Information report for AT5G05970
Gene Details
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Functional Descriptions
- GO:2000694 — involved in — regulation of phragmoplast microtubule organization
- GO:0000919 — involved in — cell plate assembly
- GO:0032467 — involved in — positive regulation of cytokinesis
- GO:0010968 — involved in — regulation of microtubule nucleation
- GO:2000694 — acts upstream of or within — regulation of phragmoplast microtubule organization
- GO:0060236 — acts upstream of or within — regulation of mitotic spindle organization
- GO:0060236 — involved in — regulation of mitotic spindle organization
- GO:0080008 — part of — Cul4-RING E3 ubiquitin ligase complex
- GO:0032467 — acts upstream of or within — positive regulation of cytokinesis
- GO:0005828 — is active in — kinetochore microtubule
- GO:0009555 — acts upstream of or within — pollen development
- GO:0000919 — acts upstream of or within — cell plate assembly
- GO:0005828 — located in — kinetochore microtubule
- GO:0009553 — acts upstream of or within — embryo sac development
- GO:0140496 — enables — gamma-tubulin complex binding
Functional Keywords
Literature and News
- Arabidopsis DDB1-CUL4 ASSOCIATED FACTOR1 forms a nuclear E3 ubiquitin ligase with DDB1 and CUL4 that is involved in multiple plant developmental processes. DOI: 10.1105/tpc.108.058891 ; PMID: 18552200
- Arabidopsis cortical microtubules are initiated along, as well as branching from, existing microtubules. DOI: 10.1105/tpc.109.069716 ; PMID: 19706794
- Role of nucleation in cortical microtubule array organization: variations on a theme. DOI: 10.1111/tpj.12166 ; PMID: 23464654
- Arabidopsis DDB1-CUL4 ASSOCIATED FACTOR1 forms a nuclear E3 ubiquitin ligase with DDB1 and CUL4 that is involved in multiple plant developmental processes. DOI: 10.1105/tpc.108.058891 ; PMID: 18552200
Gene Resources
Sequences
cDNA Sequence
- >AT5G05970.1
CTGTCATTTCGAATCTGTCTCTAATCTCATAGGGTTCAAAATTTGGTTTCTGCTGTTCTCTCGAGAAAAAAGTACAGTTCCCGCATTGTTCAGATTCTCTAAGATTCATTCATCAATCTGACTTTTCCCGGGAAAATTCACTGTCTCTGAGTCCAAACCCGAATCCAGCGATGATGTCGAACTTGGTAGAGCCATCGTGGCGCCTTCTGGCAGCGAGCGGCGGAGATACGGTTAAGCTTTTCGACGTTTCTGCCGATTCCGGCGATCCCTGCGTTTTGAGCTATACTCCGTCACCTGGTTGTGCTGTCAACTCCGTCAAGTGGAATCATACGAATTTAGTGGTGGCCAGTACGGGAGAAGATAAGAAGATATCCCTGTGGCGGAAAAATGGGCAGAGTTTAGGAACAGTTCCAGTTACTGGGAAGGACGGTGGTGATAGTGCTGAGGAATGTTTATCGGCTATTAGCTTCAGCAAAAAAGGCTCCAGGTACATTTGTTCTGGAGGAACTGGTCAAATTGTTAAGATATGGGATCTGCAAAGAAAGCTTTGTATTAAGAAGTTGAAAGGTCATACAAGTACAATAACGGGTGTGATGTACAATTGCAAAGATGAGCATTTGGCTTCTGTTAGTGTTGGTGGGGATCTAATAGTCCATAACCTTGCATCTGGAGCAAGGGCTACCGAACTCAAAGATCCAAATGGGCAGGTATTAAGGTTGCTTGATTATTCAAGGTCTAGTCGACACCTCCTAGTTACTGCAGGTGATGATGGCACTGTACATCTGTGGGACACAACTGGTCGTAGCCCGAAGATGTCCTGGTTGAAGCAGCATTCGGCACCAACTGCTGGTGTTTGCTTCTCTCCATCAAACGAAAAGATAATTGCTAGTGTCGGGATGGACAAAAAGCTTTACACTTATGATTCTGGATCCAGAAGATCTTCGTCCTGCATTGCCTATGAGGCACCTTTCTCCTCTTTGGCGTTTGGGGATAATGGCTATATTCTGGTAGCTGGAACCAGTAACGGTAGAGTAGTGTTTTACGACATCCGTGGAAAACCGCAGCCTGTTACTGTCCTGCACGCTTTCAGTAATTCAGAGGATGTAACAAGTTTATCATGGCAAACATCAAAACCAGTTATTGTGAATGAGAAAAATTACACTTCTGAGATGGCTCTTCTTGGCAGTACTGTGGAAGATTCAGTTGTCATTCCAGATCCACTTCCCTCAACGACACCCTCAGCTTCACAGTCCGCTATGGCACCAGGTTCCCGTGGAGTATCCGCGAGTACTGTAAATGCATCATCAGTTGAACAAACACCAAATAGAAATCATCTATGGCCTAGTGGGCCACTGGGCAGACTGCATGCACTTCGTGCAAATGACAGTTATAATGATGATATGGGTGTTTTTTCACCTATTATTGACGTATCATCTGTTGAGAAGTGGGCTGATAGTGAAGGATATAATAATAAGGACCATTTAGTTGTTGACAACAAGCCGTCCTCTTTGCTATTTCCGTCATCCAGCAAGGGATATTCGTTTGGAGACAATGGAAGCAAGGAACATCCAATATTCGATTGGAAACCAAGCTCTACTTCGAAACAGGATGACCCGAGGGCTGCTTTTTCGTCTTTTGGATCTATTACGCCAACAGCATCATCCAAAAGTGAAGACTCTGCCTTGACACCTCCAGAAGCATGGGGTGGTGATAAATTTTCTGAGAAGTTTAACCAATTGGCCAATGAGAAATTTTCTGATAAATTTAGCCACCTGCATGCACCTTCACGTCTCGCTGTTTCAAGCACAGGTGCTAGTACATCTGGATCAATGTTCTCTAGCTCTCGAGATTTCCCCTTGTCGCATGGTCAGACAAACTTCGCAAACGCTAGCTTAGAATTCCCACGGATCAGAGACTTCTCTTCAACCTTTGAGACATCCTCAACACAGACAGACAACAACTTGCCTTCAAGCCCATTGTTTACAAAAGGCATCACAGCTCCTGGTAACATTGATTCGTTGAGGCTATCACCAAATTTTACTCGTAGGTTCTCAACATATGCTGAGAGAATCAGCACCACTTCTTCCTTTAGTGACGGGGCCTCTCTCAGTCTGGGTGGCTCACCCAAGATAAAGAAAACAGGCTCAGAAACGAGAGAGGAAGTTTTAAATCATCTGTTGGCAAGACCAGAGACAGTAGTTGCAACAGAAGCAGGAGCTATGCCGCTTATGAATGGAGGGTTGAAGCAATCTCAAACGGATCAACAGCAAGTGATGGGTAGTAGCAATTTCACGCTTCAGCTATTTCAAAGAACGCTCGAAGGAACTCTGGATTCTTTCCAAAACTCAATTCATGACGACGTAAGGAACCTTCACATTGAGATCCTCAGACAGTTCCACATGCACGAGATGGAGATGTCGAAGGTGTTAAGCTCGATTCTGGAGAACCAAGCGGAGCAAATGAAGGAGTTAAAGTTGTTGCGAAAAGAGAATCAAGAGCTCAGACAAAGGCTTTAGGGGAGACCGTTGTGAGTTTTTTGTGTTTAAATGATGTGTGGATTTATATCTTTCTCTTTGGTACTCTTCATGTGTTCCTCTCCCCGATCGAATCCGTTTTGATTTCATATTATGATTGATCCGTTTGGGTTTTGGTAGAGATCTTGTATAATTTGAAACACTGCGTTTCCTAATCTGGAGGAAGCAAATCATTAACCATGTCACAACGTTTGCC - >AT5G05970.2
