as well as for late adhesion-related problems.

Lateral thoracic adipofascial flaps in the reconstruction of defects after breast-conserving surgery in breasts with ptosis mild ptosis or without ptosis.

OBJECTIVE: To study the feasibility, safety, and effectiveness of lateral thoracic adipofascial flaps in reconstructing the defects following breast-conserving surgery (BCS) in breasts with either no ptosis or mild ptosis. METHODS: 37 female patients who underwent BCS and lateral thoracic adipofascial flap breast reconstruction between June 2020 and July 2022 were analysed. Surgery-related complications, intraoperative positive margin, local recurrence, and cosmetic outcome were assessed. RESULTS: Three local complications occurred in patients, all of which were cured by conservative treatment. Additionally, four patients had intraoperative positive margins. After a median follow-up period of 17.5 months, none of the patients showed local recurrence. All patients achieved a satisfactory breast shape. Further, patients without ptosis achieved good volume and symmetry. However, the breast symmetry was not satisfactory for patients with ptosis. CONCLUSION: It is reliable and effective to use the lateral thoracic adipofascial flaps to reconstruct the defects after BCS when the breast is not ptotic and the lesions are located in the lateral and central quadrants.

The Double-Opposing Adipofascial Interposition Flap: A Novel Technique to Prevent Scar Tethering and Symptomatic Neuroma of the Superficial Radial Nerve After Trauma.

The superficial radial nerve (SRN) is vulnerable to injury following trauma with a high incidence of resultant nerve tether and neuroma formation. The SRN has an anatomical predisposition to neuroma formation, with research indicating that its propensity to neuroma development is out of proportion with its likelihood for injury. In addition, SRN neuromas have been described as one of the more painful and difficult neuromas to manage. Despite this, the published literature to date is chiefly focused on neuroma and scar tether treatment options rather than more impactful work on neuroma prevention, which can be safely delivered at the time of primary surgery. Treatment of established neuroma or nerve tether is notoriously difficult, and existing techniques have inconsistent outcomes, with patients often requiring multiple trips to the theatre. The authors present a novel technique for neuroma and scar tether prevention using an adipofascial flap accompanied by patient examples of our experience using this approach as an adjunct during the primary SRN repair, creating a gliding, interposing layer to prevent subsequent nerve traction pain and symptomatic neuroma. We identified five patients presenting with dorsal wrist injuries involving the SRN and one or more tendons. Patients' follow-up duration was a mean of 3.5 months (one to eight months). All follow-up patients showed no symptoms of a neuroma or nerve tether pain. All patients were discharged without re-referral or further surgery. Our patient sample demonstrates promising results using an adipofascial interposition flap as a prophylactic measure in traumatic injuries to reduce nerve tether pain and symptomatic neuroma formation in the SRN.

Reconstruction of Small-Sized Complex Defect on the Foot Dorsum Without Microsurgery: Intrinsic Adipofascial Flap.

Dorsal foot defects are difficult to cover and often require major flap surgery by microsurgeons, even for defects of limited sizes. Intrinsic adipofascial flaps for small-sized complex defects are simple and do not require microsurgery; thus, a flap specialist is unnecessary. This study aimed to assess our institutional experience with this technique and define its role in dorsal foot reconstruction. Nine patients aged 48 to 86 years with soft tissue defects of the dorsal foot were treated with the intrinsic adipofascial flap by rotating the adjacent adipofascial tissues from May 2019 and January 2021 in our institution. Demographic, clinical, and followup data were evaluated. Primary outcomes include flap viability, flap bulkiness, ability to wear shoes, and donor site morbidity. The mean followup period was 24.5 months (range, 10-30 months) and the mean defect size was 6.4 cm2 (range, 3.0-9.0 cm2). Eight flaps survived providing an adequate contour and durable coverage with a thin flap. Among 8 cases of healed flaps, 6 required secondary skin grafts while the other 2 healed spontaneously without additional operation. One patient (defect size: 3.0 cm × 3.0 cm) with underlying diabetes mellitus and peripheral arterial occlusive disease encountered flap total necrosis. Revisional flap surgery was performed to cover the flap total necrosis. In conclusion, the intrinsic adipofascial flap is a relatively simple and suitable method for complex dorsal foot defect reconstruction because it provides minimal donor site morbidity. However, relatively large defect size and comorbidities, such as underlying diabetes mellitus and vascular occlusive disease could accompany a risk of flap necrosis.

