- Overview
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Surgery of the chest in infants and small pediatric patients is challenging. Anesthesia for these patients often involves placement of a very small balloon in one side of the lung or the other to facilitate the surgery. This is called a bronchial blocker. We are conducting a study comparing the 5 published methods of placement of this blocker with a novel method.
We have also designed a new method for caudal anesthesia (similar to epidural anesthesia for women in labor) in pediatric patients that we believe may allow the dose of local anesthetic to be reduced, to reduce side effects and improve the safety of this procedure.
- Research
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A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
A comparison of published methods of bronchial blocker placement to a novel method of placement in an infant intubating mannequin
High volume caudal anesthesia in infants and a new technique of administration
High volume caudal anesthesia in infants and a new technique of administration
Research Group MembersAlberto Baldelli, Research Fellow
Kevin Heieis, Summer Research Student
Emma Nielson
Research Roundup: October 21, 2021
This week's Research Roundup covers babies' learning mechanisms that help them match unfamiliar voices to unfamiliar faces, the top risk factor that could signal greater disease severity in pediatric catecholaminergic polymorphic ventricular tachycardia, a virtual reality-based solution to reducing procedural anxiety in kids, and genetic testing for reducing diagnostic delay in monogenic inborn errors of immunity.
