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glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

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glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

Figure 2 Because of their prokaryotic origins, mitochondria are potent sources of DAMPs, and damage to their outer membrane, mitochondrial permeability transition, or cell death can result in the cytoplasmic and/or extracellular release of mitochondrial DAMPs (Grazioli and Pugin, + macrophages, production of pro-inflammatory cytokines (IL-1, Il-6, and TNF-), and activated p38 MAPK through TLR9 signaling (Gu et al., 2014) and is produced in the mitochondrial matrix (Suofu et al., 2017)

glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

doi: 10.1371/journal.pone.0213063

glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

N., Hosseini Nasab, S., Haidar, Z

glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

The peptide does not appear to promote tumor growth in available research, though long-term human data remains limited

glutathione and vagus nerve stimulation: A targeted approach for reducing tissue-specific ischemic reperfusion injury Pain Center @ UT Dallas

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