Archive for the 'Drugs' Category

15 May

Physiologic Effects and Side Effects of Prostaglandin E1: DISCUSSION part 2

Supraventricular dysrhythmias (atrial fibrillation and paroxysmal supraventricular tachycardia) were the most common adverse effects, occurring in 24 percent (4/17) of PGE,-treated patients, and were associated with hypotension in two cases and cardiac arrest in one (Table 4). Prostaglandin E, may have caused supraventricular dysrhythmias in patients par­ticularly prone to dysrhythmias. All patients who developed supraventricular [...]

14 May

Physiologic Effects and Side Effects of Prostaglandin E1: DISCUSSION

Infusion of PGE, in patients who had ARDS de­creased the SVRI and extraction ratio of oxygen and increased total and polymorphonuclear leukocyte con­centrations, indicating significant systemic vasodila­tion and possibly reduced intrapulmonary leukocyte sequestration, respectively; however, PGE, did not change oxygen delivery and oxygen consumption, and there were no differences in oxygen delivery and oxygen consumption [...]

13 May

Physiologic Effects and Side Effects of Prostaglandin E1: RESULTS part 2

Significant thrombocytopenia occurred in three patients (platelet concentrations of 32, 44, and 24 x 10/ml). These patients were receiving medica­tions and had illnesses (sepsis; disseminated intravas­cular coagulation) associated with thrombocytopenia. After cessation of PGE,, platelet concentrations rose to 117,189, and 113 x KF/ml and continued to increase in one patient (case 6) when PGE, was [...]

12 May

Physiologic Effects and Side Effects of Prostaglandin E1: RESULTS

The clinical characteristics of the PGE,-treated and control patients are presented in Table 1. There were no differences in the age, sex, APACHE II or ARDS scores, or cause of ARDS between PGE ^treated and control patients. The most common causes of ARDS in PGE,-treated and control patients were sepsis, aspiration syndrome, and multiple trauma. [...]

11 May

Physiologic Effects and Side Effects of Prostaglandin E1: MATERIALS AND METHODS part 2

Measurements Right atrial, pulmonary arterial, and pulmonary arterial occlusion pressures were measured at the end of expiration referenced to atmospheric pressure using flow-directed pulmonary arterial cath­eters (Gould Inc), transducers (Gould Inc), and bedside monitors. Cardiac output was measured in triplicate using the thermodilution technique (Gould Inc), with room-temperature 5 percent dextrose in water. Systemic arterial [...]

10 May

Physiologic Effects and Side Effects of Prostaglandin E1: MATERIALS AND METHODS

This study was performed with approval of the St. Pauls Hospital Research and Ethics Committees, and informed consent was obtained from the next of kin of all PGE,-treated patients. Selection of Patients Patients in the ICU of St. Paul’s Hospital were included in the study (April 1985 to May 1986) if they had ARDS without [...]

09 May

Physiologic Effects and Side Effects of Prostaglandin E1

Therapy for ARDS has been supportive because of the failure to find an agent or device which significantly reduces mortality. Prostaglandin E, has important vasodilating and anti-inflammatory actions which make it appealing for the treatment of patients with ARDS. Prostaglandin E, increases cardiac output and systemic oxygen delivery while reducing pulmo­nary artery pressure and vascular [...]

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