Gene Details:
- Gene ID: AT1G03470
- Gene Symbol: NET3A
- Gene Name: Networked 3A
- Description: Kinase interacting (KIP1-like) family protein;(source:Araport11)
- TAIR Accession: locus:2020843
- Genome: Araport11_genome_release
- Species: Arabidopsis thaliana
Transcripts:
Plant Ontology Annotations:
- PO:0009010 — seed — semilla (Spanish, exact), 種子 (Japanese, exact), pyrene (narrow), diaspore (broad)
- PO:0009030 — carpel — carpelo (Spanish, exact), 心皮 (Japanese, exact), Poaceae carpel (narrow), Zea carpel (narrow), pistil (broad)
- PO:0009047 — stem — caña (Spanish, exact), culm (exact), eje primario (Spanish, exact), primary axis (exact), primary stem (exact), tallo (Spanish, exact), tronco (Spanish, exact), 茎 (Japanese, exact), bole (narrow), cane (narrow), caudex (narrow), caudices (narrow), core (narrow), primocane (narrow), scape (narrow), stalk (narrow), trunk (narrow)
- PO:0000293 — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)
Gene Ontology:
- GO:1901565 — acts upstream of or within — organonitrogen compound catabolic process
- GO:0016070 — acts upstream of or within — RNA metabolic process
- GO:0032787 — acts upstream of or within — monocarboxylic acid metabolic process
- GO:0005634 — located in — nucleus
- GO:0031965 — located in — nuclear membrane
- GO:0005774 — is active in — vacuolar membrane
- GO:0065008 — acts upstream of or within — regulation of biological quality
- GO:0044248 — acts upstream of or within — cellular catabolic process
- GO:0005774 — located in — vacuolar membrane
- GO:0006091 — acts upstream of or within — generation of precursor metabolites and energy
- GO:0009642 — acts upstream of or within — response to light intensity
- GO:0044255 — acts upstream of or within — cellular lipid metabolic process
- GO:0005884 — colocalizes with — actin filament
- GO:0003779 — enables — actin binding
- GO:0015979 — acts upstream of or within — photosynthesis
Function-related keywords:
- seed , carpel , stem , guard cell
Literature:
- The ubiquitin-specific protease family from Arabidopsis. AtUBP1 and 2 are required for the resistance to the amino acid analog canavanine. DOI: 10.1104/pp.124.4.1828 ; PMID: 11115897
- The ubiquitin/26S proteasome pathway, the complex last chapter in the life of many plant proteins. DOI: 10.1016/S1360-1385(03)00014-1 ; PMID: 12663224
- Functional characterization of the Arabidopsis ubiquitin-specific protease gene family reveals specific role and redundancy of individual members in development. DOI: 10.1111/j.1365-313X.2008.03557.x ; PMID: 18485060
Sequences:
cDNA Sequence
- >AT1G03470.4
AACTCCTTAAAATTGCTCTCAAGGCGGAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAACGGCGCCGTTTATTTATTGTCTATCTTGGTTTTCCACGCACCGAGGTTGTGGAGAAAGCTTTAAGAAGAGTGAAAGATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAGAGGAGACAGAGAGGTCCGAGTGATCAAGAACAGAAACTGAGGAACTTTCTCTAAATATCTTTGTACTCTGTGATAGGTAGGGTATACTCTCAACTAGTTAGCGTAAGGTATATCATAGGATTGTAGTTATACCTAAGTCCATGGATGTTTGTTACATTTTCTATTGTTCGTTTCTTGTTTAAATATAATTGTCTTTCTTTTGAAATCAATTGTTTTGTTCTTTAATATCTGTAAGTTTGTTTTCTTTTACTTTATGTGTGTAATAAATGGTGATAAGAAGTTGTTGTTTAAAAGGTTTGACC - >AT1G03470.1
AACTCCTTAAAATTGCTCTCAAGGCGGAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAACGGCGCCGTTTATTTATTGTCTATCTTGGTTTTCCACGCACCGAGGTTGTGGAGAAAGCTTTAAGAAGAGTGAAAGATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAGAGGAGACAGAGAGGTCCGAGTGATCAAGAACAGAAACTGAGGAACTTTCTCTAAATATCTTTGTACTCTGTGATAGGTAGGGTATACTCTCAACTAGTTAGCGTAAGGTATATCATAGGATTGTAGTTATACCTAAGTCCATGGATGTTTGTTACATTTTCTATTGTTCGTTTCTTGTTTAAATATAATTGTCTTTCTTTTGAAATCAATTGTTTTGTTCTTTAATATCTGTAAGTTTGTTTTCTTTTACTTTATGTGTGTAATAAATGGTGATAAGAAGTTGTTGTTTAAAAGGTTTGACC - >AT1G03470.3
