Uncommon-parasitic-infection-isolated-intramuscular-cysticercosis-a-case-report

Human cysticercosis is caused by cysticercus cellulosae, larvae of a tapeworm, taenia solium. Cysticercois can involve any tissue in the body even it has maximum tendency towards neural tissue. The most common affected sites are central nervous system, subcutaneous tissue, eyes and muscles. An isolated case of intramuscular cysticercosis is a rare presentation. Here we present the case of a 35 year old female with a swelling on the posterolateral aspect of right arm and was diagnosed as myocysticercosis which was abuting to the extensor muscle that is triceps muscle on high resolution ultrasound and ct scan and it was managed by antihelminthic medications followed by surgical excision.

Rehabilitation Treatment after Extensive Tumor Resection Including Triceps Resection for a Malignant Right Arm Soft Tissue Tumor：A Case Report / The Japanese Journal of Rehabilitation Medicine

Wide resection of malignant bone and soft tissue tumors of the extremities may require resection of muscles, which correspondingly impairs limb movements. We describe a 67-year old man with a malignant soft tissue tumor of the right upper arm. Preoperatively, there was no impairment of right upper extremity function. The patient underwent wide resection of the tumor and triceps muscle. Postoperative rehabilitation included range of motion exercises, residual muscle strength exercises, and activities of daily living (ADL) exercises. One week postoperatively, the patient could independently perform the ADL exercises. Two weeks postoperatively, the patient scored 2 during manual muscle testing (MMT) for elbow extension, indicating a complete range of motion in a gravity-eliminated position. However, the patient could not raise the arm without bending it. Considering the needs of the patient, we prescribed an elbow extension brace to support the upper limb while being raised. With this brace, the patient was able to sustain elbow extension during upper limb elevation. Three months postoperatively, the patient’s elbow joint extension remained MMT 2, grip strength was 28 kg, and the International Society of Limb Salvage and Musculoskeletal Tumor Society score was 76.7％．Although the triceps muscle was resected, there was no problem with the patient’s ADL. However, the patient could not maintain elbow extension in an anti-gravity position while raising the upper limb. In such cases, prescribing an elbow brace may be useful.

Rehabilitation Treatment after Extensive Tumor Resection Including Triceps Resection for a Malignant Right Arm Soft Tissue Tumor：A Case Report / The Japanese Journal of Rehabilitation Medicine

Wide resection of malignant bone and soft tissue tumors of the extremities may require resection of muscles, which correspondingly impairs limb movements. We describe a 67-year old man with a malignant soft tissue tumor of the right upper arm. Preoperatively, there was no impairment of right upper extremity function. The patient underwent wide resection of the tumor and triceps muscle. Postoperative rehabilitation included range of motion exercises, residual muscle strength exercises, and activities of daily living (ADL) exercises. One week postoperatively, the patient could independently perform the ADL exercises. Two weeks postoperatively, the patient scored 2 during manual muscle testing (MMT) for elbow extension, indicating a complete range of motion in a gravity-eliminated position. However, the patient could not raise the arm without bending it. Considering the needs of the patient, we prescribed an elbow extension brace to support the upper limb while being raised. With this brace, the patient was able to sustain elbow extension during upper limb elevation. Three months postoperatively, the patient's elbow joint extension remained MMT 2, grip strength was 28 kg, and the International Society of Limb Salvage and Musculoskeletal Tumor Society score was 76.7％．Although the triceps muscle was resected, there was no problem with the patient's ADL. However, the patient could not maintain elbow extension in an anti-gravity position while raising the upper limb. In such cases, prescribing an elbow brace may be useful.

Localización biométrica de los puntos motores en el músculo tríceps braquial de individuos brasileños / Biometric location of motor points in the brachial triceps muscle of Brazilian individuals

RESUMEN: El músculo tríceps braquial, es el motor primario para el movimiento de extensión de codo, por lo que una lesión que afecte su función perjudicaría enormemente la calidad de vida de los afectados. El conocimiento de su inervación y la localización biométrica de sus puntos motores, es una herramienta útil en terapias de electro estimulación muscular. El objetivo del estudio fue determinar el número y localización de los puntos motores de este músculo. Para ello, se utilizaron 30 miembros superiores de individuos brasileños, a los cuales se les realizó una disección detallada del compartimiento posterior del brazo. Se registró el número de ramos, puntos motores y localización biométrica de cada uno de los ramos destinados a las cabezas del músculo triceps braquial. Se utilizó como punto de referencia una Línea biepicondilar, trazada entre los epicóndilos humerales. En todos los casos este músculo estaba inervado por el nervio radial. El promedio de puntos motores (PM) para la cabeza larga del músculo (CL) fue de 3,9 ± 1,4; 4,8 ± 1,2 para la cabeza medial (CM) y 4,1 ± 1,4 para la cabeza lateral (CLat). Los puntos motores se concentraron preferentemente en el tercio medio del brazo, tanto a nivel general, como también por cada cabeza. Los datos biométricos aportados complementarán el conocimiento de la inervación de este músculo y favorecerá una mejor comprensión y elección de tratamientos frente a una patología.

