An In Silico Model of Endotoxic Shock Mediators (Briefing Charts)

Biologically-based in silico models of pathogen-host interactions are being designed in our lab to predict the time-course of pathogenic infection in humans. Macrophages respond to lipopolysaccharides (LPS), including the release of potent lipid autacoids, causing a cascade of events leading to endo...

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Bibliographische Detailangaben
Hauptverfasser:	Makley, Meghan K, Gearhart, Jeff M, Lisanby, Mark, Hack, Charles E, Poeppelman, Lee
Format:	Report
Sprache:	eng
Schlagworte:	ADVERSE CONDITIONS ANIMALS Biochemistry BRONCHI CELLS(BIOLOGY) DOSAGE DOSIMETER ENDOTOXIC SHOCK ENDOTOXINS ERYTHROCYTES ESCHERICHIA COLI EXPOSURE(PHYSIOLOGY) EXTRAPOLATION GINKGOLIDE B GUINEA PIGS HAMSTERS HEART HOSTS(BIOLOGY) HYPOTENSION IN SILICO MODEL INFECTIOUS DISEASES INHALATION KINETICS LABORATORY ANIMALS LETHALITY LIPIDS LIPOPOLYSACCHARIDES MACROPHAGES Medicine and Medical Research PATHOGENESIS PATHOGENIC MICROORGANISMS PE62202F PLASMAS(PHYSICS) SENSE ORGANS SIGNS AND SYMPTOMS TISSUES(BIOLOGY) WUAFRLODTWP005
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