It became possible to put forward air easily.

Dr. Mathura PN * Dr. SainiO. P. *, Dr Mathura BB * Dr. Sayini PC * Dr. Gahlot LCD **

* Department of Forensic Medicine and lasix generic side effects Toxicology Tuberculosis and Chest Diseases, SP Medical College, Bikaner, Rajasthan . Department of Forensic Medicine and ** Toxicology, CMC Ludhiana, Punjab

Report on two cases, as the ceremony subcutaneous emphysema of the chest without pneumothorax or bony injury blunt chest impenetrable objects. In one case the statement was made by the accused entered the air syringe. To verify the application of air was introduced with 50 ml syringe in dead bodies subcutaneously in chest emphysema can be produced quickly. In the second case was extensive surgical emphysema without pneumothorax or bony injury of the chest. We can conclude that subcutaneous emphysema can occur without bone damage breast, and it can be obtained artificially, but it requires further validation experiments on living. Keywords: subcutaneous emphysema, trauma

39 years old, the injured man was seen by medical staff after in the government hospital with a suspected history of attacking a blunt object, the day of the incident. According to the report injury was diffuse tumor on the left side of the chest on the left forearm. X-ray report showed subcutaneous emphysema of the chest on the left side without bone damage and rib fracture ulna. The doctor received an opinion of the surgeon to know the causes of subcutaneous emphysema. The surgeon opined that subcutaneous emphysema was associated with injury and the doctor suggested that chest trauma life threatening, so serious in nature. The accused complained to the court that the honorable air injection syringe was artificially subcutaneous emphysema and requested the victim to be reviewed with the medical commission. On the order of the court Honorary Medical Board was established and a panel of three doctors examined the patient about the last 2 months. Group of doctors again advised X-ray chest, as in X-Ray reports, there was no bone injury. Medical Board advised bone scan, but no bone injury was found. Medical Board referred the case to the cardio-thoracic surgeon, who also opined that subcutaneous emphysema due to trauma. Looking for adoption ready emphysema was decided to introduce air into the syringe in dead bodies. It became possible to put forward air easily. Thus, emphysema can be done by entering the air but this should be confirmed by experiments in life. At the fifty-five sick man presented as a case of assault with a history of punch in the fall. He was placed in the surgical department. Injured was reviewed medical legitimate aim, as in the report of an injury he had abrasions on the left parietal region, left forearm below the front and back of the left shoulder from behind with subcutaneous emphysema on face neck, shoulders, upper chest. X-Ray chest is showing no bone damage, pneumothorax haemopneumothorax. Repeated X-Ray also advised, but no bone injury was seen. CT scan revealed extensive surgical emphysema from pnevmomediastinuma. However, pneumothorax or chest bone damage can be assessed in CT too. It was in referovanyh breast specialist who also opined that subcutaneous emphysema associated with trauma. Several reductions were made for the treatment of subcutaneous emphysema. Subcutaneous emphysema of the chest after blunt chest trauma in the absence of wounds or injuries bone, usually secondary to pnevmomediastinuma may occur after alveolar rupture. In this case air tracks along the implementation and maintenance of vascular tissue until it reaches the mediastinum. From the mediastinum it is in the subcutaneous tissue neck, chest and forearm. The air can be released directly into the mediastinum after tracheal, bronchial and esophageal rupture due to trauma-1 breast. In our case subcutaneous emphysema after blunt chest trauma in the absence of chest wound or bone injury shows that the subcutaneous emphysema was secondary to pnevmomediastinuma as seen on CT in case 2. If a CT scan was done, and sometimes pnevmomediastinuma can be seen on plain x-rays. In these cases there was no evidence of injury to the trachea, bronchi and esophagus. In both cases there was no pneumothorax and bone injuries. When subcutaneous emphysema hand and forearm due to the high pressure air 2 and the other part numbers because of existing puncture wound 3 hectares have been described in literature. Physical examination is sufficient to diagnose fractures of the ribs almost all conscious patients. In addition, because of difficulties in obtaining good radiographic views of all 30-50% rib fractures may be missed by radiological examination 4. Delayed films 3-6 weeks may show kallusoobrazovaniya place of fracture. Rib fractures occur in about 85% of impenetrable injury 5. Fractures cartilage is difficult to differentiate radiographically, although the films showing fractured sternum indicate the presence of associated cartilage injury, and if its not in the union or false joint developing of X-rays can be helpful. If the report does not. An X-ray examination was done again in about two and a half months, so the formation of bone callus should be obvious, or have missed destruction through poor vision in the previous radiographic films. Second, in this case, bone scans to exclude evidence of bone injury. Similarly in the second report of the CT of the chest was made also possible bone and cartilage injury. In this case, appears to be injury of the lungs, pleura, trachea, bronchi and subsequent subcutaneous emphysema of the edges of the cracks. Losses in bone or soft tissues of the chest may be mistakenly interpreted as representing thoracic disease and the most important diagnostic feature. Subcutaneous emphysema may be more apparent than primary pneumothorax. Two muscles are usually visualized. Anterior axillary fold is formed by the pectoral muscles seen curved medially and downwards from the armpit to the chest. In muscle men, big chest look like a continuation of the anterior axillary time, passing obliquely both lungs. This muscle is responsible for increased surveillance of the middle and upper lung. In the absence of this region will lead to increased transparency in the lungs and misleading impression of emphysema 7, but in both cases, the muscle was present. It seems that it is reasonable to conclude that subcutaneous emphysema can be obtained by introducing air through a syringe, but this requires confirmation by further experiments in life. Needle puncture marks can be detected by careful study, but difficult to detect, if examined after a long time, as seen on occasion 1. In all such cases, the CT / MRI should be encouraged, as is the case 2. Pseudomediastinum indicate injury can be assessed only after CT. A. Crofton and Douglas. Respiratory disease. Volume 2, 5th ed. 2000, pp1204-5. 2. Klein M, Szkrabko S, Rodriguez MJ, Payaslian S. Subcutaneous emphysema hand and forearm due to the high pressure injection of air. Medicine 2003, 63: 721-3. 3. Please BC, A. Subcutaneous emphysema noise figure over the existing puncture wound. Br J Plast Surg 1999 52: 505-6. 4. Trunkey DD. Injury management. Volume 3, New York, Theime 1986. 5. Cohn I., Hardy JD, Sayin WR, Nettervile RE. Thoracic trauma analysis of 1022 cases. J Trauma 1963 3: 22-40. 6. Vij K. Textbook of Forensic Medicine and Toxicology. 3rd ed. V. Churchill, N-Delhi, 2005. 7. PJ Morris, tree WC (editor). Oxford textbook of surgery. 2nd ed. Oxford. London, 2000. .