%0 Journal Article
%T The impact of ionizing irradiation on liver detoxifying enzymes. A re-investigation
%A Alessio Bocedi
%A Andrea Lancia
%A Arianna Guidi
%A Elisabetta Ponti
%A Giada Cattani
%A Gianluca Ingrosso
%A Giorgio Ricci
%A Maria Rosa Ciriolo
%A Maurizio Mattei
%A Roberto Miceli
%A Sara Baldelli
%J Archive of "Cell Death Discovery".
%D 2019
%R 10.1038/s41420-019-0148-8
%X Percentage change£¿¡À£¿SD of (a) glutathione peroxidase (GPx) 2 GyS1-S3, 3 GyS4, 4 GyS1,S5, 4.5 GyS6, 5 GyS7, 6 GyS2, 8 GyS1,S8, 10 GyS2, 15 GyS9 (b) glutathione-S-transferase (GST) 1 GyS10, 2GyS3, 3 GyS10, 4.5 GyS6, 5 GyS10,S11, 7 and 9 GyS10 (c) glutathione reductase (GR) 2 GyS3, 4.5 GyS6, 15 GyS9, 18 GyS12 (d) catalase (CAT) 2 GyS2,S3, 3 GyS4, 4 GyS5,S13, 5 GyS14,S15, 6 GyS2, 8 GyS8, 10 GyS2, 15 GyS9, 18 GyS12 and (e) superoxide dismutase (SOD) 1 GyS10, 2 GyS2, 3 GyS4,S10, 4 GyS5,S13, 4.5 GyS6, 5 GyS7,S10,S14,S15, 6 GyS2,S11,S16, 7 GyS10, 8 GyS8, 9 GyS10, 10 GyS2, 15 GyS9 respect to unirradiated controls (CTRL). The dashed lines represent the unirradiated controls (See Materials and Methods). The mean value is also shown for each panel. All References are whom reported in the Supplementary Informatio
%U https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6368569/