Paediatric anaesthesia
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Paediatric anaesthesia · Apr 2016
Review Meta AnalysisLignocaine topicalization of the pediatric airway.
The application of topical laryngeal lignocaine is a technique used frequently in pediatric anesthesia. It is often used to facilitate open airway procedures, tracheal intubation, or to reduce the incidence of perioperative adverse respiratory events such as coughing and laryngospasm. ⋯ We review the current literature relating to the use of lignocaine to topicalize the pediatric airway. This review concentrates on the indications for use, the maximum safe dose, the effect on swallowing, and risk of aspiration and the complications of the technique.
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Paediatric anaesthesia · Apr 2016
ReviewCreation of an integrated outcome database for pediatric anesthesia.
Outcome analysis is essential to health care quality improvement efforts. Pediatric anesthesia faces unique challenges in analyzing outcomes. Anesthesia most often involves a one-time point of care interaction where work flow precludes detailed feedback to care givers. ⋯ In this study, we describe a method to integrate these datasets into a single web-based relational database that provides researchers and clinicians with regular anesthesia outcome data that can be reviewed on a daily, weekly, or monthly basis. Because of its complexity, the project also entailed the creation of a 'dashboard,' allowing tracking of data trends and rapid feedback of measured metrics to promote and sustain improvements. We present the first use of such a database and dashboard for pediatric anesthesia professionals as well as successfully demonstrating its capabilities to perform as described above.
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Paediatric anaesthesia · Apr 2016
Comparative StudyA comparison of the hourly output between the Ambu(®) Smart-Infuser(™) Pain Pump and the On-Q Pump(®) with Select-A-Flow(™) Variable Rate Controller with standard and overfill volumes.
The Ambu Smart-Infuser Pain Pump and the On-Q Pump with Select-a-Flow Variable Rate Controller are elastomeric devices with a flow regulator that controls the rate of infusion of a local anesthetic agent through a peripheral catheter. As a safety evaluation, we evaluated the infusion characteristics of these two devices when filled with manufacturer recommended standard volumes and when overfilled with a volume 50% in excess of that which is recommended. ⋯ This investigation demonstrates that no change in the hourly output occurs with overfilling of these home infusion devices. However, as noted previously, the hourly output from the On-Q device is significantly higher than the set rate during the initial 8 h of infusion which could have potential clinical implications.