Identifiers and Description

Gene Model Identifier

Contig3782.g4052

Standard Name

SNF21 (ATP-dependent DNA helicase)

Aliases

None

Description

ATP-dependent DNA helicase

Genome Browser

Full Screen View

No Genome Browser Data Present

Gene Ontology Annotations

Cellular Component

• collagen type XII trimer (IEA) | GO:0005595

Molecular Function

• JUN kinase activity (IEA) | GO:0004705

Biological Process

• obsolete mitochondrial aspartate/glutamate transport (IEA) | GO:0006845

Domains

No Data fetched for Domains

Homologs

No Data fetched for Homologs

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig3782.g4052(coding)
atgctttacctaatcttgaattctgatgaaacattcgagcttagatgggttgattattac
tcgataagtggctttgatgaaattatgaatcttgaagcgggaacataccctccatcaacg
tctgtatcgaatactaatacttctgataaaaacaatgaaaaaaatgcagcagataataaa
aaagaggaagaagcgagattaactgtttaggaataggataaaattgtagaagataagatc
taggagatcattgaaaagagaaatgttaacgtatgtatgtatggcagacatgacctaaca
ggcgacaaagatttgaaattttctgtgacacattgctatcacaatggaaatgatgactta
ttcgatactgaggagttgaaaaaagaattctcaggggaaacatttgaaaatatgaagact
atgtacatgaatctcaagagagtccaaaatttgaagaatcagggtaaataaaactctgct
gagttccaggagatctttgaaaacatgcaaatagcattcgagaaagtaaagcaacttgag
cttgaagaatagaacgaagcagctattgaataacagaataatttcaacaatcataagtca
aacagactgatcactgctgatcagctacaattgagaagagagcagattcacaattaaact
caaaaagtttatagagagagatttgaggaaaatttataagtcaactacaaggatctttgc
gattacataaacaaaaaactacaaaatgaaggtgaaaattcattaagacttggtaacact
ggcaataataatcactcagagtacttgtaacaatatctctagcatatcaatgaaagtgat
gaaattaaccagtaaatggagctactccaaaaagtaatagatgataaagatacacctgca
gacataaagaaaaagtcctaattctaacttaaactattaaaactcaagcctctacagtag
aaaatgagagaagatattttgagtaggtatagtctaaataaaatagctcttcaaaactac
aaacaacaaacttaaggtgactatctatttgaaagataattggttgatagagatttttat
aaaagagcaaaggtgtactcaagtagtaagaaagaagctagaacacttgacagatttgag
cagtagatgagatctggataggaactcagaaagaagactagacacaaggaattattgaat
gaaatcatattccatgccaataagtttactgaatttcacaaaaaaagacaaaattaaata
aggaaaaaggctttaatcattaagactaatttggattctaaggaaaagaaagagtaaatg
gccagagacaaagaggagagagatagaattaagctcttgaaggataatgattttgaaggt
tatattaacctcattaacacgtagaagaattctagattactacagattctggaacaaaca
cataaataccttgagtaacttggagctaaggttagcatccaaaaataagaaagctagttg
aacaaaaagaaaaagacagttggtggaggataaccgaatgcgaatgaaaacgaagctgaa
aaagaaatcaaatatgatgaatatggaaatgttatagaggaatgtaatgaagatgagatt
ccagatagcgagaaaataaagagtaatttgaagaatagtagcaaaatttattatgccatt
acccacacagtctaagaagaaataaaagactagccgaaaatgatcaaagggggagttctt
aagtcgtattaaatgatcggcctaaactggctcgtcagtctttataacaataacctcaat
ggtatattagcagacgagatgggtcttggtaagacaatctaaactatttcactcttcagt
tacttaattgaagtaaaaggaaatgaaggccctttcttagtagttgttccgttaactaca
atttcaaattggattatggagtttgagaagtggtcgcccgatattagaaagatagtatac
aaaggaaagaaacatgaaagaccattgctagcgtaacatttaaagaatgataagtttcat
gtcgttttgacaacttatgaatatgtgttaaatgataaatctactctctgcaaagtacct
tggcaatatattattgttgatgagggtcacagaatgaaaaattaaaagtctaaatttgct
cttactcttggtcaataatatcaatctgctcatagaattttactaactggaacaccactt
caaaataatctgagtgagctttgggctcttttaaactttttgctgcctaaaatcttttca
tcttgtgaagaattttagaaatggtttgataagcctttaagcaaaattcatcccctgaca
aattctaaattcaaccctaatgaaaaataagcctttgagttgtctgaagaagagtaacta
cttatcataaacagattgcatcaagtattgaggccattcttgctgagaagagtcaaatct
gaggtggaaaaagaattgccaaataagattgaaatggtcattaaggttgacctctctgca
tggtaaagaattgtctatgatggaatcacggataatggaaaactagcaagagacccttca
acaggtaaaattggaaatcttgccttgagaaatactgtgatgcagttaagaaagatttgc
aatcatccttatctcttcttagacggctttgaaccagatgatttaagagagaatatctac
agaagtagtggaaagtttgaattacttgatagaattctcccaaaactaatttctactggg
cataaaattttaatcttctctcaatttactcaactcatggatattatgcaaatatttttt
gacttcaaaggtattaagcatctcagacttgatggtggaactaagcacgaagatagatct
aaaaaccttgctatatttagttctgatcaatctgagttctaagtatttttacttagtact
agagctggaggacatggtctcaatttgcaagttgctgatactgtgatcatatttgattca
gattggaatccataaatggatgaataagccaaggacagagctcacagaattggctaaaag
agagaggtaagagtctataggctcattacaacaactaaaattgaagaaggtatattgtct
aaagcaacttaaaagaaagatctcgatgcaaagatcatttaagcaggtatgttcaatgac
aaagcaagtgatgtcgatagatagaaaagacttgaggatcttattagaaaagattatgaa
gatgatggggatggaaatgttgatgagactgaaactcccaacgatgattagataaatgac
atgattgctagagattagaatgaatacgatatctttacaagattggactaggaaagatat
aaggatgagagaaaagaagaaagactctaagaaatcaagaaaagatacgatcttgaagga
agacttattaacattaataatgttaattacagactactttaggattgggaagttcctgaa
tggatcaaaatcaagccagatgatcctaacaaattgattgaggaatttggaatgggcaaa
aggcaaagaaaataagttaattataacgacgagattagtgaaggataatggttaaagatt
attgaatcgggggctgatatcaaccaagaagtggagaaaatcaagaaaagaagaatggat
taaagagatagaccttcaaactaagccgaaattgcttaagctgacttagctaagagaaga
aaactgaatgacaactccgaaagtttattaagtggagatgaagatgatgaaatttatgca
atggataataatgtacataatgtttctatcaagaagcaaggatatacctctgaaacctca
caagtatcagatagagtcaaaataattggagttaacaacaactcaaacggaattaagatt
cagattaagaaggatagcaatgaggatagtaagggtgctcacagtaatagttcaagatca
aacaagaaggtagatcatcatagcaaatctaagaagtcttcttcaaagaaaccacaaaat
cacaaaatttaaaaggaggaagagttcaatgatgaagacgatttagttatgagtgataat
gagttagaagagggagaaattcctgagccaatcgtcagtcattctaatggaggcagagaa
aaaagaaaagctgcgcctacaaacctcaaggaaaaatga

