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The possible ROS pathways are NF‐B, MAPKs, PI3K‐Akt, and the Keap1‐Nrf2‐ARE signaling pathway. Various diseases associated with ROS imbalance and types of ROS inhibitors are also discussed in this manuscript.
It is now clear that ROS have a cell signalling role in many biological systems, both in animals and in plants. ROS induce programmed cell death or necrosis, induce or suppress the expression of many genes, and activate cell signalling cascades, such as those involving mitogen-activated protein kinases.
Reactive oxygen species (ROS) can serve as signaling molecules that are essential for plant growth and development but abiotic stress can lead to ROS increases to supraoptimal levels resulting in cellular damage.
ROS can cause inflammation by activating signaling pathways such as extracellular signal-regulated kinase, protein kinase-C (PKC), JNK, and RTKs. Furthermore, NF-B is one of several redox-sensitive inflammatory transcription factors that cause cellular inflammation (Ballal et al., 2015).
At physiological and elevated levels, ROS signal via different post-translational protein modifications is referred to as ROS signaling or oxidative eustress. To date, it is well established that ROS are fundamentally important as second messenger signaling molecules in cell biology and physiology.
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ROS acts both as a bactericide, damaging the bacterial DNA, RNA and proteins, as well as a signalling molecule that induces repair mechanisms of the epithelium. The uracil released by microorganism triggers the production and activity of DUOX, the ROS-producing enzyme in the intestine.
Reactive oxygen species (ROS) are short-lived and highly reactive molecules. Low doses of ROS activate cell survival signalling pathways: UPR, Nrf2. High doses of ROS activate cell death signalling pathways: apoptosis and necroptosis. ROS activate mitochondrial, death receptor and ER pathways of apoptosis.

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