Loss of glutaredoxin-2 contributes to tumor oncocytic transformation via differential protein s-glutathionylation and hampering of oxidative phosphorylation

Loss of glutaredoxin-2 contributes to tumor oncocytic transformation via differential protein s-glutathionylation and hampering of oxidative phosphorylation

Loss of glutaredoxin-2 contributes to tumor oncocytic transformation via differential protein s-glutathionylation and hampering of oxidative phosphorylation 1125 1625 Metabolism & Cancer
Pathogenic mitochondrial DNA mutations are associated with ROS signature and are prognostic markers in hepatocellular carcinoma
The IF1 mitochondrial inhibitory protein of ATP synthase modulates the permeability transition pore in a human cancer call model
The role of adipocyte G0/G1 Switch Gene 2 (G0S2) in the crosstalk between cancer cells and adipocytes
Mitochondrial complex I null cancer models reveal unspecific antiproliferative effects of complex I inhibitors – Copie
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