Redox cycling pathways

"Redox cycling pathways" is not a specific molecule, protein, or receptor but rather refers to the **networks of biochemical reactions involving oxidation and reduction (redox) processes** within living systems. These pathways are central to cellular energy production (such as in cellular respiration), signal transduction, regulation of gene expression, cell growth and death decisions, immune responses, and adaptation to environmental changes. Key components include enzymes like NADPH oxidases and peroxidases as well as redox-sensitive proteins that mediate these effects. Disruption in redox homeostasis—often through excessive reactive oxygen species (ROS) generation or insufficient antioxidant capacity—can contribute to various diseases including cancer, inflammation-related disorders, neurodegeneration, and cardiovascular conditions. Because "redox cycling pathways" describes a broad class of biological processes rather than a discrete molecular target suitable for drug binding or direct therapeutic intervention, it should not be considered a canonical therapeutic target itself[1][3][4]. **Note:** The entry "Redox cycling pathways" is too broad/vague for structured drug-target information; it does not correspond to an individual molecule/receptor/enzyme/transporter but instead encompasses many interconnected metabolic/signaling routes across biology.

Other names

Redox signaling pathwaysRedox biology pathwaysOxidation-reduction pathways