AACTCCTTAAAATTGCTCTCAAGGCGGAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAACGGCGCCGTTTATTTATTGTCTATCTTGGTTTTCCACGCACCGAGGTTGTGGAGAAAGCTTTAAGAAGAGTGAAAGATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAGAGGAGACAGAGAGGTCCGAGTGATCAAGAACAGAAACTGAGGAACTTTCTCTAAATATCTTTGTACTCTGTGATAGGTAGGGTATACTCTCAACTAGTTAGCGTAAGGTATATCATAGGATTGTAGTTATACCTAAGTCCATGGATGTTTGTTACATTTTCTATTGTTCGTTTCTTGTTTAAATATAATTGTCTTTCTTTTGAAATCAATTGTTTTGTTCTTTAATATCTGTAAGTTTGTTTTCTTTTACTTTATGTGTGTAATAAATGGTGATAAGAAGTTGTTGTTTAAAAGGTTTGACC - >AT1G03470.2
AACTCCTTAAAATTGCTCTCAAGGCGGAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAACGGCGCCGTTTATTTATTGTCTATCTTGGTTTTCCACGCACCGAGGTTGTGGAGAAAGCTTTAAGAAGAGTGAAAGATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAGAGGAGACAGAGAGGTCCGAGTGATCAAGAACAGAAACTGAGGAACTTTCTCTAAATATCTTTGTACTCTGTGATAGGTAGGGTATACTCTCAACTAGTTAGCGTAAGGTATATCATAGGATTGTAGTTATACCTAAGTCCATGGATGTTTGTTACATTTTCTATTGTTCGTTTCTTGTTTAAATATAATTGTCTTTCTTTTGAAATCAATTGTTTTGTTCTTTAATATCTGTAAGTTTGTTTTCTTTTACTTTATGTGTGTAATAAATGGTGATAAGAAGTTGTTGTTTAAAAGGTTTGACC
CDS Sequence
- >AT1G03470.4
ATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAG - >AT1G03470.1
ATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAG - >AT1G03470.3
ATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAG - >AT1G03470.2
ATGGTGATGGACTCATCAAAATGGTGGTGGATTGGAAATCACAACACTACTAATTTCTCTCCTTGGCTTCATTCTACTCTCTCTGAATTGGATGAAAAGACAAAGGAAATGCTGAGAGTGATTGATGAGGATGCTGATTCTTTTGCGGCACGAGCTGAGATGTATTACAAGAAAAGGCCCGAGCTTATAGCTATGGTGGAAGAATTCTACCGTTCACATCGCTCCTTGGCCGAGAGGTACGACTTGTTGAGACCCTCTTCTGTGCATAAACATGGCTCAGACTCGGAGAGTCATGAGAAATCATCAACTTGTGATGAGTCTTCTTGGTCTGAGGCTTGTGAGACTCATGAGGAGTATGCGGAGTCTGAAATAGATAACGGTGAAAGCAAATGGGTCGATGAAAGTGAAATTGATGGCATTGTTGAGGAAATAGAACCATCGGAAGTCGTTTACAGTGAAGGTAATGGAAATTCTGAGATGATGAAGATAGAGATAGAGAGGCTGAGAGAGGAGAATAAGGTTTACAGTGAAATGGTGAGAGAGAAAGATGAAGAGAAGAGAGAAGCTATAAGGCAAATGAGTGTAGCAATACAAATGCTTAAAGAAGAGAACTCAGAGCTTAAGAAACGTGTTACCAATACTGTTGTTGCAAGGCGTAATAAGGAAGGTGGTGATTCTCAGAGGAAGCAACAGATGTGGAAGCCATTTGAGTTTAAGAAGATTAAGCTTGAAGGGTTATGGGGGAAAGGCTTTGGCAATTGGGCTCTCCCAAACACAGATTCTACTTCCAAAGAGCTCATGACTCTTTAG
Protein Sequence
- >AT1G03470.4
MVMDSSKWWWIGNHNTTNFSPWLHSTLSELDEKTKEMLRVIDEDADSFAARAEMYYKKRPELIAMVEEFYRSHRSLAERYDLLRPSSVHKHGSDSESHEKSSTCDESSWSEACETHEEYAESEIDNGESKWVDESEIDGIVEEIEPSEVVYSEGNGNSEMMKIEIERLREENKVYSEMVREKDEEKREAIRQMSVAIQMLKEENSELKKRVTNTVVARRNKEGGDSQRKQQMWKPFEFKKIKLEGLWGKGFGNWALPNTDSTSKELMTL - >AT1G03470.1
MVMDSSKWWWIGNHNTTNFSPWLHSTLSELDEKTKEMLRVIDEDADSFAARAEMYYKKRPELIAMVEEFYRSHRSLAERYDLLRPSSVHKHGSDSESHEKSSTCDESSWSEACETHEEYAESEIDNGESKWVDESEIDGIVEEIEPSEVVYSEGNGNSEMMKIEIERLREENKVYSEMVREKDEEKREAIRQMSVAIQMLKEENSELKKRVTNTVVARRNKEGGDSQRKQQMWKPFEFKKIKLEGLWGKGFGNWALPNTDSTSKELMTL - >AT1G03470.3
MVMDSSKWWWIGNHNTTNFSPWLHSTLSELDEKTKEMLRVIDEDADSFAARAEMYYKKRPELIAMVEEFYRSHRSLAERYDLLRPSSVHKHGSDSESHEKSSTCDESSWSEACETHEEYAESEIDNGESKWVDESEIDGIVEEIEPSEVVYSEGNGNSEMMKIEIERLREENKVYSEMVREKDEEKREAIRQMSVAIQMLKEENSELKKRVTNTVVARRNKEGGDSQRKQQMWKPFEFKKIKLEGLWGKGFGNWALPNTDSTSKELMTL - >AT1G03470.2
MVMDSSKWWWIGNHNTTNFSPWLHSTLSELDEKTKEMLRVIDEDADSFAARAEMYYKKRPELIAMVEEFYRSHRSLAERYDLLRPSSVHKHGSDSESHEKSSTCDESSWSEACETHEEYAESEIDNGESKWVDESEIDGIVEEIEPSEVVYSEGNGNSEMMKIEIERLREENKVYSEMVREKDEEKREAIRQMSVAIQMLKEENSELKKRVTNTVVARRNKEGGDSQRKQQMWKPFEFKKIKLEGLWGKGFGNWALPNTDSTSKELMTL