https://www.selleckchem.com/products/ABT-263.html Pedicle screws are durable and safe instruments frequently used to treat vertebra injuries and deformities. There is also a possibility of medulla spinalis and visceral organ injury when the pedicle screws are delivered in unsuitable positions or dimensions. In this case, the authors want to draw attention to one of the visceral organ injuries during the thoracic pedicle screw placement. A 31 years old man underwent posterior instrumentation and fusion for T4 vertebra fractures. The patient was not symptomatic in the postoperative period. Tracheal pressure was observed at the 3rd thoracic vertebra level on the second day after the operation. No complications were encountered in the 3-year follow-up of the patient, who did not accept a second surgery recommended for screw replacement. During surgery for thoracic vertebral fractures, the shoulder joint makes it difficult to imagine as the shoulder bones enter the field of view. Therefore, the number of misplaced screws increases. Moreover, it increases the risk of internal organ injury. The use of navigation systems or cannulated pedicle screws to treat thoracic vertebral fractures reduces internal organ injuries. The use of navigation systems or cannulated pedicle screws to treat thoracic vertebral fractures reduces internal organ injuries. The aim of this article was to study isolated axillary nerve injury, his etiologies, symptomatology and treatment via nerve transfer or neurotization. We describe the procedure of long head triceps radial branch transfer to the axillary nerve motor branch in adolescent patient with right deltoid muscle palsy and shoulder anesthesia following a motorcycle crush six months ago. Total recovery of the shoulder sensibility, abduction and extension at one-year follow-up, and patient returned progressively to his normal live and sports activities without any functional effect on the donor muscle. The advantages of the axillary nerve trans