Outcome of latissimus dorsi free flap in-case of large scalp defect a single center study

Reconstruction of scalp and calvarial defects following trauma post burn and after tumor ablation frequently requires prosthetic cranioplasty and soft tissue coverage. Furthermore, patients often have advanced disease and receive perioperative radiotherapy following tumor ablation. We evaluated the outcome of scalp reconstruction in traumatic cases with a free Latissimus dorsi (LD) muscle flap in this setting. The aim of this study was to evaluate outcome of latissimus dorsi free flap in-case of large scalp defect. This prospective non-randomized study was conducted on 10 patients with scalp defects following trauma attended emergency unit and outpatient department of burn and plastic surgery, Dhaka medical college hospital (DMCH) in the period between July 2017 and June 2018. Durability of coverage, flap success, infection and overall satisfaction were studied. The age distribution of the study population shows highest number of patients (60%) were in middle (24-30 years) age group whereas lowest are in older group (30-50 years). The lowest age was 24 years and the highest age was 45 years. Highest number of patients (80%) were standard myocutanous type of flap whereas lowest were in (20.0%) were partial latissimus muscle flap. Outcome of the reconstruction (80.0%) were excellent 10% partial flap necrosis occur and total flap loss in 1 (10%) patient. The reconstruction of scalp defects continues to be a challenge for the reconstructive surgeon, who must achieve a satisfactory functional and aesthetic outcome.

The Efficacy of Local Flaps in the Treatment of Traumatic Scalp Defects

Background Scalp defects represent a therapeutic challenge. The aim of this study is to present our experience with local and regional flaps in the treatment of trauma-induced scalp defects. Furthermore, a comparison with other surgical techniques was performed. Methods A retrospective evaluation of patient records was performed. Only patients who underwent surgery using local flaps between January 2010 and September 2020 due to traumatic scalp defects were included in the study. Results In all, 10 cases were identified (3 females, 7 males, average age at surgery of 46.5 years [range: 18–82 years]). Six patients underwent surgery due to tissue defects and four due to scar keloids. Three patients experienced minor postoperative complications, one of which required additional surgery. The mean defect size was 35.75 cm2 (range: 4–79 cm2) among the four patients where the defect size could be determined retrospectively. The mean inpatient follow-up was 12.4 days (range: 2–34 days). Conclusions Local flaps can be widely used. In carefully selected cases, they have the fewest disadvantages of all surgical techniques. In our experience, large angiosomes of the main scalp arteries allow the treatment of defects larger than 30 cm2 with local flaps. Our experience also suggests that the dimensions of flap length to flap width can exceed a ratio of 2:1 in the scalp.

Clinical and Surgical Outcomes in Extensive Scalp Reconstruction after Oncologic Resection: A Comparison of Anterolateral Thigh, Latissimus Dorsi and Omental Free Flaps

Microsurgical scalp reconstruction is indicated in patients with large scalp defects. The aim of this study was to compare the outcomes of scalp reconstruction in oncologic patients reconstructed with latissimus dorsi (LD), anterolateral thigh (ALT), and omental (OM) free flaps. Thirty oncologic patients underwent scalp reconstruction with LD (10), ALT (11), and OM (9) flaps. The length of the vascular pedicle, the operation time, the possibility of a two-team approach, the length of hospital stays, the complications, and the aesthetic results were evaluated. The OM flap was the flap with the shortest vascular pedicle length with a mean of 6.26 ± 0.16 cm, compared to the LD flap, which was 12.34 ± 0.55 cm and the ALT flap with 13.20 ± 0.26 cm (p < 0.05). The average time of surgery was 6.6 ± 0.14 h in patients reconstructed with OM, compared to the LD flap, which was 8.91 ± 0.32 h and the ALT flap with 7.53 ± 0.22 h (p < 0.05). A two-team approach was performed in all patients for OM flaps and ALT flaps, but only in two patients reconstructed with the LD flap (p < 0.001). In patients reconstructed with the OM flap, a very satisfactory or satisfactory result was reported in seven patients (77.8%). Eight patients reported a very unsatisfactory or unsatisfactory result with LD flap (80%) and 10 patients with ALT flap (90.9%) (p = 0.002). The mean hospital stay after surgery was not statistically significant (p > 0.05). As for complications, two patients reconstructed with OM flap, five LT flaps, and two ALT flaps developed complications, not statistically significant (p = 0.235). Omental flap, latissimus dorsi flap, and anterolateral thigh flap fulfill most of the characteristics for complex scalp reconstruction. The decision on which flap to use should be based on clinical aspects of the patients taking into account that the three flaps show similar rates of complications and length of hospital stay. Regarding the aesthetic outcome, OM flap or LD flap should be considered for reconstruction of extensive scalp defects.

