Paediatric anaesthesia
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The intravascular migration of an endhole epidural catheter in a child is described. We suggest measures to reduce the risk of inadvertent intravenous administration of local anaesthetic and means of reducing the effects of this with particular relevance to paediatric practice.
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Paediatric anaesthesia · Jan 1999
ReviewPaediatric head injury: incidence, aetiology and management.
Trauma is the commonest cause of hospital admission in children. Head injuries are present in 75% of children with trauma and 70% of all traumatic deaths are due to the head injury. ⋯ Therapeutic interventions will be discussed with specific emphasis on outcome studies. However, institution of adequate oxygen delivery and haemodynamic stability in the child at the earliest moment remains the most important aspect of the management plan.
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Paediatric anaesthesia · Jan 1999
Pulmonary atelectasis during paediatric anaesthesia: CT scan evaluation and effect of positive endexpiratory pressure (PEEP).
The case series consisted of ten children, ranged in age from one to three years (median 1.8 yrs), and in body weight from 10.2 to 13.5 kg (median 11.7 kg), in ASA class 1 or 2, all without lung disease. Having undergone general anaesthesia for cranial or abdominal CT scans, the patients were studied for pulmonary morphology. The first pulmonary CT scan was taken five min after induction of general inhalational anaesthesia; preoxygenation was avoided and an intraoperative FiO2
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Paediatric anaesthesia · Jan 1999
Evaluation of the efficiency of heat and moisture exchangers during paediatric anaesthesia.
This study evaluates the efficiency of heat and moisture exchangers (HMEs) in allowing adequate humidification and warming during anaesthesia in children. Eighteen paediatric patients undergoing anaesthesia were divided into two groups: group A ten patients: infants up to 10 kg-->Hygrobaby HME; group B 8 patients: children above 10 kg-->Hygroboy HME. The following parameters were evaluated: body temperature (bT), room temperature (rT), fresh gas temperature, HME warm-up time, inspired and expired gases temperature and humidity, conserving efficiency, and duration of anaesthesia. ⋯ The conserving efficiency was good (0.93 in both groups). A positive correlation was found between efficiency and fresh gas temperature. HMEs did not meet the minimum standards for humidity and heating during anaesthesia in children, although their conserving efficiency was found to be satisfactory.