We conclude that : ( i ) suppression of specific transcription factor functions can potentially serve as a marker of exposure to oxidative stress and its effects on human lymphocytes ; ( ii ) lipid peroxidation is only detectable in human lymphocytes upon exposure to weak oxidative stress which does not induce catalase activity ; ( iii ) therefore , transcription factor DNA-binding activities are more sensitive to oxidative stress than lipid peroxidation .
we conclude that : ( i ) suppression of specific transcription factor functions can potentially serve as a marker of exposure to oxidative stress and its effects on human lymphocytes ; ( ii ) lipid peroxidation is only detectable in human lymphocytes upon exposure to weak oxidative stress which does not induce catalase activity ; ( iii ) therefore , transcription factor dna-binding activities are more sensitive to oxidative stress than lipid peroxidation .
O O O O O O O O O O B-protein_family_or_group I-protein_family_or_group O O O O O O O O O O B-other_name I-other_name O O O O B-cell_type I-cell_type O O O O B-other_name I-other_name O O O O B-cell_type I-cell_type O O O O B-other_name I-other_name O O O O B-protein_family_or_group O O O O O O O B-protein_family_or_group I-protein_family_or_group O O O O O O B-other_name I-other_name O B-other_name I-other_name O