The Use of an Adipofascial Flap to Prevent Extensor Tendon Adhesions After Plating of the Proximal Phalanx of the Fingers: A Comparative Study.

BACKGROUND: Extensor tendon adhesions occurring after proximal phalangeal (P1) fractures are not uncommon. A previous report described the use of an adipofascial flap (AFF) to prevent adhesions after dorsal plating of the P1. The purpose of the study is to examine the results of open reduction and internal fixation with the use of an AFF (F group) and without (N group, that is, no flap used) in a larger group of patients. METHODS: A retrospective study involving a period of 11 years was conducted involving results of 21 unstable fractures of the P1 of the fingers in 18 patients. In all, 12 fingers were treated without any flap (N group) and 9 fingers were treated with the AFF (F group). For each patient, the total active motion (TAM) ratio, and the grip strength (Jamar) ratio were assessed, and adverse effects and the 10-point visual analogue scale (VAS) score were recorded. For statistical analysis, sample characteristics were described using mean ± standard deviation and median, and a Bayesian approach was used for inferential analysis. RESULTS: In the F group, the TAM ratio (84% ± 13% vs 65% ± 17%) was higher with a lower rate of adverse effects (OR: 0.067, 95% CI, 0.0035-0.58,) and a lower VAS score with evidence of the positive effect of the AFF. The Jamar ratio was similar in the 2 groups (F group 80% ± 25% vs N group 79% ± 19%) with no associated effect of the AFF on grip strength. CONCLUSIONS: The AFF is a reliable tool to reduce adhesions between plates and the extensor apparatus of the P1 and may be useful to improve finger function after plating of P1 fractures. TYPE OF STUDY/LOE: Therapeutic, Retrospective, Level IV.

A new indication and surgical procedure to reduce fat necrosis after breast-conserving surgery using an inframammary adipofascial flap.

BACKGROUND: There is little information on the risk factors for fat necrosis after breast-conserving surgery using an inframammary adipofascial flap (IAF). METHODS: We conducted a retrospective cohort study from a single institution evaluating the risk factors for fat necrosis after breast-conserving surgery using an IAF (n = 41) performed from 2005 to 2020 for newly diagnosed stage 0-2 breast cancer or phyllodes tumor. RESULTS: Age (≥50 years of age vs. <50 years of age), mammographic density (fatty vs. other) and operation period (before vs. after revision of surgical procedure and patient indication) were significantly associated with fat necrosis (p = 0.006, p = 0.04 and p = 0.02, respectively). CONCLUSION: Our study suggested that the use of an IAF with crescent dermis and selection of appropriate cases for IAF after breast-conserving surgery may be useful for the purpose of reducing fat necrosis. Further study is needed.

Modification of oncoplastic breast surgery with immediate volume replacement using a thoracodorsal adipofascial flap.

BACKGROUND: The treatment of early breast cancer using breast conservation therapy (BCT) commonly ensures local control and acceptable cosmetic results. We report a useful technique including the use of a thoracodorsal adipofascial cutaneous flap for reconstructing defects in the outer quadrant area after partial mastectomy, which achieved excellent results. METHODS: During the past 15 years, some modifications have been added to the original method at a rate of one modification every 2-5 years. We classified these modifications into the original method and four modified methods. Modification I: addition of a crescent-shaped dermis on the distant edge of the thoracodorsal adipofascial flap (TDAFF), Modification II: addition of a crescent-shaped dermis on the proximal edge of the TDAFF, Modification III: addition of inframammary formation plus Modification II, and Modification IV: change of a crescent-shaped dermis to a Benz-shaped (shaped like the Mercedes Benz logo) one plus Modification III. We compared the plastic period, postoperative complications, oncological results, and cosmetic results among the original and four modified groups. RESULTS: The patient number was 26, 9, 15, 23, and 10 in the original and Modification I, II, III, and IV groups, respectively. The median observation period was 115, 92, 67, 51, and 32 months, respectively. Postoperative complications were seen in 5 (19%), 0, 2 (13%), 1 (5%), and 0 patients, respectively. Local recurrence was seen in 3 (12%), 0, 0, 0, and 0 patients, respectively. Distant recurrence was seen in 1 (4%), 1 (11%), 3 (20%), 0, and 0 patients, respectively. Cosmetic results evaluated as good-excellent were seen in 19 (73%), 5 (56%), 11 (73%), 19 (83%), and 10 (100%) patients, respectively. CONCLUSIONS: Oncoplastic surgery using an immediate volume replacement technique with a thoracodorsal adipofascial flap was improved by adding some modifications.

