AT1G02090

Gene Details

Gene ID: AT1G02090
Gene Symbol: ATCSN7, COP15, CSN7, FUS5
Gene Name: ARABIDOPSIS THALIANA COP9 SIGNALOSOME SUBUNIT 7, CONSTITUTIVE PHOTOMORPHOGENIC 15, COP9 SIGNALOSOME SUBUNIT 7, FUSCA 5
Description: Proteasome component (PCI) domain protein;(source:Araport11)
TAIR Accession: locus:2205593
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000013 — cauline leaf — hoja caulinar (Spanish, exact), 茎生葉、茎葉 (Japanese, exact)
PO:0000230 — inflorescence meristem — meristema de la inflorescencia (Spanish, exact), 花序分裂組織 (Japanese, exact)
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:0009032 — petal — pétalo (Spanish, exact), 花弁 (Japanese, exact)
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:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)
PO:0000293 — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

GO:0009640 — acts upstream of or within — photomorphogenesis
GO:0005515 — enables — protein binding
GO:0008180 — part of — COP9 signalosome
GO:0005737 — located in — cytoplasm
GO:0000338 — acts upstream of or within — protein deneddylation
GO:0008180 — located in — COP9 signalosome

CS3833 — accumulation of high levels of anthocyanins (purple coloration) in cotyledons, during both seed and seedling stages of development; seedlings grow slower than the wild type; lethal after the seedling stage; dark-grown seedlings resemble light-grown wild type seedlings having short hypocotyl, and open and expanded cotyledons; dark-grown seedlings express high levels of light-inducible genes and have altered plastid development in cotyledons
CS5223 — Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness.
CS5223 — In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos.
CS5223 — In the homozygous progeny, dark purple seeds.
CS5223 — In the homozygous progeny, the mutation leads to CSN1, CSN3, CSN4, CSN6, and CSN8 instability, accompanied by a mild reduction of CSN5.
CS5223 — Mutation is lethal in the homozygous state.
CS5223 — accumulation of anthocyanins (purple coloration) in developing embryos, dark purple seeds; lethal.
fus5-2 — Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness.
fus5-2 — In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos.
fus5-2 — In the homozygous progeny, dark purple seeds.
fus5-2 — Mutation is lethal in the homozygous state.
fus5-3 — Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness.
fus5-3 — In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos.
fus5-3 — In the homozygous progeny, dark purple seeds.
fus5-3 — Mutation is lethal in the homozygous state.
fus5-4 — Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness.
fus5-4 — In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos.
fus5-4 — In the homozygous progeny, dark purple seeds.
fus5-4 — Mutation is lethal in the homozygous state.

Functional Keywords

Literature and News

Gene Resources

Homologs

Sequences

cDNA Sequence

>AT1G02090.1
GTTTGGGCTCACCAGACGCGGTTTCTAATATTTCTCTTAGTAGGCCTTGGCCCAGAAACTACGAAATTTGAGCCCAATTATTAAACAAGATTCTAGAAGAATTCGGTCGGTCACATAAAAAAAACAGTAATATAAAAACGGAAGAAGGAAGGAGCAGAGAGAAGAAGTTTGGGATTTTATTCGTTATTAGTGTGGTAAGAAAGAAAACCCTAAACCACCGGAAATCGATTTGTTTGGAAGATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAGAGGAGCAAGAGAGAGCAAATGGTCAGTGCGGATTGACATTCCATTTACCGAGAGTAGATTATGATTATTTGGTTGCGGATTTTCAACTTGTATAAGATCCTCTGTTCTCTCTCACAATAACCCCTTGTTATGTTTGATTTCCCTCATTAGCAAATTTGGTGTCTCTCTGCCCATTAAAAGAAAAATGGCTTTGAATTTAGTA
>AT1G02090.3
GTTTGGGCTCACCAGACGCGGTTTCTAATATTTCTCTTAGTAGGCCTTGGCCCAGAAACTACGAAATTTGAGCCCAATTATTAAACAAGATTCTAGAAGAATTCGGTCGGTCACATAAAAAAAACAGTAATATAAAAACGGAAGAAGGAAGGAGCAGAGAGAAGAAGTTTGGGATTTTATTCGTTATTAGTGTGGTAAGAAAGAAAACCCTAAACCACCGGAAATCGATTTGTTTGGAAGATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAGAGGAGCAAGAGAGAGCAAATGGTCAGTGCGGATTGACATTCCATTTACCGAGAGTAGATTATGATTATTTGGTTGCGGATTTTCAACTTGTATAAGATCCTCTGTTCTCTCTCACAATAACCCCTTGTTATGTTTGATTTCCCTCATTAGCAAATTTGGTGTCTCTCTGCCCATTAAAAGAAAAATGGCTTTGAATTTAGTA
>AT1G02090.2
GTTTGGGCTCACCAGACGCGGTTTCTAATATTTCTCTTAGTAGGCCTTGGCCCAGAAACTACGAAATTTGAGCCCAATTATTAAACAAGATTCTAGAAGAATTCGGTCGGTCACATAAAAAAAACAGTAATATAAAAACGGAAGAAGGAAGGAGCAGAGAGAAGAAGTTTGGGATTTTATTCGTTATTAGTGTGGTAAGAAAGAAAACCCTAAACCACCGGAAATCGATTTGTTTGGAAGATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAGAGGAGCAAGAGAGAGCAAATGGTCAGTGCGGATTGACATTCCATTTACCGAGAGTAGATTATGATTATTTGGTTGCGGATTTTCAACTTGTATAAGATCCTCTGTTCTCTCTCACAATAACCCCTTGTTATGTTTGATTTCCCTCATTAGCAAATTTGGTGTCTCTCTGCCCATTAAAAGAAAAATGGCTTTGAATTTAGTA

