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At least 19 recordsLinked to original sources
PubMed1984

Child abuse, cardiopulmonary resuscitation, and rib fractures.

Rib fractures have occasionally been described in children receiving cardiopulmonary resuscitation (CPR). Because child abuse is sometimes suspected in these cases, it is both medically and legally important to establish whether the rib fractures are secondary to abuse or CPR. One hundred thirteen children, including 41 victims of child abuse, 50 patients who had CPR, and 22 patients who had rib fractures, were studied. Twenty-nine patients had rib fractures; 14/29 (48%) were abusive. Other causes of fracture were: motor vehicle accidents (four), rickets/osteoporosis (five), surgery (five), and osteogenesis imperfecta (one). In spite of prolonged resuscitation performed with variable degrees of skill, no fractures could be attributed to CPR. On the other hand, rib fractures occurred frequently in abused children (6/41 or 15%). Abusive fractures were often multiple, of different ages, and affected multiple adjacent ribs. Patients with abusive rib fracture also had other physical and radiologic signs of abuse or neglect.

Adult↗
PubMed1984

Thoracic epidural analgesia in the treatment of rib fractures.

Rib fractures and flail chest could be fatal if gas exchange is impaired. Efficient pain relief with continuous thoracic epidural analgesia allows a good physiotherapy management without central sedation and impairment of cough reflex, this prevents pulmonary atelectasis and infection. Eighteen patients/19 were treated with success in spite of flail chest, chronic obstructive pulmonary disease and minor pulmonary contusion. Intermittent positive pressure ventilation must be reserved to severe pulmonary contusion and other crushing injuries of the chest as bronchial or great vessels ruptures.

Adult↗
PubMedDate not supplied

[The basic patterns of the change in the morphological properties of rib fractures with the breathing preserved].

The author analyzes the kinematics of fractured rib fragment movements from the thoracic excursion position and in relation to orthogonal coordinates. A scheme of stages in changes of fractured rib morphology in a biotribologic system at intact respiration has been developed. Staged pattern and order of changes of the initial morphologic characteristics of fractured ribs and acquisition of new properties by them is demonstrated which may be regarded as expert diagnostic criteria to assess their life-time or postmortem appearance.

Biomechanical Phenomena↗
PubMed1992

[A sharp edge of the fractured ribs caused the aortic injury at body-position change: a case report].

The reported patient was a 37-year-old male, who got a blunt chest trauma by a motor vehicle accident. Chest X-ray and computed tomography of the chest revealed bilateral multiple rib-fractures, pneumo-hemothorax, lung contusions, but no evidence of mediastinal hematoma. Since respiratory distress with a flail chest was observed, the patient was placed on an artificial ventilation, and thoracocentesis were also done on both sides, while the hemodynamics was fairly maintained with blood transfusion. On the 10th hospital day, however, he suddenly fell into a deep shock with the left hemothorax by changing the body position. Emergency thoracotomy demonstrated the laceration of the descending aorta, that was considered to be made by the sharp edge of the fractured left 8th rib, which correspondingly protruded into the thoracic cavity toward the aorta. The repair of the aortic injury and the resection of the rib edges were performed. He was discharged on the 45th hospital day. In cases with a blunt chest trauma, the majority of the causes of the traumatic aortic injury are reported to be "deceleration injury". Although the considered mechanism of the traumatic rupture of the thoracic aorta in this case is extremely rare, it should be taken into a consideration for treatment of the cases with a blunt chest trauma and multiple rib-fractures.

Adult↗
PubMed1986

Delayed life-threatening hemothorax associated with rib fractures.

We present two cases of delayed, massive, life-threatening hemothorax due to intercostal hemorrhage in association with fractured ribs and severe blunt chest trauma (SBCT), a combination we have not seen described in the literature. Blunt chest trauma is not benign. Significant intrathoracic injuries are frequent although usually not life threatening. However, associated extrathoracic injuries are also common and much more lethal. Most cases of hemo- and pneumothorax associated with SBCT can be treated without thoracotomy. However, rapid blood loss requires immediate open thoracotomy and surgical attention. Several days of observation in hospital may be required for patients with SBCT and fractured ribs even without any other obvious intra- or extra-thoracic injuries. Vigorous activity or chest physical therapy may be dangerous during the first several days after the injury.

Accidents, Occupational↗
PubMed1990

Subpleural block in patients with multiple rib fractures.

