RESUMEN
Los defectos en la región escrotal son producidos en la mayoría de los casos por la gangrena de Fournier, y en ocasiones por traumatismo o patologías oncológicas. Estas heridas generan mucha dificultad para el desarrollo de una vida normal a los pacientes que lo padecen; por lo general producen dolor, los testículos quedan desprotegidos y la espermatogénesis puede verse alterada. Actualmente no existe un método estándar de reconstrucción escrotal, y las técnicas tradicionalmente utilizadas no ofrecen una cobertura funcional ni estética. Generalmente producen mucho abultamiento en la región genital, que puede dificultar el movimiento de las piernas y el uso de pantalones. En este trabajo se expone una opción quirúrgica para reconstruir el escroto, por medio del colgajo pediculado de músculo gracilis bilateral e injerto de piel parcial. Para tal efecto, se presenta un caso clínico de un paciente de 64 años con secuelas en la región perineal, posterior a una gangrena de Fournier. El paciente presentaba una pérdida total del escroto y exposición de ambos testículos. El método arriba mencionado es una opción válida para reconstruir el escroto y en este trabajo se describe la técnica empleada de forma detallada, donde se puede apreciar que presenta escasas complicaciones y es fácil de reproducir por un cirujano plástico entrenado.
Defects in the scrotal region are caused in most cases by Fournier's gangrene, and sometimes by trauma or oncological pathologies. These wounds generate difficulties for the development of a normal life; They usually produce pain; the testicles are unprotected and spermatogenesis can be altered. Currently there is no standard method of scrotal reconstruction, and the techniques traditionally used do not offer functional or aesthetic coverage. They generally produce a big bulge in the genital region, which can make it hard to move the legs and wear pants. A surgical option is exposed to reconstruct the scrotum, by means of the bilateral gracilis muscle pedicled flap and split-thickness skin graft. For this purpose, a clinical case of a 64-year-old patient with sequelae in the perineal region, after Fournier's gangrene, is presented. The patient presented a total loss of the scrotum and exposure of both testicles. The method mentioned above is a valid option to reconstruct the scrotum and the technique used is described in detail, where it can be seen that it is easy to reproduce by a trained plastic surgeon.
Asunto(s)
Trasplantes , Escroto , Músculo GrácilRESUMEN
Knee dislocations are severe injuries difficult to treat. Specially in low-resources scenarios, reconstruction of multiple ligaments can be challenging. We describe a technical note that can be reconstruct multi ligaments using ipsilateral hamstrings autograft. A posteromedial knee incision is made to visualise the medial corner of the knee and to reconstruct medial collateral ligament (MCL) and posterior cruciate ligament (PCL) with semitendinosus and gracilis tendon graft, using one femoral tunnel from the anatomic femoral insertion of the MCL to the anatomic femoral insertion of the PCL. After 1-year follow-up, the patient returned to his previous function with a Lysholm score of 86. This technique can reconstruct more than one ligament anatomically with limited graft resource.
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Ligamentos Colaterales , Músculo Grácil , Ligamento Cruzado Posterior , Humanos , Ligamento Cruzado Posterior/cirugía , Articulación de la Rodilla , Fémur/cirugíaRESUMEN
INTRODUCTION: Transposition of the gracilis has been used in a large number of reconstructive procedures. Its advantage is its proximity to these defects and a good blood supply. Traditionally, the gracilis mobilization is performed by open surgery with one or more incisions. We describe our initial experience with the video-endoscopic mobilization of gracilis. METHOD: We described a retrospective review of all patients who underwent gracilis muscle mobilization for treatment of rectourethral fistula, performed by video-endoscopy, between March 2013 and September 2017, for treatment of rectourethral fistula. Also, our surgical technique is described in detail. RESULTS: Three patients, with a mean age of 66.6 years, underwent the procedures. The mean time for mobilization of the gracilis was 107 min (range 60-145). There was no case of donor area infection, no change in the sensitivity of the medial aspect of the thigh or chronic pain. Conversion to open surgery was not necessary in any case. The hospital discharge occurred in average after 4 days. The bladder catheter was removed after 4 weeks after cystography was performed without evidence of leakage. One patient had a recurrence of the fistula. DISCUSSION: The gracilis is an excellent choice of tissue to be interposed in reconstructive procedures of the perineal region, especially in the treatment of rectourinary fistulas. However, endoscopic harvest of the gracilis muscle has not yet found its way into everyday practice. The results in the treatment of rectourinary fistulas are excellent, with a success rate of 87.7%. Our rate of 67% is below, probably due to the small number of cases. In open surgery, complications are uncommon; however, approximately half of the patients expressed concern about the painful scar, which can be reduced by minimally invasive access. CONCLUSION: Video-endoscopic mobilization of gracilis muscle for the treatment of rectourethral fistula is feasible and safe. Studies comparing this technique with the conventional mobilization are required.
