This variation in cell morphology and size can be explained by different maturation stages and/or cell function [1, 3]
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The resultant increase in intracellular lipid accumulation leads to lipotoxicity, which can promote the progression of CKD ( One possible mechanism underlying the role of mitochondrial biogenesis in CKD was proposed by (Weinberg, 2011), wherein biogenesis allowed a fixed amount of oxidative load to be distributed among more mitochondria, thus alleviating the oxidative stress in each mitochondrion, thereby reducing the production of reactive oxygen species (ROS), with resultant protection of renal cells from oxidative injury
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Conclusion It is perhaps not surprising that GSH, being the most important redox systems in many bacteria to maintain metabolism and homeostasis, play a role in bacterial pathogenicity by maintaining optimal bacterial growth and survival
indeed, the gene is expressed in all cells of the body