2019 · 10 citations · 12 references
MedicineBioengineeringPhysiologyInflammationPhysiological Systems ModelingResuscitationBiomechanical ModelingBurn CareBurn ManagementBurn PathophysiologyBurn ResuscitationDisease ModelingBurn Injury PathophysiologyBurn TreatmentInflammation In Burn WoundsInflammatory Response In BurnsPatient Outcome EvaluationPatient Outcome Measurement
We have created a model of systemic burn pathophysiology by incorporating a mathematical model of acute inflammation within the BioGears Engine. This model produces outputs consistent with burns of varying severities and leverages existing BioGears functionality to simulate the effect of treatment on virtual patient outcome. The model performs well for standard resuscitation scenarios and we thus expect it to be useful for educational and training purposes.
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Burn size determines the inflammatory and hypermetabolic response
Marc G. Jeschke, Ronald P. Mlcak, Celeste C. Finnerty et al. · Critical Care · 2007 · 321 citations · Full text
Medicine, Pediatrics, Burn Surgery +14
KETAMINE INFUSIONS: PHARMACOKINETICS AND CLINICAL EFFECTS
Jan Idvall, I. Ahlgren, K. F. Aronsen et al. · British Journal of Anaesthesia · 1979 · 310 citations · Full text
THE ACUTE INFLAMMATORY RESPONSE IN DIVERSE SHOCK STATES
Carson C. Chow, Gilles Clermont, Rukmini Kumar et al. · Shock · 2005 · 200 citations