Toxicology Research · 2017 · 29 citations · 50 references
EngineeringBioengineeringMechanisms Of ToxicityCytotoxicity EvaluationHumidity ControlHumidity EffectsHumidity ManagementRelative HumidityRelative Humidity ControlAir Humidity EffectsCytotoxicity AssaysRelative Humidity EffectsTemperature-dependent Toxicity
= 0.2056) increase in LDH release, or (C) 37 °C and >75% RH showed no changes in cell viability and no increase in LDH release. Furthermore, cells exposed to air at 37 °C and >75% RH 24 h post-exposure showed no changes in viability or LDH release relative to incubator controls. Thus, reductions in cell viability were induced under conditions used typically in the literature (conditions A & B). However, our modifications (condition C) overcome this shortcoming by preventing cell desiccation; regulating temp/RH is essential for conducting adequate ALI exposures.
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Sebastian G. Klein, Tommaso Serchi, Lucien Hoffmann et al. · Particle and Fibre Toxicology · 2013 · 215 citations · Full text