Orticochea flap for a massive scalp defect closure in a pediatric patient: literature review and case report

Scalp defects are still challenging to the surgeon because of the poor elasticity of the soft tissue overlying the calvarium. Defect size, location, and skin characteristics rule the reconstructive options available. Orticochea flap is an excellent option for scalp defects reconstruction. We present a case of a pediatric patient with a massive occipital scalp defect following an animal aggression that was successfully reconstructed with an Orticochea modified flap.

SCALP RECONSTRUCTION: EXPERIENCE OF 50 PATIENTS AT TERTIARY LEVEL CENTRE IN INDIA

NTRODUCTION Scalp possesses unique anatomical & aesthetic features and occupies the most prominent part of the body. Scalp defects are neither easy to look at or to reconstruct. The factors influencing decision making in the repair of scalp defects are their size, depth and location. Various reconstructive options include primary closure, skin grafts, trephination, local tissue aps with or without tissue expansion, regional myocutaneous ap and microvascular free ap. A successful reconstruction surgery must result in less morbidity, good aesthetic appearance, decreased hospitalization time, preserving the hairline without violating the body contour. METHODS Study was conducted in the Department of Plastic and Reconstructive Surgery, SMS Hospital, Jaipur, India. A sample size of 50 patients From September 2019 to march 2021, requiring scalp reconstruction procedures was taken. All the details of the patient that were relevant to the study were collected during the preoperative, intraoperative and postoperative periods and during follow which was later analyzed. RESULTS The most common cause of scalp defect was excision of malignant tumour (40%). Surgical reconstruction using rotational and transposition ap was done in 37 patients (74%).In 5 cases (10%) reconstruction done using free ap. The recovery was relatively quick in all cases. In 2 cases (4%) partial ap necrosis occur which was managed conservatively. CONCLUSION An aesthetically pleasing scalp reconstruction requires a precise preoperative planning with detailed knowledge of scalp anatomy and blood supply. The wide armamentarium of techniques for reconstruction allows the plastic surgeon to give a much pleasing nal result and his creativity on the table added to all these elements together can give a satisfactory result for the patient.

Application and Experience of Various Reconstructive Procedures in Scalp Defects

Aim: To evaluate the outcome of various reconstructive procedures in scalp defects. Study Design: Cross sectional descriptive study. Place and Duration of Study: Department of Plastic/Reconstructive Surgery & Burns, LUMHS Jamshoro from 1st January 2018 to 31st December 2020. Methodology: Thirty patients of scalp wounds were admitted through outpatient and casualty departments. The patients were diagnosed by pre-operative workup and on clinical parameters were included. The patients unfit for general anaesthesia, patients having associated skin pathology, patients with history of allergic reactions and patients having any poorly controlled systemic co-morbidity like diabetes and hypertension were excluded. Results: Twenty two (73.33%) were males and 8 (26.66%) were females with mean age of 38.98±8.25 years. Scalp defect was due to trauma in46.66%, electric injury 23.33%, benign lesions 16.66%, malignant tumour 3.33%, Infection 3.33%, haemangioma and pigmented nevus 3.33%. Follow up duration was 42.34±7.83 weeks. Conclusion: Primary closure remained the mainstay of our treatments hence proved that simplest reconstruction should be used whenever possible to provide the most functional and aesthetic scalp reconstruction, with the least amount of complexity. Key Words: Scalp, Reconstructive surgical procedure, Graft, Flap

