Review Article
The Role of Oxidative Stress in the Pathomechanism of Congenital Malformations
Table 1
Summary of the markers investigating in relation to oxidative damage in Down syndrome.
| Marker | DS cell/tissue | Level |
| SOD1 | Erythrocytes | Increased | B- and T-lymphocytes | Increased | Fibroblasts | Increased | Whole blood | Increased activity |
| Peroxiredoxin 2 | Fetal brain | Decreased |
| CAT | Whole blood | Increased activity |
| Protein carbonyls | Whole blood | Increased | Amniotic fluid | Increased |
| Total Glutathione GSSG | Amniotic fluid | Increased | Increased | Trx | Decreased |
| ROS | Primary human cortical cell cultures | Increased |
| Lipid peroxidation | Primary human cortical cell cultures | Increased |
| BACH1 protein | Frontal cortex tissue | Increased |
| Aβ40 and Aβ42 | Plasma | Increased |
| CRB | Brain | Increased |
| GSH | Whole blood | Decreased |
| HNE-protein adducts | Amniotic fluid | Increased |
| HSP 70 Grp 78 HO-1 | Amniotic fluid | Increased |
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