Atropine, halothane, and pulseless electrical activity.

Application of ultrasound in pulseless electrical activity (PEA) cardiac arrest

Effects of neostigmine and atropine on motor activity of ileum, colon, and rectum of anaesthetized subjects.

In unanaesthetized patients atropine and neostigmine in doses normally used by anaesthetists to reverse muscle relaxants produced a pronounced increase in bowel activity. This response occurred whether atropine was given before or simultaneously with neostigmine.The response still occurred in 38% of patients anaesthetized without halothane, and possibly this increase in motility might endanger ...

Mode of action of halothane on histamine-induced airway constriction in dogs with reactive airways.

To determine if clinical concentrations of halothane have direct relaxant effects on airway smooth muscle, the authors compared dose-response curves to histamine in the control state (thiopental) and during halothane anesthesia (1.0 and 1.5 MAC), in six basenji-greyhound (BG) dogs untreated and pretreated with atropine aerosols (10 mg X ml-1). Pulmonary resistance (RL) and dynamic compliance (C...

Pulseless electrical activity in a pediatric patient: a case report and review of causative factors and treatment.

Pulseless electrical activity, an arrhythmia that leads to cardiac arrest, is defined as the presence of organized electrical activity without a palpable pulse or arterial blood pressure. When this arrhythmia presents during anesthesia, it has become routine practice to initiate advanced cardiac life support according to the American Heart Association guidelines. This arrhythmia is usually asso...

Evaluation of certain tranquillisers and sedative premedications on the safety index of volatile anaesthetics.

Safety index (S.I.) of ether, chloroform and halothane was determined in mice following premedication with chloral hydrate, phenobarbitone, diazepam and trifluoperazine given alone or in combination with atropine or hyoscine. The S.I. of ether was significantly raised by chloral hydrate and phenobarbitone when combined with atropine while trifluoperazine in combination with atropine or hyoscine...