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. 2010 Mar 1;12(5):611–623. doi: 10.1089/ars.2009.2877

Table 1.

Summary of Previous Reports on the Effect of Hypoxia on [ROS]i in Isolated Lungs, Pulmonary Arteries, and PASMCs

Authors Hypoxia [ROS]i Preparations Detection methods References
Archer et al. Minutes Decrease Isolated rat lungs, pulmonary arteries, and PASMCs AmplexRed, dihydroethidium, H2DCF, Lucigenin (4; 50)
Jernigan et al. Minutes Weeks IncreaseIncrease Isolated rat pulmonary arteries H2DCF (26; 27)
Killilea et al. Minutes Increase Cultured rat PASMCs H2DCF (34)
Liu et al. Minutes Weeks Increase Isolated porcine pulmonary arteries Electron paramagnetic resonance, H2DCF, Lucigenin (43)
Marshall et al. Minutes Increase Cultured calf PASMCs Lucigenin (47)
Mehta et al. Hours Decrease Cultured human PASMCs Amplexred, Dihydroethidium, H2DCF, Lucigenin (49)
Mittal et al. Weeks Increase Isolated mouse pulmonary arteries Dihydroethidium (51)
Mohazzab and Wolin Minutes Decrease Microsome-enriched fractions of calf pulmonary arteries Lucigenin (53)
Paddenberget al. Minutes Increase Isolated mouse pulmonary arteries and cultured rabbit PASMCs H2DCF (61)
Rathore et al. Minutes Increase Isolated mouse PASMCs Cytochrome c reduction assay, H2DCF (69; 70)
Wang et al. Minutes Increase Isolated mouse PASMCs H2DCF, lucigenin, RedoxSensor Red CC-1 (97)
Wang et al. Hours Increase Isolated rat pulmonary arteries Dihydroethidium (98)
Waypa et al. Minutes Increase Cultured rat PASMCs Fluorescence resonance energy transfer probe, H2DCF (102; 103)
Wu et al. Minutes Hours DecreaseIncrease Cultured human PASMCs Dihydroethidium (114)