AOX1A Antibody

1. AOX1A activation by Tricarboxylic acid cycle Intermediates 2-oxoglutarate and oxaloacetate. PMID:29208641
2. AOX isoforms are differentially activated and that activation at CysI and CysII is additive. PMID:28596420
3. MYB DOMAIN PROTEIN29 (MYB29) mutants have increased levels of ALTERNATIVE OXIDASE1a (AOX1a) transcript and protein compared to wild type after induction with antimycin A. PMID:28167700
4. Overexpression of AOX1a rescued the aox1a mutant phenotype, including the chlorophyll accumulation during greening and plastidial protein import. PMID:25158995
5. Phosphate deprivation increased NO production in WT roots, and the AOX level and the capacity of the alternative pathway to consume electrons in WT seedlings. PMID:26163703
6. AOX1A plays a significant role in sustaining the chloroplastic redox state and energization to optimize photosynthesis by regulating cellular redox homeostasis and ROS generation when electron transport through the COX pathway is disturbed at complex III. PMID:26292995
7. The authors propose a working model where AOX1a acts early in the response to Cd and activates or maintains a mitochondrial signalling pathway impacting on cellular antioxidative defence at the post-transcriptional level. PMID:25743159
8. RAO2/Arabidopsis NAC domain-containing protein17 (ANAC017) as a direct positive regulator of AOX1a. Plants with mutated rao2/anac017 were more stress sensitive. PMID:24045017
9. Arabidopsis plants deficient in AOX1a were unable to sustain photosynthesis under high light as is the case in WT plants. PMID:24560882
10. Overexpression of AOX1a reduced mitochondrial ROS production by maintaining the mitochondrial electron flux, and alleviated subsequent mitochondrial dysfunction and caspase-3-like activation in Al-induced programmed cell death. PMID:24863436
11. Foliar NO3 (-) assimilation was enhanced in both aox1a and ucp1 compared with the wild-type, suggesting that foliar NO3 (-) assimilation is probably driven by a decreased capacity of mAET and an increase in reductant within the cytosol. PMID:24799562
12. AOX and CET-PSI participate together in optimizing plant growth under conditions with elevated light intensity. [AOX1A] PMID:21707657
13. These results indicate that AOX is important for optimizing rates of photosynthetic CO(2) assimilation in response to rising CO(2) concentration. PMID:22848123
14. The ability of AOX1a and AOX2 to substitute for PTOX in the correct physiological and developmental contexts is a striking example of the capacity of a mitochondrial protein to replace the function of a chloroplast protein. PMID:22534126
15. These results suggest that AOX plays an important role in rapid acclimation of the respiratory chain to sHL, which may support efficient photosynthetic performance. PMID:21251020
16. When aox1a mutant seedlings were grown under a high-light condition, photobleaching was more evident in the mutant than the wild-type plants. PMID:20716069
17. AOX can play a critical role in cell re-programming under salinity stress. PMID:19941623
18. A 93 base pair portion necessary for induction was identified in the AtAOX1a promoter. PMID:16027972
19. AOX not only functions to prevent excess reactive oxygen species formation in whole tissues under stressful environmental conditions but also affects metabolism through more pervasive effects, including some that are extramitochondrial. PMID:16299170
20. a microarray study using an anti-sense line showed AOX1a influences outside mitochondria, particularly in chloroplasts and on several carbon metabolism pathways PMID:16299171
21. A variety of Cys(II) substitutions constitutively activated AtAOX1a, indicating that neither the catalytic site nor, unlike at Cys(I), charge repulsion is involved. PMID:16457775
22. AOX1a plants have a greatly altered stress response even when mitochondria or the mitochondrial electron transport chain are not the primary target of the stress and that AOX1a plays a broad role in determining the normal redox balance in the cell PMID:18424626
23. AOX is a necessary component in antioxidant defence mechanisms and for the control of a balanced metabolism. PMID:18507803

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UNIGENE: At.23475

KEGG: ath:AT3G22370

STRING: 3702.AT3G22370.1