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Endoscopía , Músculo Grácil/cirugía , Fístula Rectal/cirugía , Fístula Urinaria/cirugía , Cirugía Asistida por Video , Anciano , Humanos , Masculino , Persona de Mediana Edad , Fístula Rectal/diagnóstico , Estudios Retrospectivos , Resultado del Tratamiento , Fístula Urinaria/diagnósticoRESUMEN
INTRODUCTION: The traumatic lesions of the brachial plexus in adults are devastating injuries causing continuous severe functional impairment for both work and daily living activities. The restoration of elbow flexion is one of the most important movements for patient recovery to previous activities. Free gracilis muscle transfer has good outcomes for cases with late presentation or as a rescue surgery to regain elbow flexion, however, bad results are present in all cohorts with insufficient recovery of muscle strength for elbow flexion. A number of hypotheses can be postulate to explain the fair results observed in some cases of free gracilis muscle transfer for elbow flexion. Most studies in the current literature compare the choice of the donor nerve used in neurotization and nerve grafts. The aim of this study is to evaluate if technical components of microvascular anastomosis could influence the functional outcome of free functional muscle transfer for elbow flexion in adult patients with traumatic brachial plexus injury. MATERIAL AND METHODS: Included all adult patients with traumatic brachial plexus injury submitted to free functional gracilis muscle transfer for elbow flexion. The complications and functional results according to British Medical Research Council (BMRC) score were recorded. RESULTS: We assessed 26 patients with mean age of 32.8 years. The most common donor nerve for gracilis muscle was the accessory nerve in 18 patients. Eighteen patients presented with good result (M3/M4). The mean ischemia time was higher for patients with bad results (132 minutes) comparing with patients with good results (122 minutes). Patients with only one venous anastomosis had 41% of poor functional outcome compared with 22% of cases with two venous anastomoses. No statistically significant difference in the ischemia time of the cases with good or poor functional outcome was observed (p=0.657), as for the number of venous anastomoses (p=0.418). CONCLUSION: Our study observes that patients with only one venous anastomoses for drainage of free gracilis and those with longer intraoperative ischemia time had higher incidence of poor functional outcome of free gracilis muscle transfer for elbow flexion, but not statistically significant. LEVEL OF PROOF: II; prospective cross-sectional study.
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Neuropatías del Plexo Braquial , Plexo Braquial , Articulación del Codo , Músculo Grácil , Adulto , Plexo Braquial/cirugía , Neuropatías del Plexo Braquial/cirugía , Estudios Transversales , Codo/cirugía , Articulación del Codo/cirugía , Humanos , Estudios Prospectivos , Rango del Movimiento Articular , Recuperación de la Función , Estudios Retrospectivos , Resultado del TratamientoRESUMEN
PURPOSE: To biomechanically evaluate MPTL reconstruction and compare it with two techniques for MPFL reconstruction in regard to changes in patellofemoral contact pressures and restoration of patellar stability. METHODS: This is an experimental laboratory study in eight human cadaveric knees. None had patellofemoral cartilage lesions or trochlear dysplasia as evaluated by conventional radiographs and MRI examinations. The specimens were secured in a testing apparatus, and the quadriceps was tensioned in line with the femoral shaft. Contact pressures were measured using the TekScan sensor at 30°, 60° and 90°. The sensor was placed in the patellofemoral joint through a proximal approach between femoral shaft and quadriceps tendon to not violate the medial and lateral patellofemoral complex. TekScan data were analysed to determine mean contact pressures on the medial and lateral patellar facets. Patellar lateral displacement was evaluated with the knee positioned at 30° of flexion and 9 N of quadriceps load, then a lateral force of 22 N was applied. The same protocol was used for each condition: native, medial patellofemoral complex lesion, medial patellofemoral ligament reconstruction (MPFL-R) using gracilis tendon, MPFL-R using quadriceps tendon transfer, and medial patellotibial ligament reconstruction (MPTL-R) using patellar tendon transfer. RESULTS: No statistical differences were found for mean and peak contact pressures, medial or lateral, among all three techniques. However, while both techniques of MPFL-R were able to restore the medial restraint, MPTL-R failed to restore resistance to lateral patellar translation to the native state (mean lateralization of the patella [mm]: native: 9.4; lesion: 22; gracilis MPFL-R: 8.1; quadriceps MPFL-R: 11.3; MPTL-R: 23.4 (p < 0.001). CONCLUSION: MPTL-R and both techniques for MPFL-R did not increase patellofemoral contact pressures; however, MPTL-R failed to provide a sufficient restraint against lateral patellar translation lateral translation in 30° of flexion. It, therefore, cannot be recommended as an isolated procedure for the treatment of patellar instability.