>Contig3782.g4052(protein)
MLYLILNSDETFELRWVDYYSISGFDEIMNLEAGTYPPSTSVSNTNTSDKNNEKNAADNK
KEEEARLTVQEQDKIVEDKIQEIIEKRNVNVCMYGRHDLTGDKDLKFSVTHCYHNGNDDL
FDTEELKKEFSGETFENMKTMYMNLKRVQNLKNQGKQNSAEFQEIFENMQIAFEKVKQLE
LEEQNEAAIEQQNNFNNHKSNRLITADQLQLRREQIHNQTQKVYRERFEENLQVNYKDLC
DYINKKLQNEGENSLRLGNTGNNNHSEYLQQYLQHINESDEINQQMELLQKVIDDKDTPA
DIKKKSQFQLKLLKLKPLQQKMREDILSRYSLNKIALQNYKQQTQGDYLFERQLVDRDFY
KRAKVYSSSKKEARTLDRFEQQMRSGQELRKKTRHKELLNEIIFHANKFTEFHKKRQNQI
RKKALIIKTNLDSKEKKEQMARDKEERDRIKLLKDNDFEGYINLINTQKNSRLLQILEQT
HKYLEQLGAKVSIQKQESQLNKKKKTVGGGQPNANENEAEKEIKYDEYGNVIEECNEDEI
PDSEKIKSNLKNSSKIYYAITHTVQEEIKDQPKMIKGGVLKSYQMIGLNWLVSLYNNNLN
GILADEMGLGKTIQTISLFSYLIEVKGNEGPFLVVVPLTTISNWIMEFEKWSPDIRKIVY
KGKKHERPLLAQHLKNDKFHVVLTTYEYVLNDKSTLCKVPWQYIIVDEGHRMKNQKSKFA
LTLGQQYQSAHRILLTGTPLQNNLSELWALLNFLLPKIFSSCEEFQKWFDKPLSKIHPLT
NSKFNPNEKQAFELSEEEQLLIINRLHQVLRPFLLRRVKSEVEKELPNKIEMVIKVDLSA
WQRIVYDGITDNGKLARDPSTGKIGNLALRNTVMQLRKICNHPYLFLDGFEPDDLRENIY
RSSGKFELLDRILPKLISTGHKILIFSQFTQLMDIMQIFFDFKGIKHLRLDGGTKHEDRS
KNLAIFSSDQSEFQVFLLSTRAGGHGLNLQVADTVIIFDSDWNPQMDEQAKDRAHRIGQK
REVRVYRLITTTKIEEGILSKATQKKDLDAKIIQAGMFNDKASDVDRQKRLEDLIRKDYE
DDGDGNVDETETPNDDQINDMIARDQNEYDIFTRLDQERYKDERKEERLQEIKKRYDLEG
RLININNVNYRLLQDWEVPEWIKIKPDDPNKLIEEFGMGKRQRKQVNYNDEISEGQWLKI
IESGADINQEVEKIKKRRMDQRDRPSNQAEIAQADLAKRRKLNDNSESLLSGDEDDEIYA
MDNNVHNVSIKKQGYTSETSQVSDRVKIIGVNNNSNGIKIQIKKDSNEDSKGAHSNSSRS
NKKVDHHSKSKKSSSKKPQNHKIQKEEEFNDEDDLVMSDNELEEGEIPEPIVSHSNGGRE
KRKAAPTNLKEK