A Three-Step Method for the Treatment of Radioulnar Synostosis with Posterior Radial Head Dislocation.

Congenital radioulnar synostosis with posterior dislocation of the radial head remains challenging to treat. We describe a three-step treatment method that combines radial shaft osteotomy with a custom-made device, ulnar shaft osteotomy, and local adipofascial flap elevation procedures. For posterior radial head dislocation treatment, osteotomy near the proximal radius cannot recover physiological rotation of the radial head. Thus, we chose a precise radial shaft osteotomy with a custom-made device according to preoperative planning based on three-dimensional evaluation of the bone deformation. Performing radial shaft osteotomy alone, however, may not be enough to achieve sufficient supination range of motion. We, therefore, also performed ulnar shaft osteotomy. Finally, we elevated the local adipofascial flap to prevent re-adhesion. In three patients, the range of motion of the elbow improved postoperatively. In conclusion, our three-step method does not require a microsurgical technique and is easy to perform.

Comparison of the outcomes of adipofascial and two-staged fasciocutaneous reverse sural flap in patients with lower leg trauma.

BACKGROUND: Distal one - third trauma of the lower limb is a complex condition to treat. The reverse sural flap is a time tested procedure for reconstruction of such defects especially in patients where free flaps are ruled out due to comorbidities. The purpose of this study is to compare the two modifications of the classical technique of reverse sural flap (adipofascial and fasciocutaneous) which is lacking in the literature. MATERIAL & METHODS: In this study, the authors conducted a retrospective analysis of 67 patients with lower one-third leg defects reconstructed with either adipofascial reverse sural flap (Group A, n = 37) or two-staged fasciocutaneous reverse sural flap (Group B, n = 30) in a tertiary care hospital in North India between 2015 and 2019. An evaluation of the different flap characteristics of the two variants of the reverse sural flap was done and compared. Mean follow up period was 12 months. RESULTS: The adipofascial group showed shorter operative time, was a single-stage and with better reach and aesthetic outcome. The complications did not differ except that for the adipofascial group was associated with unstable skin graft over the flap initially which did not require any treatment. DISCUSSION: Lower one-third defect of the lower limb has been a challenge for reconstructive surgeons all over the world. The goal of reconstruction is a functional lower limb. Although free tissue transfer is the preferred modality of treatment of such cases but it may not be possible in all cases due to various reasons. Reverse sural flap is a very lucrative local option for such reconstructions as it is easy to perform, reliable, low profile and bulk, require minimal facilities with less operative time. Adipofascial flaps represent an extremely useful modification of the reverse sural flap which is quick to perform with minimal donor site morbidity. CONCLUSION: Adipofascial reverse sural artery flap is a good option for patients with lower limb trauma with the added advantage of being single-stage and with better donor site cosmesis as compared to the fasciocutaneous reverse sural artery flap.

Lower-limb Flip-Flap: A simple reliable modification of adipofascial flap for extensive tibial crest cutaneous defect.

INTRODUCTION: Large cutaneous defects exposing the whole tibial crest are difficult to cover and are conventionally best treated with free flaps. This article describes a technical modification of the adipofascial flap in this indication. METHODS: The "flip-flap" is vascularized by the posterior tibial artery perforators harvested on the medial aspect of the leg. The hypodermal and fascial tissue is de-epidermized and elevated from the posterior midline up to the medial edge of the soleus muscle, then folded over the exposed tibial crest like a page of a book. RESULTS: A 27×6cm effect was successfully covered on a 72 year-old patient with vascular status precluding free flap. The flap healed by day 21. DISCUSSION/CONCLUSION: This technical modification is simple and allows coverage of large tibial crest skin defect when a free flap is not possible.