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Inestabilidad de la Articulación/cirugía , Ligamentos Articulares/cirugía , Articulación Patelofemoral/cirugía , Procedimientos de Cirugía Plástica/métodos , Fenómenos Biomecánicos , Cadáver , Femenino , Fémur/cirugía , Músculo Grácil/cirugía , Humanos , Articulación de la Rodilla/cirugía , Ligamentos Articulares/fisiopatología , Masculino , Persona de Mediana Edad , Rótula/fisiopatología , Rótula/cirugía , Luxación de la Rótula/cirugía , Ligamento Rotuliano/cirugía , Articulación Patelofemoral/fisiopatología , Músculo Cuádriceps/cirugía , Rango del Movimiento Articular , Transferencia Tendinosa , Tendones/cirugíaRESUMEN
PURPOSE: In upper and chronic brachial plexus injuries for which neurological surgery is not a good treatment option, one possibility for gaining elbow flexion is free functional muscle transfer. The primary aim of our study was to evaluate the elbow flexion gain achieved by free gracilis muscle transfer with partial ulnar nerve neurotization. METHODS: This surgery was performed in 21 patients with upper and chronic (> 12 months) brachial plexus injuries. The level of injury, patient age, the time between trauma and surgery, the affected side, and the aetiology of the lesion were recorded. The primary outcome evaluated was elbow flexion muscle strength, which was measured using the British Medical Research Council (BMRC) scale, in patients with a minimum follow-up period of 12 months. The criterion used to classify elbow flexion as good was a grade of M4 or higher. RESULTS: An M4 elbow flexion strength gain was observed in 61.9% of the patients. A gain of M2 or higher was observed in 95.2% of the patients. The mean range of active motion was 77° (range 10 minimum-110 maximum). CONCLUSION: In patients with upper and chronic brachial plexus injuries, free gracilis muscle transfer with ulnar nerve neurotization yields a satisfactory gain in elbow flexion strength and is therefore a good treatment option.
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Neuropatías del Plexo Braquial , Articulación del Codo , Músculo Grácil , Transferencia de Nervios , Neuropatías del Plexo Braquial/cirugía , Codo/cirugía , Articulación del Codo/cirugía , Humanos , Rango del Movimiento Articular , Recuperación de la Función , Estudios Retrospectivos , Resultado del Tratamiento , Nervio Cubital/cirugíaAsunto(s)
Músculo Grácil , Fístula Rectal , Fístula de la Vejiga Urinaria , Anciano , Humanos , Masculino , Fístula Rectal/cirugía , Recto , Colgajos QuirúrgicosRESUMEN
El músculo grácil (MG) está ubicado en la cara medial del muslo, medial y posterior al aductor largo en su parte proximal. Se origina a nivel del pubis y se inserta en la cara medial de la tibia, en su parte superior. Como colgajo libre funcional ha sido uno de los injertos más utilizados en reconstrucciones diversas, tales como pene, perineo, vagina, pierna, plexo braquial, parálisis facial, lesiones rectales, entre otras. Basado en lo anterior, el objetivo de este estudio fue complementar la anatomía del MG tanto en sus dimensiones como en sus pedículos vasculares e inervación, estableciendo las relaciones biométricas existentes, contribuyendo a la anatomía quirúrgica, en su uso como injerto. Para ello, se utilizaron 30 miembros inferiores de 20 cadáveres de individuos adultos, brasileños, de sexo masculino, 14 derechos y 16 izquierdos; 17 fijados en formol y 13 en glicerina. Se dividió al muslo en 4 cuartiles enumerados de proximal a distal como C1,C2,C3 y C4. Se contabilizó el número de pedículos y se nombraron como pedículo principal (PP), pedículo menor 1 (Pm1), pedículo menor 2 (Pm2) y pedículo menor 3 (Pm3). La longitud media del GM fue de 42,25 cm ± 2,35 cm y su ancho promedio de 32,90 ± 4,86 mm. Con respecto a los pedículos vasculares se encontró un pedículo en 10/30 casos (33,3 %); un pedículo principal y uno menor en 10/30 (33,3 %); un pedículo principal y dos menores en 8/30 (26,7 %) y un pedículo principal y tres menores en 2/30 (6,7 %). Su inervación siempre procedió del ramo anterior del nervio obturador (RaNO). El punto motor se encontró a una distancia promedio de 7,94 mm proximal al ingreso del pedículo principal en el MG. Los registros biométricos están expresados en tablas. Los resultados obtenidos aportarán al conocimiento anatómico, pudiendo ser utilizados como soporte morfológico a los procedimientos quirúrgicos que involucren al músculo grácil.