An Early Diagnostic Clue for COL18A1- and LAMA1-Associated Diseases: High Myopia With Alopecia Areata in the Cranial Midline

BackgroundHigh myopia with alopecia areata in the occipital region has been observed in patients with Knobloch syndrome caused by COL18A1 mutations. This study investigated other possible genetic causes of high myopia in patients with alopecia areata in the cranial midline.MethodsSix patients with early onset high myopia and alopecia areata in the cranial midline were recruited. Targeted high-throughput sequencing was performed on the proband’s DNA to detect potential pathogenic variants. Cosegregation analysis was performed for available family members. Minigene assay and RNA Sequencing were used to validate the abnormality of possible splicing change and gross deletion. Ophthalmological and neuroimaging examinations were performed.ResultsEight novel and one known loss-of-function mutants were detected in all six patients, including a gross deletion detected by RNA sequencing. Four COL18A1 mutants in three patients with scalp leisure in the occipital region; and five LAMA1 mutations in three patients with scalp leisure in the parietal region. Further assessments indicated that patients with COL18A1 mutations had Knobloch syndrome, and the patients with LAMA1 mutations had Poretti–Boltshauser syndrome.ConclusionOur study found that early onset high myopia with midline alopecia areata could be caused not only by mutations of the COL18A1 gene but also by mutations in the LAMA1 gene. To our knowledge, we are the first to observe scalp defects in patients with LAMA1 mutations. High myopia with alopecia areata in the cranial midline could be treated as an early diagnostic clue for ophthalmologists to consider the two kinds of rare diseases.

Identifying Factors Affecting Outcomes in Scalp Replantation: A Systematic Review of the Literature

Introduction Replantation is the ideal treatment in traumatic scalp defects to provide immediate coverage with restoration of hair-bearing skin. However, data are limited to case reports and small case series. Comprehensive analysis of techniques and outcomes is not available. Our aim was to systematically analyze the available literature to better understand management and postoperative outcomes of patients undergoing scalp replantation. Methods A systematic review of the PubMed, Cochrane, and EBSCO databases was performed in October 2019. Search terms included “replantation,” “replant,” “revascularized,” “revascularization,” “avulsion,” and “scalp.” Only papers reporting microvascular replantation of completely avulsed scalps, including case reports, were included. Review articles, non-English language articles, articles discussing nonreplant coverage, incomplete scalp avulsions, and articles discussing delayed scalp replantation were excluded. Data extracted included demographics, percent of scalp affected, mechanism, operative technique, and postoperative outcomes. Statistical analysis was performed using Mann–Whitney U tests, Kruskal–Wallis, and chi-squared tests. Results From a total of 704 initial results, 61 studies were included for analysis comprising 149 scalps. Complete survival was achieved in 54.7%, partial survival in 38.9%, and failure in 6.7%. Total ischemia time greater than 12 hours was associated with complete replant failure. Arterial anastomoses appeared to protect against complete loss. The number of venous repairs, proportion of venous-to-arterial repairs, use of vein grafts, thromboprophylaxis, or intraoperative complications did not affect outcomes. Patients required significant volumes of blood products, which was associated with partial success. Salvage rate after unplanned return to the operating room was 60.0%. Normal hair growth was achieved in all surviving native scalp tissue. Conclusion Scalp replantations, while technically challenging, are the ideal treatment for scalp avulsions. Fortunately, these have high rates of success. And as a focal point of a patient's appearance, this is invaluable in restoration of a sense of normalcy.