Potential functionsa | Gene ID | Referencesb |
---|---|---|
Carbohydrate metabolism | AT1G33700, AT5G13000 | [18] |
Photosynthesis metabolism or photomorphogenesis | AT1G55670, AT2G05100, AT3G08940, AT3G21055, AT1G67740, AT1G03130, AT2G34420, AT1G15820, AT4G10340, AT1G61520, AT2G06520, AT3G27690, AT3G15190, AT1G14790 | |
Defense or stress response | AT4G35770, AT5G66570, AT2G05520, AT5G22690, AT5G42900, AT2G26650, AT1G70060, AT1G64060, AT1G17750, AT3G07770 | |
Oxidation-reduction process | AT1G55670 | |
Protein located in mitochondria or chloroplast | AT1G55670, AT2G05100, AT3G08940, AT3G21055, AT1G67740, AT1G03130, AT2G45180, AT4G35770, AT4G01935, AT5G16930, AT2G34420, AT1G15820, AT2G34420, AT4G10340, AT1G61520, AT2G06520, AT3G27690, AT3G15190, AT1G77680, AT3G07770 | |
Regulation of cell cycle or differentiation | AT5G66570, AT2G26650, AT5G46070, AT2G42840 | [18] |
Transporter | AT1G55670, AT1G03130, AT2G45180, AT4G11670, AT5G66570, AT3G11964 | [18] |
Regulation of protein dephosphorylation or other modification | AT3G08940, AT3G21055, AT1G67740, AT1G03130, AT1G15820, AT5G12400, AT2G20850 | [18] |
Protein synthesis or proteolysis | AT3G15190, AT1G77680 | Â |
Nucleotide binding, regulation of transcription | AT3G08940, AT3G07650, AT5G66570, AT5G12400, AT2G42270, AT1G70060, AT2G40770, AT5G04290, AT1G33700, AT4G35240, AT1G14790 | [18] |
sn (o) RNA or other ncRNA | AT4G13495, AT5G09585 | Â |
ATP binding, ATPase or kinase activity | AT2G20850, AT2G42270, AT2G40770, AT1G17750 | Â |
Signaling transduction | AT5G22690, AT2G20850, AT5G13000, AT1G64060, AT1G17750 |