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[Classification of complications of combined injuries of abdominal organs and long tubular bones in traffic accidents].

The outcomes of treatment of 386 victims with abdominal trauma and fractures of the long tubular bones were studied. The authors systematized the typical complications developing after the trauma, both on the part of the injured organs of the abdominal cavity and true pelvis and the fractures of the long tubular bones. This allowed the developed complications to be divided according to time into early, late, and sequelae of trauma. The early complications of injuries to the organs of the abdomen and true pelvis are as follows: suppuration of postoperative wounds, postoperative wound dehiscence with or without eventration, recurrent intracavitary hemorrhage, progressing local peritonitis, incompetence of anastomoses, intestinal obstruction, abdominal abscesses and infiltrates, abscesses and infiltrates in the true pelvis, intestinal paresis, large hematomas, phlegmons of the anterior abdominal wall. The late complications are: sluggish wounds of the anterior abdominal wall, formation of ligature fistulas, postoperative ventral hernias, suppuration of intraorganic and interstitial hematomas, subclinical forms of sepsis and sepsis, thrombophlebitic complications, chronic venous insufficiency, persistent wounds, and other complications. The sequelae of injury to the organs of the abdominal cavity and true pelvis are: intestinal fistulas, functional intestinal disorders, gastric disease, the dumping syndrome, cicatricial changes of the anterior abdominal wall, posttraumatic disease, venous insufficiency, pneumosclerosis, chronic pneumonia, pulmonary emphysema, chronic vascular insufficiency, etc. The early complications in fractures of long tubular bones in the group of studied patients: suppuration of osteomuscular wounds, recurrent displacement of bone fragments, bone necrosis in open type IIIC, IIID fractures, gangrene of the limb consequent upon crushing of skin and subcutaneous tissue, subluxations, secondary subluxations of limbs.(ABSTRACT TRUNCATED AT 250 WORDS)

Abdominal Injuries↗
PubMedDate not supplied

Principles of treatment and indications for surgery in severe multiple trauma.

Despite major advances, pitfalls in diagnosis and emergency treatment influence the survival chances of multitraumatized patients considerably. Diagnosis of traumatic shock cannot be made by blood pressure, pulse rate and shock index. Immediate shock therapy is indicated in all cases with severe trauma of two body regions, combined injury of one body cavity and long bone fractures and in all cases with one major thoracic or pelvic injury. In a consecutive series of 418 multitrauma patients, extremity injuries were present in 90%, severe head injuries in 65%, major thoracic trauma in 50% and abdominal or pelvic injuries in 40%. The most frequent pattern of multitrauma was long bone fractures with associated head trauma and one thoracic, abdominal or pelvic injury. Priorities of treatment are based on a 4-stage-schedule: Stage 1 includes intubation and hyperventilation for cerebral trauma, volume replacement by central venous catheter, emergency x-ray of cervical spine, chest, abdomen, pelvis and diagnostic peritoneal lavage. In 25% of admitted cases, diagnosis of abdominal hemorrhage was missed by the referring surgeon despite hemorrhagic shock, falsely attributed to cerebral trauma. At Stage 2, emergency surgery of internal and external bleeding is indicated. Wide open fractures are stabilized by external fixation. Stage 3 is concerned with stabilization of vital systems and further diagnostic evaluation, its duration varying from 2 hours to 2 days. At Stage 4, internal fixation of fractures and other non-emergency-operations are indicated. Operating time can be reduced considerably by 2 surgical teams operating simultaneously or overlapping. Early shock diagnosis, immediate intubation, ventilator treatment and the "4-stages-schedule" are considered the most successful steps in the management of multitrauma, as well as volume replacement with Fox' hypertonic saline solution and blood constituents instead of colloids. This has reduced mortality due to respiratory failure from 31% to 20%.

Abdominal Injuries↗