CDS Sequence

>AT1G02090.1
ATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAG
>AT1G02090.3
ATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAG
>AT1G02090.2
ATGGATATCGAGCAGAAGCAAGCCGAGATCATTGATCAGCTCGTGAAGCGAGCTTCTACTTGCAAATCCGAGGCTCTGGGCCCGCTCATCATCGAAGCCACATCGCATCCTTCTCTCTTCGCCTTCTCCGAGATTTTGGCTCTACCCAATGTTGCCCAGCTTGAAGGAACCACAGATTCTGTGTACCTGGATCTACTACGCTTGTTTGCCCATGGCACCTGGGGAGACTACAAATGCAATGCCACCCGTCTTCCGCACTTGTCCCCTGACCAAATTCTTAAGCTTAAGCAGCTCACTGTCCTCACCCTTGCTGAGTCTAACAAGGTATTGCCCTATGATACACTAATGGTCGAGTTAGATGTTTCCAATGTTCGCGAACTCGAGGACTTTCTTATCAATGAATGCATGTATGCGGGTATAGTTAGGGGAAAACTGGATCAGTTAAAAAGATGTTTTGAGGTTCCGTTTGCAGCTGGTAGGGATCTAAGGCCAGGTCAACTAGGGAATATGTTACACACATTGTCCAACTGGTTGAACACGTCAGAGAATCTGCTCATTTCAATTCAAGACAAGATCAAATGGGCGGACAATATGAGTGAGATGGACAAAAAACATCGTAAGGAAGCAGAAGAAGGGGTGGAAGAAGTGAAGAAGTCTCTGTCCATGAAGGGGGATGTTGACATCAGAGGGAATAAGGAGATGTTTGGGGAACCAAGTGGAGTGATGGACTACGAAGAAGATGGGATCCGACCAAAGAGGAGGAGGCATCCTGTAACAAGGTAG

Protein Sequence

>AT1G02090.1
MDIEQKQAEIIDQLVKRASTCKSEALGPLIIEATSHPSLFAFSEILALPNVAQLEGTTDSVYLDLLRLFAHGTWGDYKCNATRLPHLSPDQILKLKQLTVLTLAESNKVLPYDTLMVELDVSNVRELEDFLINECMYAGIVRGKLDQLKRCFEVPFAAGRDLRPGQLGNMLHTLSNWLNTSENLLISIQDKIKWADNMSEMDKKHRKEAEEGVEEVKKSLSMKGDVDIRGNKEMFGEPSGVMDYEEDGIRPKRRRHPVTR
>AT1G02090.3
MDIEQKQAEIIDQLVKRASTCKSEALGPLIIEATSHPSLFAFSEILALPNVAQLEGTTDSVYLDLLRLFAHGTWGDYKCNATRLPHLSPDQILKLKQLTVLTLAESNKVLPYDTLMVELDVSNVRELEDFLINECMYAGIVRGKLDQLKRCFEVPFAAGRDLRPGQLGNMLHTLSNWLNTSENLLISIQDKIKWADNMSEMDKKHRKEAEEGVEEVKKSLSMKGDVDIRGNKEMFGEPSGVMDYEEDGIRPKRRRHPVTR
>AT1G02090.2
MDIEQKQAEIIDQLVKRASTCKSEALGPLIIEATSHPSLFAFSEILALPNVAQLEGTTDSVYLDLLRLFAHGTWGDYKCNATRLPHLSPDQILKLKQLTVLTLAESNKVLPYDTLMVELDVSNVRELEDFLINECMYAGIVRGKLDQLKRCFEVPFAAGRDLRPGQLGNMLHTLSNWLNTSENLLISIQDKIKWADNMSEMDKKHRKEAEEGVEEVKKSLSMKGDVDIRGNKEMFGEPSGVMDYEEDGIRPKRRRHPVTR