The Adipofascial Deltopectoral Flap to Cover the Brachial Plexus in Thoracic Outlet Syndrome and Radiation Plexitis.

Revascularisation of the brachial plexus is controversial. Traditional techniques use free tissue transfer of omentum, groin fat or muscle, on the principle of supplying rich quantities of vascularised tissue to wrap around the nerves permitting neural gliding and revascularising the scarred nerves. However, the complexity of an additional microsurgical procedure coupled with uncertainty of their effectiveness have curtailed their clinical application. We describe a local pedicled transposition flap that is a novel modification of the deltopectoral (DP) flap using only the subcutaneous adipofascial tissue vascularised by the medial pectoral perforators. This flap is harvested through the supraclavicular brachial plexus access incision. This avoids free tissue transfer and additional donor scarring, yet provides adequate volumes of well-vascularised tissue for mechanical protection and revascularisation of the plexus. We reviewed sixteen consecutive patients who underwent a pedicled adipofascial DP flap to protect the brachial plexus over the 20-year study period. Inclusion criteria were patients with recurrent thoracic outlet compression and patients with radiation plexitis. At latest follow-up (average 3.6 years), 75% of patients reported the improvement or resolution of symptoms. The majority of patients reported improved pain scores (82%) with an average pain visual analogue scale (VAS) score of 5.1. Patients were very satisfied with scar outcomes, reporting low Vancouver Scar Scale Scores and low scar VAS scores. Post-operative MR imaging, available in 31% of the cohort, demonstrates the maintenance of flap position and vascularity at an average of 2.1 years. This novel and simple technique is recommended in aiding revascularisation and cover of the brachial plexus in recurrent and recalcitrant plexopathy.

A case series of seven patients with recurrent median nerve neuropathy treated by the revision surgery of median nerve neurolysis and wrapping with radial artery perforator adipose flap.

Adhesion neuropathy of the median nerve with persistent pain can be a challenging problem. Currently, coverage of the median nerve with a well-vascularized soft tissue is deemed necessary after secondary neurolysis. Herein, we reviewed the outcomes of seven patients with a persistent median nerve neuropathy after a primary open carpal tunnel release or a median nerve repair, treated with neurolysis and median nerve wrapping with radial artery perforator adipose flaps. During the revision surgery, after a careful and complete neurolysis of the scarred median nerve, the distally based radial artery perforator adipose flap without its fascia was raised and rotated to wrap the median nerve. The mean size of the perforator flap was 1146 mm2, which was enough to wrap the median nerve in all patients. At 26 months postsurgery, both the visual analog scale score for pain with tingling, and the patient-reported outcome measures improved. There was no recurrence of the median nerve adhesion neuropathy and no major complications were noted. Tinel's sign at the palmar wrist completely disappeared in four patients and was relieved in three patients. The median distal motor latency becomes recordable, and closer to a normal compound motor action potential postoperatively in all patients. Secondary neurolysis and median nerve wrapping with a radial artery perforator adipose flap, which was modified to be softer and thinner than the radial artery perforator adipofascial flap, was a successful treatment for the recurrent median nerve neuropathy in terms of both pain relief and restoration of the hand function.

The reverse sural artery flap- How do modifications boost its reliability? A systematic analysis of the literature.

The reverse sural artery flap (RSAF) was first described approximately four decades ago and has since been used frequently for reconstruction of soft tissue defects in the distal part of the leg. Although the popularity of this flap never reached the extent of that of free perforator flaps, it still serves as a reliable alternative. This has been demonstrated by the increased rate of publication on the technique in recent years. The number of authors reporting data has risen up to 20 reports a year. During this time, several new modifications of the flap were inaugurated in order to boost the efficiency and reliability of the flap. The goal of this systematic analysis of the literature was to gain information on the influences of the modifications of the RSAF with regard to consistency and complication rates. An overall survival rate of 95% and a rate of complications of 14% were reported in all the analyzed cases. Some modifications were able to improve flap viability but not at a statistically significant extent. Venous supercharging and the adipofascial variant of the RSAF provided the best results. The RSAF is still a remarkable flap design, especially as a backup solution or in circumstances without a microsurgical skilled surgeon. Further investigation with controlled randomized prospective trials is vital to confirm this finding with more evidence.