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• Free Radical Reference 1
  Malondialdehyde levels are used in this research as a determining factor of free radical mediated cell injury in burn trauma.
  
  
• Free Radical Reference 10
  Levles of malondialdehyde are described as a marker of oxidative stress.
  
  
• Free Radical Reference 2
  Study was to determine oxidative stress increase in aging. Increased MDA levels was a key determining factor in support of the presence of increased oxidative stress in elderly subjects.
  
  
• Free Radical Reference 3
  Malondialdehyde (MDA) was the sole means used to measure oxidative stress in this study.
  
  
• Free Radical Reference 4
  In this study of the effect of ovariectomy, increases in MDA make the determination that uterine oxidative stress is increased.
  
  
• Free Radical Reference 5
  Oxidative stress in patients with chronic renal failure which is further exacerbated by hemodialysis and CAPD, as evidenced by increased lipid peroxidation (MDA) and low antioxidant levels.
  
  
• Free Radical Reference 6
  Oxidative stress status was determined by measuring the concentration of urinary malondialdehyde ( MDA ).
  
  
• Free Radical Reference 7
  Levels of malondialdehyde ( MDA ) and total glutathione to were used to assess oxidative stress.
  
  
• Free Radical Reference 8
  Urinary measurements of markers of oxidative stress and damage to lipids and proteins appear to be more sensitive than plasma measurements in patients with CKD.
  
  
• Free Radical Reference 9
  Oxidative stress is reflected by increased MDA and reduced antioxidant enzyme levels.
  
  
• Free Radical Test Validation 1
  FAQ: Why should I check my MDA ( Malondialdehyde ) to test for free radical oxidative damage?
  Free-Radical-Test-Validation-1.html