Glyoxalase 2 (Glo2) catalyzes methylglyoxal detoxification to D-lactate via lactylglutathione (LGSH), an intermediate in the glyoxalase system
Moreover, differences in plant organs (leaf vs
its high expression enriches the cell membrane with oxidizable PUFAs, effectively 'priming' the cell for ferroptosis (15)
Additionally, it effectively promotes the growth and migration of vascular endothelial cells, which is essential for improving blood supply to the injury site and accelerating tissue repair
What is the cause of megaloblastic anemia in this patient
see NMR-STAR file Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 1: 1D 1H, 0.5 mM Sample: 0.5mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 2: 1D 1H, 2.0 mM Sample: 2.0mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 3: 1D 1H Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 4: 2D [1H,1H]-TOCSY Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 5: 1D 13C Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 6: 1D DEPT90 Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 7: 1D DEPT135 Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 8: 2D [1H,13C]-HSQC Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 9: 2D [1H,13C]-HMBC Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 10: 2D [1H,1H]-COSY Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 500MHz 11: 2D [1H,13C]-HSQC SW small Sample: 100mM in D2O, ref: DSS Conditions: temperature: 298K, pH: 7.4 Spectrometer: Bruker DMX - 400MHz
