about
Prehospital ultrasound of the abdomen and thorax changes trauma patient management: A systematic review.Five-year Retrospective Review of Physician and Non-physician Performed Ultrasound in a Canadian Critical Care Helicopter Emergency Medical Service.A Pragmatic Randomized Evaluation of a Nurse-Initiated Protocol to Improve Timeliness of Care in an Urban Emergency Department.Abdominal aortic and iliac artery compression following penetrating trauma: a study of feasibility.Optimization of indirect pressure in order to temporize life-threatening haemorrhage: A simulation study.Bi-manual proximal external aortic compression after major abdominal-pelvic trauma and during ambulance transfer: A simulation study.Utilization Criteria for Prehospital Ultrasound in a Canadian Critical Care Helicopter Emergency Medical Service: Determining Who Might Benefit.Resuscitation following opioid overdose: Old ideas and new threats.Temporization of penetrating abdominal-pelvic trauma with manual external aortic compression: a novel case report.Resuscitation following penetrating abdominal and pelvic trauma: novel insights and useful reminders.Comparing the socioeconomic status of critical care doctors and patients.How intravenous nitroglycerine transit time from bag-to-bloodstream can be affected by infusion technique: a simulation study.What makes a difference?Automated video surveillance and machine learning: Leveraging existing infrastructure for cardiac arrest detection and emergency response activation.Time delays associated with vasoactive medication preparation and delivery in simulated patients at risk of cardiac arrest.Advanced Google life support: Leveraging search results to improve bystander out-of-hospital cardiac arrest response.Opioids and overdoses: Time to get serious; time to get sensible.Double-barrelled resuscitation: A feasibility and simulation study of dual-intraosseous needles into a single humerus.A Randomized Crossover Trial of Conventional versus Modified "Koch" Chest Compressions in a Height-Restricted Aeromedical HelicopterFirst aid cooling techniques for heat stroke and exertional hyperthermia: A systematic review and meta-analysis
P50
Q38564803-0AA94DD5-09A1-499C-811A-31B62E1F9273Q38902697-45FEB896-9CB5-49C4-B662-BB7A91BCDE25Q39537211-4074162D-98F4-4620-B2EE-797E6C44D2C9Q40199242-5B9C79BC-E674-4E8A-8732-374C72DE19D1Q40385625-EE267BA0-8DE3-4CFC-BD8B-519B8F3FEB8AQ40419799-6F2B8E01-6E02-4210-ABA9-039E9EA50055Q41931235-EBAA0660-7721-485D-AA91-193F87DC58B0Q44339224-93A9CA38-E2B9-49D4-96E3-0B6E28134C47Q45192444-421FAAB6-B835-48B0-8E3D-CEF9D2972CA9Q46162123-DF3FD05F-A64B-407C-9BB1-85B5430FA281Q47226751-63F44B51-2878-435F-9E9B-A8CE3F69433FQ48194459-5714B94F-A6A9-4D09-AB16-E6E471799CC6Q49714251-48036056-149A-4262-8267-4135F731D4FAQ50422147-3CEA0D63-D79E-4E89-B41C-13123299BB3DQ50732803-15BF1D3D-FB1E-45C0-9AAA-372500A7DBC0Q51662420-89540826-45A6-49F6-8FB5-AD5B8A7D8E80Q51777244-2D03D38E-AAE6-4D57-81E2-7A6F72104047Q53344589-47F6C418-0261-421C-97B9-EB9639C7C809Q91395666-E3094B47-5A9B-4152-8451-7C89CACAFB5FQ92938746-B99D3FEF-C782-4497-8EF8-75EB347DE37E
P50
description
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Matthew J Douma
@ast
Matthew J Douma
@en
Matthew J Douma
@es
Matthew J Douma
@nl
type
label
Matthew J Douma
@ast
Matthew J Douma
@en
Matthew J Douma
@es
Matthew J Douma
@nl
prefLabel
Matthew J Douma
@ast
Matthew J Douma
@en
Matthew J Douma
@es
Matthew J Douma
@nl
P106
P1153
55841842100
P31
P496
0000-0002-8737-6478