The gracilis muscle (GM) is located in the medial aspect of the thigh, medial and posterior to the long adductor in its proximal part. It originates at the pubic level and is inserted in the medial face of the tibia, in its upper part. As a functional free flap, it has been one of the most co mmonly used grafts in various reconstructions, such as penis, perineum, vagina, leg, brachial plexus, facial paralysis, rectal lesions, among others. Based on the above, the objective of this study was to complement the anatomy of the GM both in its dimensions and in its vascular pedicles and innervation, establishing the existing biometric relationships, contributing to the surgical anatomy, in its use as a graft. For this, 30 lower limbs of 20 bodies of adult, Brazilian, male, 14 right and 16 left individuals were used; 17 fixed in formaldehyde and 13 in glycerin. The thigh was divided into 4 quartiles listed from proximal to distal such as C1, C2, C3 and C4. The number of pedicles was counted and they were named as principal pedicle (PP), minor pedicle 1 (mP1), minor pedicle 2 (mP2) and minor pedicle 3 (mP3). The average length of the GM was 42.25 cm ± 2.35 cm and its average width was 32.90 ± 4.86 mm. With respect to vascular pedicles, a pedicle was found in 10/30 cases (33.3 %); one PP and one mP in 10/30 (33.3 %); one PP and two mP in 8/30 (26.7 %) and one PP and three mP in 2/30 (6.7 %). Its innervation always came from the anterior branch of the obturator nerve (aBON). The motor point was found at an average distance of 7.94 mm proximal to the entry of the PP in the GM. Biometric records are expressed in tables. The results obtained will contribute to anatomical knowledge, and can be used as morphological support for surgical procedures that involve the GM.
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Humanos , Masculino , Adulto , Músculo Grácil/inervación , Músculo Grácil/irrigación sanguínea , Brasil , Cadáver , Músculo Grácil/anatomía & histologíaRESUMEN
PURPOSE: Elbow flexion deficit is a frequent problem in traumatic brachial plexus injuries and reestablishment of this function is the primary treatment goal. When management is delayed, or the initial acute approach fails, free functional transfer of the gracilis muscle for elbow flexion is the treatment of choice. In this report, the authors present the results of a comparison study on different donor nerves (spinal accessory and ulnar) in elbow flexion reconstruction with gracilis flap for traumatic adult brachial plexus injuries. METHODS: Retrospective analysis of patients with both total or partial traumatic brachial plexus injuries was carried out. Of the 38 patients enrolled, 37 were male (97.4%) with a mean age of 28.3 years. The mean follow-up period was 25 months. Postoperative function of the gracilis muscle flap was recorded and patients were divided into two groups according to donor nerve: spinal accessory nerve (SAN) (18 cases), and motor fascicles of the ulnar (ULNAR) (20 cases). RESULTS: Twenty-six cases obtained elbow flexion strength M3 or M4 (68.4%): 0 M0 (0.0%), 4 M1 (10.5%), 8 M2 (21.1%), 9 M3 (23.7%) and 17 M4 (44.7%). The mean interval to first recorded M3 muscular strength was 12.4 months. Functional elbow flexion strength (≥ M3) had the following distribution: SAN 83.3% (15/18) and ULNAR 55.0% (11/20) (p = .086). CONCLUSION: No statistical difference for final muscle strength was found between donor nerve groups.
