- Introduction - In Extremis15:46Airway Corner - Hypoxemia10:23LIN Session - Rapid Team Building18:19Paper Chase 1 – Intubating in Analog and Digital4:43Amazing Animals - Introduction1:18Caden’s Story – Intussusception P119:23Critical Care Mailbag – Phenylephrine in Sepsis6:39A Sensible Approach to TIA P1Free Chapter16:51Paper Chase 2 – Fluid Volume in Pediatric DKA4:14Marijuana Comes of Age8:23Amazing Animals – Gila Monster3:23Pediatric Pearls – Pediatric Plastic Surgery17:45Can You Pick Your Friends Nose4:33The Schedule Hack14:45Paper Chase 3 – Hypertonic Saline in Brain Injury3:35Caden’s Story – Intussusception P217:46Amazing Animals – Horseshoe Crab3:33Paper Chase 4 - Is Longer Better in PTX Decompression4:05A Sensible Approach to TIA P217:50Annals of Emergency Medicine – The Worst Day Ever19:48Strayerisms – Roc vs Sux10:36Paper Chase 5 – A Case of Steroids Not Helping3:59Understanding the Frequent Flyer10:00Summary23:15EM:RAP 2016 August German Edition1h, 18mEM:RAP 2016 August French Edition35:54EM:RAP 2016 August Aussie Edition29:08EM:RAP 2016 August Canadian Edition26:55EM:RAP 2016 August Spanish Edition1h, 13m
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Two different initial fluid volumes (10 mL/kg vs 20 mL/kg) were compared as the initial fluid bolus in pediatric patients with DKA.The 20 mL/kg group had a faster adjusted time to metabolic recovery with no increase in adverse events.