CTGTCATTTCGAATCTGTCTCTAATCTCATAGGGTTCAAAATTTGGTTTCTGCTGTTCTCTCGAGAAAAAAGTACAGTTCCCGCATTGTTCAGATTCTCTAAGATTCATTCATCAATCTGACTTTTCCCGGGAAAATTCACTGTCTCTGAGTCCAAACCCGAATCCAGCGATGATGTCGAACTTGGTAGAGCCATCGTGGCGCCTTCTGGCAGCGAGCGGCGGAGATACGGTTAAGCTTTTCGACGTTTCTGCCGATTCCGGCGATCCCTGCGTTTTGAGCTATACTCCGTCACCTGGTTGTGCTGTCAACTCCGTCAAGTGGAATCATACGAATTTAGTGGTGGCCAGTACGGGAGAAGATAAGAAGATATCCCTGTGGCGGAAAAATGGGCAGAGTTTAGGAACAGTTCCAGTTACTGGGAAGGACGGTGGTGATAGTGCTGAGGAATGTTTATCGGCTATTAGCTTCAGCAAAAAAGGCTCCAGGTACATTTGTTCTGGAGGAACTGGTCAAATTGTTAAGATATGGGATCTGCAAAGAAAGCTTTGTATTAAGAAGTTGAAAGGTCATACAAGTACAATAACGGGTGTGATGTACAATTGCAAAGATGAGCATTTGGCTTCTGTTAGTGTTGGTGGGGATCTAATAGTCCATAACCTTGCATCTGGAGCAAGGGCTACCGAACTCAAAGATCCAAATGGGCAGGTATTAAGGTTGCTTGATTATTCAAGGTCTAGTCGACACCTCCTAGTTACTGCAGGTGATGATGGCACTGTACATCTGTGGGACACAACTGGTCGTAGCCCGAAGATGTCCTGGTTGAAGCAGCATTCGGCACCAACTGCTGGTGTTTGCTTCTCTCCATCAAACGAAAAGATAATTGCTAGTGTCGGGATGGACAAAAAGCTTTACACTTATGATTCTGGATCCAGAAGATCTTCGTCCTGCATTGCCTATGAGGCACCTTTCTCCTCTTTGGCGTTTGGGGATAATGGCTATATTCTGGTAGCTGGAACCAGTAACGGTAGAGTAGTGTTTTACGACATCCGTGGAAAACCGCAGCCTGTTACTGTCCTGCACGCTTTCAGTAATTCAGAGGATGTAACAAGTTTATCATGGCAAACATCAAAACCAGTTATTGTGAATGAGAAAAATTACACTTCTGAGATGGCTCTTCTTGGCAGTACTGTGGAAGATTCAGTTGTCATTCCAGATCCACTTCCCTCAACGACACCCTCAGCTTCACAGTCCGCTATGGCACCAGGTTCCCGTGGAGTATCCGCGAGTACTGTAAATGCATCATCAGTTGAACAAACACCAAATAGAAATCATCTATGGCCTAGTGGGCCACTGGGCAGACTGCATGCACTTCGTGCAAATGACAGTTATAATGATGATATGGGTGTTTTTTCACCTATTATTGACGTATCATCTGTTGAGAAGTGGGCTGATAGTGAAGGATATAATAATAAGGACCATTTAGTTGTTGACAACAAGCCGTCCTCTTTGCTATTTCCGTCATCCAGCAAGGGATATTCGTTTGGAGACAATGGAAGCAAGGAACATCCAATATTCGATTGGAAACCAAGCTCTACTTCGAAACAGGATGACCCGAGGGCTGCTTTTTCGTCTTTTGGATCTATTACGCCAACAGCATCATCCAAAAGTGAAGACTCTGCCTTGACACCTCCAGAAGCATGGGGTGGTGATAAATTTTCTGAGAAGTTTAACCAATTGGCCAATGAGAAATTTTCTGATAAATTTAGCCACCTGCATGCACCTTCACGTCTCGCTGTTTCAAGCACAGGTGCTAGTACATCTGGATCAATGTTCTCTAGCTCTCGAGATTTCCCCTTGTCGCATGGTCAGACAAACTTCGCAAACGCTAGCTTAGAATTCCCACGGATCAGAGACTTCTCTTCAACCTTTGAGACATCCTCAACACAGACAGACAACAACTTGCCTTCAAGCCCATTGTTTACAAAAGGCATCACAGCTCCTGGTAACATTGATTCGTTGAGGCTATCACCAAATTTTACTCGTAGGTTCTCAACATATGCTGAGAGAATCAGCACCACTTCTTCCTTTAGTGACGGGGCCTCTCTCAGTCTGGGTGGCTCACCCAAGATAAAGAAAACAGGCTCAGAAACGAGAGAGGAAGTTTTAAATCATCTGTTGGCAAGACCAGAGACAGTAGTTGCAACAGAAGCAGGAGCTATGCCGCTTATGAATGGAGGGTTGAAGCAATCTCAAACGGATCAACAGCAAGTGATGGGTAGTAGCAATTTCACGCTTCAGCTATTTCAAAGAACGCTCGAAGGAACTCTGGATTCTTTCCAAAACTCAATTCATGACGACGTAAGGAACCTTCACATTGAGATCCTCAGACAGTTCCACATGCACGAGATGGAGATGTCGAAGGTGTTAAGCTCGATTCTGGAGAACCAAGCGGAGCAAATGAAGGAGTTAAAGTTGTTGCGAAAAGAGAATCAAGAGCTCAGACAAAGGCTTTAGGGGAGACCGTTGTGAGTTTTTTGTGTTTAAATGATGTGTGGATTTATATCTTTCTCTTTGGTACTCTTCATGTGTTCCTCTCCCCGATCGAATCCGTTTTGATTTCATATTATGATTGATCCGTTTGGGTTTTGGTAGAGATCTTGTATAATTTGAAACACTGCGTTTCCTAATCTGGAGGAAGCAAATCATTAACCATGTCACAACGTTTGCC
CDS Sequence
Protein Sequence