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Neuropatías del Plexo Braquial/cirugía , Plexo Braquial/lesiones , Lesiones de Codo , Músculo Grácil/trasplante , Rango del Movimiento Articular/fisiología , Adolescente , Adulto , Plexo Braquial/cirugía , Neuropatías del Plexo Braquial/etiología , Estudios de Cohortes , Articulación del Codo/cirugía , Femenino , Estudios de Seguimiento , Colgajos Tisulares Libres/inervación , Colgajos Tisulares Libres/trasplante , Músculo Grácil/inervación , Humanos , Masculino , Persona de Mediana Edad , Transferencia de Nervios/métodos , Traumatismos de los Nervios Periféricos/diagnóstico , Traumatismos de los Nervios Periféricos/cirugía , Modelos de Riesgos Proporcionales , Recuperación de la Función/fisiología , Estudios Retrospectivos , Medición de Riesgo , Estadísticas no Paramétricas , Donantes de Tejidos , Resultado del Tratamiento , Adulto JovenRESUMEN
OBJECTIVE: To evaluate long-term outcomes of free gracilis muscle transfer (FGMT) for smile reanimation on smile excursion, facial symmetry, and quality of life in a cohort of children with facial palsy. STUDY DESIGN: A retrospective analysis of 40 pediatric patients who underwent FGMT for facial palsy at the Massachusetts Eye and Ear Infirmary Facial Nerve Center was performed. Preoperative and postoperative photography and videography were used to quantify smile excursion and facial symmetry. Preoperative and postoperative quality of life was assessed with the Facial Clinimetric Evaluation (FaCE) survey, a validated, patient-based instrument for evaluating facial impairment and disability. RESULTS: Of the 40 patients who underwent FGMT for facial palsy, 38 patients had complete data including preoperative and postoperative photography and videography from 3 months to 10 years following surgery; 13 cases had >5 years of follow-up. FGMT resulted in significant improvements in smile excursion within several months, with continued improvements in smile excursion and symmetry demonstrated more than 5 years later. Fifteen patients completed preoperative and postoperative FaCE surveys, which demonstrated significant improvement in quality of life scores following FGMT. CONCLUSIONS: FGMT significantly improves smile, facial asymmetry, and quality of life for years after this surgery for facial palsy.
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Parálisis Facial/cirugía , Músculo Grácil/trasplante , Procedimientos de Cirugía Plástica/métodos , Calidad de Vida , Sonrisa , Centros Médicos Académicos , Adolescente , Boston , Niño , Estudios de Cohortes , Expresión Facial , Parálisis Facial/diagnóstico , Femenino , Estudios de Seguimiento , Músculo Grácil/inervación , Humanos , Masculino , Estudios Retrospectivos , Índice de Severidad de la Enfermedad , Tiempo , Resultado del TratamientoRESUMEN
INTRODUCTION: Möbius syndrome is defined as a combined congenital bilateral facial and abducens nerve palsies. The main goal of treatment is to provide facial reanimation by means of a dynamic surgical procedure. The microneurovascular transfer of a free muscle transplant is the procedure of choice for facial animation in a child with facial paralysis. OBSERVATION: Between January 2008 and January 2017, 124 patients with the syndrome have been approached at our institution. Distribution according to Möbius Syndrome classification presents as follows: Complete Möbius syndrome (n=88), Incomplete Möbius syndrome (n=28), Möbius-Like syndrome (n=8). Seventy-nine female and 45 male patients. Sixty-one percent have undergone a microsurgical procedure (n=76), in all of them, a free gracilis flap transfer was performed. DISCUSSION: Our proposed treatment protocol for complete Möbius syndrome is determined by the available donor nerves. We prefer to use the masseteric nerve as first choice, however, if this nerve is not available, then our second choice is the spinal accesory nerve. For this purpose, all patients have an electromyography performed preoperatively. Overall, dynamic facial reanimation obtained through the microvascular transfer of the gracilis muscle have proved to improve notoriously oral comissure excursion and speech intelligibility. CONCLUSION: The free gracilis flap transfer is a reproducible procedure for patients with Möbius syndrome. It is of utmost importance to select the best motor nerve possible, based on an individualized preoperative clinical and electromyographic evaluation. To our best knowledge, this is the largest series of patients with Möbius syndrome globally, treated at a single-institution.
