Excessive ROS triggers oxidative stress Although ROS production in mitochondria is in balance with an intracellular antioxidant system under physiological conditions, the balance is easy to be disrupted under pathological conditions, such as radiation, hypoxia, cytokines, hyperlipidemia, and hyperglycemia, which results in the accumulation of ROS, facilitating oxidative stress, cell damage, and diseases, such as cancer, cardiovascular disease, neurological disease, respiratory disease, and so on
This effect may be mediated by inhibiting Wnt-driven epithelial proliferation and dysfunction, and by correcting solute transport disorders that control the physiological balance of the Na + /Cl - (decreased fecal Na + and Cl - levels, increased serum Na + and Cl - levels), and reducing serum total protein [87,88,89]
There have been rare reports of hyponatremic convulsions associated with concomitant use with the following medications: oxybutinin and imipramine
2021 Sep;385(14):128091
This preserves their stability during shipping and long-term storage