SUMMARY: The triceps brachii muscle is the primary motor for elbow extension movement, so a lesion that affects its function would greatly harm the quality of life of those affected. The knowledge of its innervation and the biometric localization of its motor points is a useful tool in electro-stimulation muscular therapies. The objective of the study was to determine the number of branches and location of the motor points of this muscle. To this end, 30 superior members of Brazilian individuals were used, to whom a detailed dissection of the posterior compartment of the arm was performed. The number of branches, motor points and biometric location of each of the branches destined for the three heads of the brachial triceps muscle was recorded. A biepicondilar line, traced between the humeral epicondyles, was used as a reference point. In all cases, this muscle was innervated by the radial nerve. The average motor points for the long head of the muscle (LH) was 3.9 + 1.4; for the medial head (MH) was 4.8 + 1.2 and for the lateral head (LatH) was 4.1+1.4. The motor points were concentrated mainly in the middle third of the arm, both at a general level, and also for each head. The biometric data provided will complement the knowledge of the innervation of this muscle and will favor a better understanding and choice of treatments for a pathology.

Inervación de la cabeza larga del músculo tríceps braquial / Innervation of the long head of triceps brachii muscle

Clásicamente, la inervación del músculo tríceps braquial se atribuye al nervio radial. Sin embargo, reportes clínicos han observado parálisis de la cabeza larga del músculo tríceps braquial posterior a lesiones del nervio axilar, ocurridas luego de una luxación de la articulación glenohumeral, poniendo en duda la inervación de la cabeza larga del músculo tríceps braquial. El objetivo del presente estudio es verificar la inervación de la cabeza larga del músculo tríceps braquial por parte del nervio axilar. Se disecaron 12 regiones posteriores de hombro y brazo, previamente fijadas en solución fijadora conservadora, identificando ramos de inervación del nervio axilar hacia la cabeza larga del músculo tríceps braquial, luego se obtuvieron muestras para estudio histológico con Hematoxilina-Eosina. Fue posible identificar en todos los casos ramos del nervio axilar, penetrando en la mitad superior de la cabeza larga del músculo tríceps braquial. El estudio histológico mostró una imagen compatible con tejido nervioso en todas las muestras analizadas. Estos resultados contrastan con las descripciones realizadas en textos clásicos respecto a la inervación del músculo tríceps braquial, el cual podría presentar una doble inervación proveniente de los nervios radial y axilar, o una inervación diferente para cada cabeza. Los hallazgos presentados aportan información a la hora de analizar las lesiones del nervio axilar post luxaciones de hombro, al realizar procedimientos quirúrgicos en esta región o en la planificación de la rehabilitación de estos pacientes.

Primarily, innervation of the triceps brachii muscle has been attributed to the axillary nerve. However, clinical reports have observed paralysis from the long head of the triceps brachii muscle following axillary nerve lesions which occurred after dislocation of the glenohumeral joint. This has raised questions about the innervation of the long head of triceps brachii muscle. The objective of this study was to verify the innervation of the long head of the triceps brachii muscle by the axillary nerve. Twelve previously fixed posterior areas of shoulder and arm were dissected and branches of innervation of the axillary nerve towards the long head of triceps brachii muscle were identified. Subsequently, samples were taken for histological hematoxylin-eosin study. In all cases, we observed branches of the axillary nerve penetrating the upper half of the long head of the triceps brachii muscle. The histological study showed an image compatible with nerve tissue in each sample analyzed. The results contrast with the description in classic texts regarding innervation of the triceps brachii muscle, which could present with double innervation from the radial and axillary nerves, or a separate innervation for each head. These results provide information for axillary nerve lesion analysis following shoulder dislocation, at the time of performing surgical procedures in the area, or when planning rehabilitation for these patients.

Effect of olecranon osteotomy and triceps lobe flap pedicled combined with ossylated triol on humeral intercondylar fracture and its effect on prognosis of patients / 中国生化药物杂志

Objective To evaluate the effect of olecranon osteotomy and triceps pedicel approach combined with ossylated triol in the treatment of humeral intercondylar fracture and its effect on prognosis. Methods Ninety-two patients with humeral intercondylar fractures were selected as study subjects. The patients were randomly divided into two groups: the study group and the control group. The study group selected the olecranon osteotomy for treatment. The control group selected brachial Triceps tongue tongue approach for treatment. Results The excellent and good rate of the study group was significantly higher than that of the control group (P<0.05). The mean time of operation and the time of fracture healing were significantly higher than those of the control group (P<0.05), and The data of PLT, ESR, CRP and RF in the two groups were significantly lower than those in the control group (P<0.05) , and the data of inflammatory indexes in the study group were significantly decreased (P<0.05).Conclusion The treatment of humeral intercondylar fractures with olecranon osteotomy combined with calcitriol has a direct effect. It can be seen that this treatment has a high value in clinical orthopedic treatment.

Contracture of the shoulder adduction caused by fibrous long head of triceps muscle in children

Background: Contracture of the shoulder adduction caused by fibrous long head of the triceps muscle is rare. Up to now there is no one scientific article about this pathology. Objectives: (1) to remark of the clinical signs of fibrous long head of triceps muscle (2) to evaluate results of surgery. Subjects and methods: During a 2 - years - period (2005 - 2006), there were 21 patients (13 female, 08 male) aged from 06 years old to 19 years old with 34 shoulder joints. Those patients were operated by lengthening long head of the triceps, Teres major and Teres minor muscle. Results: Adduction - contracture, extension and flexion of the elbow, and scapulo humeral angles were measured in Xray. There was a fibrous band in long head of triceps muscle in ultrasound. Results of surgery were good in 31 shoulders (91.2%), fair in 02 shoulders (05.9 %) and poor in 01 (02.9%). Conclusions: Adduction contracture of the shoulders, lateral transfer of the scapula and palpable fibrous band were clinical symptoms of the fibrous long head of the triceps muscle. Evaluating the results of surgery should combines with clinical characteristics, X-ray, ultrasound and function of the shoulder and elbow.\r\n', u'\r\n', u'\r\n', u'