The mechanisms of cadmium-induced toxicity may include oxidative stress, altered redox homeostasis, and injuries to organelles.
The mechanisms of increased risk of macrovascular events with hyperglycaemia are not fully known but may include oxidative stress, inflammation and thrombosis [ 40– 40].
These processes may include oxidative stress, NO over-production (peroxynitrite formation), inflammation, hypoxia, and mitochondrial dysfunction, which are thought to occur in Alzheimer's disease pathology.
Possible pathophysiologic mechanisms linking OC with mortality, especially from IHD, may include oxidative stress and effects on blood pressure (Brook et al. 2004).
These factors may include oxidative stress, inflammatory factors, growth factors, growth hormones or a decline in RNA stability (e.g. by epigenetic factors such as microRNAs), all of which have been implicated in development of osteoarthritis.
Such common contributory factors may include oxidative stress, insulin resistance, inflammation, the accumulation of advanced glycation end products (AGEs), activation of the rennin angiotensin system (RAS), arterial calcification and endothelial (dys)function.
These may include counteracting oxidative stress (and related insulin resistance) (14) via antioxidants from fruits, vegetables, and long-term multivitamin use and the lowering of high triglyceride levels linked to reduction of inflammation processes involved in MetS (15)—as a result of increased consumption of polyunsaturated fat, nuts, and soy and a reduced consumption of trans fat.
This may include mitigating deleterious oxidative damage to their sperm, and so be directly related to their functional fertility.
The mechanisms by which alcohol causes HCC are incompletely understood but may include chromosomal loss, oxidative stress, a decreased retinoic acid level in the liver, altered DNA methylation, and genetic susceptibility [ 68].
As mentioned above, other risk factors for neurodegenerative disease may include gender, endocrine conditions, oxidative stress, infection and inflammation, nutrition, vascular conditions, depression, head trauma, tumors, and level of education.
An individual and their discrete tissues may encounter a variety of environmental stressors (chemicals, mutagens, ultraviolet and other radiation exposures) during the course of their life which may enhance biological damage (including oxidative stress), which in turn may cause mutagenesis [ 1, 3, 4], and contribute to age-associated diseases [ 5].