Multiple rib fractures result in agonizing pain as well as impaired pulmonary functions. Mechanical ventilations are frequently indicated for those with poor respiratory reserves. Regional anesthesia has been advocated for easing pain and discomfort. We evaluate the efficacy of subpleural block in the treatment of multiple rib fractures. Ten patients who sustained multiple rib fractures were observed on the arrival of emergent service. One sustained flailed chest with respiratory distress which necessitated mechanical ventilation in intensive care unit. Subpleural block with 20 ml 0.5% bupivacaine was done to each patient. The location of catheter was identified by the injection of contrast medium. Serial visual analogue pain scale, arterial blood gas, and pulmonary function test were taken before and after subpleural block. Pulmonary function test significantly improved after subpleural block. Pain relief was immediate and desirable. The case in ICU weaned from ventilator 3 days later. There were no major complications after subpleural block. Inadvertent epidural spread and recurrent laryngeal nerve blocks were detected both clinically and radiologically without sequela noted. Subpleural block is effective both in pain relief and in improving pulmonary functions. Image intensifier is essential to subpleural block in order to prevent the misplacement of catheter. We recommend subpleural block to be an alternative approach of regional anesthesia in patients with multiple rib fractures.

Adult↗
PubMed1990

Pediatric first rib fractures.

First rib fractures are associated with a high incidence of thoracic, vascular, abdominal, and central nervous system injuries. Usually reported in the adult population, first rib fractures are infrequently described in the pediatric population. We take this opportunity to describe six pediatric patients who sustained traumatic first rib fractures. Overall, five patients required operative intervention. Two patients sustained major vascular injuries which were detected on physical examination and confirmed by arch aortography. In view of the high percentage of patients with vascular injury, first rib fracture in a pediatric patient should prompt a search for major vascular injury.

Adolescent↗
PubMed1997

The fractured rib in chest wall trauma.

Chest wall trauma and rib fractures are significant sources of morbidity and mortality in countries in which motor vehicle accidents are prevalent. Physicians who care for injured patients should realize that patients with thoracic trauma are at significant risk for mortality, deterioration, and associated injuries. Care must be taken to avoid underestimation of the effect of the injury on subsequent respiratory mechanics. Armed with an understanding of chest injury epidemiology, biomechanics, and pain control, physicians can better serve these high-risk patients.

Adult↗
PubMed1996

Rib fractures in major trauma.

BACKGROUND: To determine the mortality, hospital and intensive care unit (ICU) stay of rib fractures in patients admitted to Victorian hospitals for more than 1 day. METHODS: All patients fitting the entry criteria for the Victorian Major Trauma Study with fractured ribs were identified between 1 March 1992 and 28 February 1993. Aetiology, age, sex, associated injury and outcome were analysed. RESULTS: Patients with rib fractures had a higher mortality and length of hospital stay, but this was not significantly different from other trauma. A significantly higher percentage of patients required ICU care for rib fractures (44%) compared with the total group with blunt injury (24%). The majority of rib fractures resulted from motor vehicle accidents 361/541 (67%). Injuries occurring on the street/highway resulting in rib fractures were more likely to be major; 62% had Injury Severity Score (ISS) > 15. Fractured ribs occurred more commonly with increased age. Mortality for patients with fractured ribs versus total trauma group was higher in elderly patients. Univariate analysis showed rib fractures were a positive predictor of death but when adjusted for ISS and age, rib fractures became a negative predictor. Rib fractures were not predictors for length of ICU or hospital stay. CONCLUSION: The sample of rib fractures collected in this study underestimates the overall incidence. For those patients admitted to hospital with identified rib fractures, there is a trend towards higher mortality and morbidity. However, this association is better predicted by ISS and age.

Adolescent↗
PubMed1985

The significance of first and second rib fractures.

There are differing opinions in the literature regarding the significance of first rib fractures. The plan at Westmead Centre is to standardize the initial assessment of patients with such fractures. A 3 year retrospective study of 170 trauma victims who sustained fractured ribs, was undertaken. Of the 15 patients with first rib fracture, all were involved in motor vehicle accidents. Over two-thirds of these patients sustained major chest injuries. Multisystem trauma involving cranial, abdominal or skeletal injury was common. One patient died as a result of head injury. Similar results were observed in 13 patients with second rib fractures. Brachial plexus injuries were noted in two patients with first rib fracture. Despite follow-up of high-risk patients at an interval which varied from 1 to 2 1/2 years after the original injury, major subclavian artery injury was not detected in patients with first rib fracture. From this experience and a literature review, we suggest that the general nature of trauma is similar in patients with first rib fracture to that in patients with second rib fracture. Patients with first rib fracture should be closely examined for neurovascular compromise. Guidelines for the use of angiography are discussed. If there is no evidence of neurovascular injury at presentation, and there is no other thoracic injury, recovery should be uneventful.