Asunto(s)
Músculo Grácil/inervación , Músculo Grácil/trasplante , Síndrome de Mobius/cirugía , Transferencia de Nervios , Nervio Accesorio/trasplante , Adolescente , Niño , Preescolar , Femenino , Humanos , Masculino , Músculo Masetero/inervación , Centros de Atención TerciariaRESUMEN
OBJECTIVE: To investigate the feasibility of using free gracilis muscle transfer along with the brachialis muscle branch of the musculocutaneous nerve to restore finger and thumb flexion in lower trunk brachial plexus injury according to an anatomical study and a case report. METHODS: Thirty formalin-fixed upper extremities from 15 adult cadavers were used in this study. The distance from the point at which the brachialis muscle branch of the musculocutaneous nerve originates to the midpoint of the humeral condylar was measured, as well as the length, diameter, course and branch type of the brachialis muscle branch of the musculocutaneous nerve. An 18-year-old male who sustained an injury to the left brachial plexus underwent free gracilis transfer using the brachialis muscle branch of the musculocutaneous nerve as the donor nerve to restore finger and thumb flexion. Elbow flexion power and hand grip strength were recorded according to British Medical Research Council standards. Postoperative measures of the total active motion of the fingers were obtained monthly. RESULTS: The mean length and diameter of the brachialis muscle branch of the musculocutaneous nerve were 52.66±6.45 and 1.39±0.09 mm, respectively, and three branching types were observed. For the patient, the first gracilis contraction occurred during the 4th month. A noticeable improvement was observed in digit flexion one year later; the muscle power was M4, and the total active motion of the fingers was 209°. CONCLUSIONS: Repairing injury to the lower trunk of the brachial plexus by transferring the brachialis muscle branch of the musculocutaneous nerve to the anterior branch of the obturator nerve using a tension-free direct suture is technically feasible, and the clinical outcome was satisfactory in a single surgical patient.
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Neuropatías del Plexo Braquial/cirugía , Plexo Braquial/lesiones , Dedos/fisiología , Músculo Grácil/inervación , Músculo Grácil/cirugía , Nervio Musculocutáneo/trasplante , Transferencia Tendinosa/métodos , Adolescente , Neuropatías del Plexo Braquial/fisiopatología , Cadáver , Estudios de Factibilidad , Fuerza de la Mano/fisiología , Humanos , Masculino , Transferencia de Nervios/métodos , Rango del Movimiento Articular/fisiología , Pulgar/fisiologíaRESUMEN
OBJECTIVE: To investigate the feasibility of using free gracilis muscle transfer along with the brachialis muscle branch of the musculocutaneous nerve to restore finger and thumb flexion in lower trunk brachial plexus injury according to an anatomical study and a case report. METHODS: Thirty formalin-fixed upper extremities from 15 adult cadavers were used in this study. The distance from the point at which the brachialis muscle branch of the musculocutaneous nerve originates to the midpoint of the humeral condylar was measured, as well as the length, diameter, course and branch type of the brachialis muscle branch of the musculocutaneous nerve. An 18-year-old male who sustained an injury to the left brachial plexus underwent free gracilis transfer using the brachialis muscle branch of the musculocutaneous nerve as the donor nerve to restore finger and thumb flexion. Elbow flexion power and hand grip strength were recorded according to British Medical Research Council standards. Postoperative measures of the total active motion of the fingers were obtained monthly. RESULTS: The mean length and diameter of the brachialis muscle branch of the musculocutaneous nerve were 52.66±6.45 and 1.39±0.09 mm, respectively, and three branching types were observed. For the patient, the first gracilis contraction occurred during the 4th month. A noticeable improvement was observed in digit flexion one year later; the muscle power was M4, and the total active motion of the fingers was 209°. CONCLUSIONS: Repairing injury to the lower trunk of the brachial plexus by transferring the brachialis muscle branch of the musculocutaneous nerve to the anterior branch of the obturator nerve using a tension-free direct suture is technically feasible, and the clinical outcome was satisfactory in a single surgical patient.