Articles: general-anesthesia.
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Paediatric anaesthesia · Jan 1995
Preoperative evaluation of the cervical spine in children with trisomy-21: results of a questionnaire study.
Atlantoaxial subluxation (AAS) is a form of cervical spine instability predominantly found in persons with Trisomy-21. Several case reports describe the occurrence of acute AAS in the perioperative period. Some authors have recommended cervical spine radiographs prior to elective surgery in all children with Trisomy-21. ⋯ Approximately half of the respondents would attempt to maintain the head and neck in a neutral position for either asymptomatic (42%) or symptomatic (55%) patients. We conclude that the majority of respondents base their preoperative evaluation of the cervical spine on the signs and symptoms of the patient. This is supported by the literature reviewed, but is contrary to the recommendations made in some case reports.
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Paediatric anaesthesia · Jan 1995
Case ReportsThe laryngeal mask airway for fibreoptic bronchoscopy in children.
A size 2 laryngeal mask airway (ID 7 mm) was used for general anaesthesia during fibreoptic bronchoscopy in a six-year-old child. The mask permitted the use of an adult bronchoscope with an external diameter of 5 mm. Throughout bronchoscopy, adequate controlled ventilation could be achieved easily without excessive air leak or airway resistance; the Spo2 was always > 97%, and the end-tidal Pco2 ranged between 3.9-4.5 kPa (30-35 mmHg).
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Cahiers d'anesthésiologie · Jan 1995
Randomized Controlled Trial Clinical Trial[Effects of preoxygenation methods on the course of PaO2 and PaCO2 in anesthetic post-induction apnea].
This study compares two preoxygenation techniques by blood gases measurements during induction of anaesthesia. After hospital ethics committee approval, 17 adult surgical patients, ASA I, all free of cardiac or lung disease were randomly assigned to two groups. Before preoxygenation, venous and radial artery canulations were performed. ⋯ The group I had significantly higher PaO2 immediately after preoxygenation (397 +/- 49 vs 293 +/- 86 mmHg) and the time for SaO2 to decrease to 95% was significantly shorter in group II (3 +/- 1 vs 1.87 +/- 0.99 min). PaCO2 was not different after preoxygenation in group II. In summary, healthy and young patients receive better protection against hypoxia with normal breathing of 100% for 4 minutes.