Adult↗
PubMed1994

The morbidity and mortality of rib fractures.

The incidence of rib fractures secondary to trauma has not been clearly reported. Of the 7147 patients seen by our trauma service from January 1987 to June 1992, 711 (10%) had rib fractures. Among the patients with rib fractures, 84 (12%) died, 670 (94%) had associated injuries, 274 (32%) had a hemothorax or pneumothorax, and 187 (26%) had a lung contusion. Fifty-five percent of the patients required an immediate operation or admission to the intensive care unit. Thirty-five percent of the patients required discharge to an extended care facility and 35% developed a pulmonary complication. We conclude that rib fractures are a marker of severe injury in which (1) 12% will die because of their injuries, (2) more than 90% will have associated injuries, (3) one half will require operative and ICU care, (4) one third will develop pulmonary complications, and (5) one third will require discharge to an extended care facility.

Adolescent↗
PubMed1991

Rib fractures in athletes.

Rib fractures are the most common serious injury of the chest. They occur most commonly in the middle and lower ribs with blunt trauma, and also with direct force to a small area of the chest wall and violent muscle contractions. Diagnosis is generally not difficult. The athlete should have a chest x-ray to confirm the diagnosis. Differential diagnosis includes severe rib contusion, costochondral separations, muscle strains and pneumothorax. If no internal problems exist, treatment consists of ice, NSAIDs, analgesics and a rib belt or tape. Healing should be well on its way before a return to sports. Fractures of the first 4 ribs or the last 2 ribs, multiple fractures and flail segments are less benign than other fractures, and may result in injury to surrounding structures. First rib and floating rib fractures are uniquely athletic fractures; they are avulsion fractures caused by a sudden vigorous contraction in different directions of pull.

Athletic Injuries↗
PubMed1994

[Disorders of respiratory function in rib fractures].

In the one-year prospective study 71 injured patients were observed (75% male and 25% female). Traffic traumatism was the dominant case (45%). The wounded are divided in the groups with one side fracture of ribs (left/right) and on both sides fracture of ribs considering the side of fracture, and there is consideration about the kind of fracture--there are single fracture of ribs and serial fracture of ribs. The samples of artery blood were followed in PaCO2, %SaO2 and level pH in three points of time: when the patients came, after 24 and after 48 hours. In the group with the both side fracture of the ribs, the fall of worth pH was observed after 48 hours, PaCO2 is increasing to the 6.98 kPa. PaO2 is falling after 48 hours. In %SaO2 there is no considerable difference at any time, but%SaO2 is the highest in the second group. With the serial fracture of ribs wounded are considerate the fall of worth pH which is progressively increasing and is the highest after 48 hours. PaCO2 is increasing in the both groups, but with the serial fracture the worth are considerably higher. PaO2 and %SaO2 are much lower after 48 hours. The authors conclude that the wounded on both sides and wounded with serial fracture along one or several lines of with fracture of all ribs suffer the highest respiratory insufficiency (ARI), so they need artificial ventilation as respiratory support.

Adult↗
PubMed1988

Factors affecting visualization of posterior rib fractures in abused infants.

Rib fractures frequently are encountered in abused infants and commonly occur in the posterior rib arcs. Fractures occurring near the costovertebral articulations are rarely identified radiographically in the acute phase, and callus formation usually is the first indication of injury. To assess the factors influencing the visibility of fractures near the costovertebral articulations in abused infants, 103 posterior rib fractures occurring in 16 abused infants were studied radiologically. The plain radiologic studies were correlated with the pathologic findings in 15 ribs from four patients. The limited visibility of fractures relates to (1) the frequent superimposition of the transverse process over the rib fracture site, (2) a fracture line that crosses at an obliquity to the radiographic beam, and (3) nondisplacement of rib fragments due to preservation of the posterior periosteum. Fresh fractures invisible on a frontal projection are clearly defined when the rib is viewed axially with postmortem radiography. These findings explain the reported superior sensitivity of radionuclide bone scans vs radiography in the identification of fresh posterior rib fractures. A knowledge of the factors influencing the visibility of these important injuries is useful in planning an appropriate diagnostic evaluation in cases of suspected infant abuse.

Child Abuse↗