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Immune system / Antioxidant / Immunology / Biology / T cells


HYPEROXIA INHIBITS T CELL ACTIVATION IN MICE Hughes-Fulford M. (1-4), Meissler J (4), Aguayo E. T (4), Globus R.(5), Aguado J (4), Candelario T[removed]Hughes-Fulford Laboratory, Department of Research, Veterans Adminis
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Document Date: 2014-05-30 17:49:47

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City

Fisher / Lacona / /

Company

Ames / Hughes-Fulford Laboratory / /

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Facility

Ames Research Center / Veterans Administration Medical Center / Northern California Institute / /

IndustryTerm

sunflower oil / altered gas mixes / pre-breathing protocols / /

MedicalCondition

significantly increased hospital infections / acute lung injury / decompression sickness / acute respiratory distress syndrome / ventilator-induced lung injury / infection / increased infection / /

MedicalTreatment

Immunosuppression / mechanical ventilation / /

Organization

National Institute of Health / Veterans Administration Medical Center / Department of Veterans Affairs Medical Research Service / NASA Ames Research Center / Northern California Institute for Research and Education / National Aeronautics and Space Administration / UH2AG037629 / Department of Medicine and 3Department of Urology / /

Person

Alonso Gonzalez / Hernandez Rosales / Chin Med / /

Position

author / cabinets and oxygen controller / /

Product

IL-2R / IL-2 / /

ProvinceOrState

California / A. B. / /

Region

Northern California / /

Technology

alpha / gene expression / cell signaling / pre-breathing protocols / /

SocialTag