An unusual diagnosis for acute right-sided groin pain in a 39-year-old woman.
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Biomedical subjects
Publications and source records attributed to J K Bouzoukis.
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There is some evidence that the dose of epinephrine currently recommended for resuscitation is low. This study examines the effect of bolus administration of 5 mg of epinephrine when given as an agent of last resort for cardiac arrest. The experimental design called for the administration of high-dose epinephrine at the point where resuscitative efforts would have ordinarily been stopped. Resuscitation was then continued for a minimum of five minutes so that any changes in rhythm or return of spontaneous circulation could be noted. Eighty-five consecutive patients undergoing resuscitation in our Emergency Department were enrolled in this study. Twenty-eight (33 percent) exhibited a change in cardiac rhythm. Of these 28 patients, seven (8 percent) developed pulses. Of these seven patients, four expired in the Emergency Department, one survived to admission but expired two days later, and two patients survived to discharge. We conclude that bolus administration of 5 mg of epinephrine may be useful in treating cardiac arrest refractory to conventional therapy.
We report the case of a 26-year-old woman who presented to our emergency department for evaluation of abdominal pain 24 days after a vaginal hysterectomy. The patient's serum pregnancy test was positive. An ectopic pregnancy of the right adnexa was diagnosed by ultrasound and confirmed by laparotomy. The patient recovered uneventfully. Ectopic pregnancy after a total hysterectomy can occur if the fertilized ovum is in the fallopian tube at the time of the hysterectomy or if a fistulous tract exists between the vagina and the ovaries, enabling fertilization to occur. The diagnosis of ectopic pregnancy after a total hysterectomy is unusual yet must be considered in the presence of intact ovaries to avoid a delay in treatment.
Inevitably, a patient in shock will present to your office. The findings may be obvious, or they may show the more subtle changes of mild tachypnea, tachycardia, and/or changes in mental status. In either event, the perfusion pressure either has already decompensated or will do so momentarily. Whether you initiate therapy then and there might well determine whether your patient will survive. Accordingly, each office should have available for the pre-hospital management of shock those items listed in Table 3. As clinicians, you must be prepared to begin treatment in your office. Although the hospital, particularly the intensive or coronary care unit, is the appropriate setting for the management of shock, therapy must be initiated as soon as and wherever the diagnosis is made. In this situation, an ounce of prevention is indeed worth a pound of cure. Shock, whether it develops insidiously or precipitously, is a state of inadequate tissue perfusion that, if misdiagnosed or treated inadequately, will inevitably result in death.
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Presented is a review of thoracentesis, a procedure with which the emergency physician should be familiar. The pathophysiology of pleural effusions is described and is followed by a review of the clinical presentation and diagnosis. Special attention is given to technique and interpretation of results.