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Biomedical subjects

J B Menker

Publications and source records attributed to J B Menker.

5 recordsLinked to original sources

Recognition, resuscitation and management of patients with penetrating cardiac injuries.

To identify evolving strategies for resuscitation and definitive management of penetrating cardiac injuries, a retrospective review of 23 such trauma victims who presented with at least one sign of life was performed. Twenty-two of 23 patients survived. Patients with hemodynamically stable (eight of 23) (pulse less than or equal to 120 and systolic blood pressure greater than or equal to 100) and unstable presentations (15 of 23) (pulse greater than 120 or systolic blood pressure less than 100) were compared to determine whether or not their hemodynamic status predicted their severity of illness based on injury severity score, anatomic complexity, early fluid requirements and length of hospitalization. No statistically important differences could be identified, suggesting that appearance at presentation does not predict severity of injury and that aggressive resuscitation and early specific diagnosis, therefore, are important to high survival rates. Rapid volume infusion and prompt drug assisted endotracheal intubation expedited the resuscitation of unstable patients and avoided the need for thoracotomy in the emergency department in 13 of 15 instances.

Adult↗

Strategies for trauma resuscitation.

Victims of penetrating trauma often arrive at a trauma center within minutes of sustaining their injury but nevertheless are in a state of deep circulatory shock. Such patients require extensive resuscitative efforts; in particular, some benefit from rapid, massive normothermic fluid resuscitation. During an initial one year period, 153 of 730 patients required immediate operation and, of these, 33 required rapid infusion defined as greater than 5 liters per hour during the first hour. The over-all survival rate of those operated upon was 79 per cent. Encouraged by these data, the rapid infusor (Level 1 H-500) (Level 1, Technologies, Inc.) was modified to further increase normothermic fluid delivery to 500 milliliters per minute. Eleven of the subsequent 205 patients required rapid infusion. There was a statistically significant improvement in clinical flow rates, decrement in resuscitation times and unexpected survival. In particular, the latter group (nine survivors) included four who were clinically dead in the field or on arrival at the trauma center, or both. Rapid infusion of normothermic fluids may be of benefit not only in penetrating trauma but also more generally in the management of massive hemorrhage.

Adolescent↗