Identifiers and Description

Gene Model Identifier

Contig19568.g20748

Standard Name

DCL2 (Dicer-like 2; RNase III)

Aliases

None

Description

Dicer-like 2; RNase III

Genome Browser

Full Screen View

No Genome Browser Data Present

Gene Ontology Annotations

Cellular Component

• obsolete mitochondrial respiratory chain complex II, succinate dehydrogenase complex (ubiquinone) (IEA) | GO:0005749

Molecular Function

• high-affinity sulfate transmembrane transporter activity (IEA) | GO:0015381
• IMP dehydrogenase activity (IEA) | GO:0003938
• S-methyltransferase activity (IEA) | GO:0008172
• saccharopine dehydrogenase (NAD+, L-lysine-forming) activity (IEA) | GO:0004754

Biological Process

• complement activation, classical pathway (IEA) | GO:0006958
• nucleoside triphosphate biosynthetic process (IEA) | GO:0009142
• nucleoside triphosphate catabolic process (IEA) | GO:0009143
• regulation of mitotic cell cycle spindle assembly checkpoint (IEA) | GO:0090266

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

>Contig19568.g20748(coding)
atgttgcagtagaacaatacttaagcagaaaatttccagtaagactcctaagatgaaact
aaatctaatatttcctcaacattcacgttgtttgatctgaagaaatcaatgtcaattttg
agagacctctatggagtaccgatttgcgaataaccattggtcactgaagatgagagaatc
gagaaatatttggccttgcgtgatctaaaagaatttctagagtcttctcaggattaagat
tcaatgagagtgctttagaacagataaatacttagttaattatcgaaataagtgacatta
gacgagctaaaaccattagaatatgattctgacgaagaattcataaaaattgacacatcg
atctaattgtcttaacacattggagagccaatgatggacatcttttagtagcaattggat
gaaaatgggcatttattaatagaaatcgaaggcattaatcataatatgtctgatgaagcg
caagtcaaactttacatcgagcaacttaaggatctatttaaaagagaaagaggcaaagac
tcaataaaaaagaataatttgggagatatattcagcacatagattgaaacatcaatcata
ctataatcacacttactaccataaaatgagtatgagcgtattgataaacatcaaaccatt
atttatggaaacgttaaggctttaatccctatgtttagagagaaactgcaggttgaacac
ctacctactgaagatgaaactacatttaagaccagatataaacgaggcaactaagctagc
atcatggataagaggatattcggtatacttacaagatatcaagtcggatatgttccagga
gtagatatttgctttactgaggatgatcaaacattcgttagagattcttacgttttcaaa
agtttgatttctaagaatctctatgagcaacaaaatttaaatgatgatcagattgagaca
gtaagagtaagcattgaacaagaaaaattcagactcaattgctataatgattattcttat
gaagcaatcaaggatgataatcagtagcactatgttagagtagctacactcaatcagata
gaaacattccatcgatatcttatgaatgatctctataaagaagagaaagcaattaatttt
agtaaagcatttactcaaggaagagaacttgataaaaaatattactttgttcctttaaga
cttgttccaaaccctaatagtaatactctggaatatacgattgataggaaattattatca
aaggttgaaaaactaagttaagaaggctatagatcatgctaaataccaatcattgatgaa
ataaaggtaaaaggaatctaaacattgtaggaaaggcttgattacttaaataaatatatt
cttgtgaaagaagataagcctcacagatgctatcatttccatacaatacttgaagacctc
aattaactctctgctgaagaattagttaaagccattaaggggtctactgataatctagtg
tgtaaaactgcttatgaactcttgtttaatgccgccactagattctagtctattaattca
ttcagataaagtttagttgagggtcatatcggagatagacaaaagattgagacctctcct
ataatgctattagatcctgcaaaagttatttctcattttaagttcaaatactcattggac
taatgccctaaaaatattatcagctctaagaatcaatataaaaagagattcaaagcgaag
aataacttaactacttcttaaggaaaacctattttctcctcgttcaacatttttaagcat
tatatgaatatcattcactggaaaagagccagtcaactccctttaataatgcaattcttc
gaaagatccctctactgccatcaactaacagcagagttaggaacatacatacatccagag
ttcgtactatgggcaacttctgcacctgataacaaagcttctaaaaagtcttatgaaaca
ctagaaacctatggagacaccatactcaaacttgcagcgacacttttatcttactttcat
ctttaaaatgagcaagatgcggatgaatcaaagattgattaactcaagatagtattcatc
actaatctttatctgcttagagttggaaaaagactaaagttaagcaagtatataagaaat
aatgaataggatttgaataaatggagtccacctttttctgaataagtttagtaaacagaa
aatctatcttgcactggtaaaaatgtggcagactgtgtagaaagcataatcggagcacat
ttcatgactaataatgtgagaagaacatttgaactaatttctaatatgaagatagtgccc
cttgtataagcacatttgattgacatgtttccagataaagatctaacatttgtccttagt
taggaacttgatgattataagtttgatatcgagaatgacaaagttgaggacatttataga
aagtatgtagaagttcatatgattgaccaaaacatctaaaattatcttcacagcattatt
agaaaagataagccagttgatagattcggttctgcttactttgactacttatcatctcaa
aatataaaggataaattatgctctgagattgaacaagatctaattcaactactttcccca
gttgaagatataataaactataagttctaaaataagaaattattgttagaagccttaact
cataagactttcaaagataattatggcttgacattattttatgaaaaacttgaagtcctt
ggagatgccattttagactatttagcaaactctaacttgataaagtatactattcttgag
aaatataacctgaaagagagactctcctaacagtatattacctcagaggacttccagcca
tttgatgctcattaagccaaatccttgctgactaagaatgattttcttgccaaattggta
tgcctattcggtatacataagtatattctttactttaagccaaagtaaatgatgccagca
gaattgaaagagaatttgatattggaaaataatggggaatttgaaccttggaagtatgca
aagaagcttaaagagcttggaaatcaagttgactttgataagtatatcagatattcattt
aaataagatttcttaattaatggcaaagaaactgaaatatatgaagcgcctaagattctg
ggtgatatatttgaatctctcgttggagcgatattcattgatggaggaatagagaaagtt
ctagatgtttatcaacacctgctctcacctttcattttatttgtggccaaatttagcaag
aaactaaacaaagaacctaaggaggactttatgattcaagctaatttgcttagaataaag
ccagtatttaaacatcaagaactaaatgtcactgatatttcttagtatatagcatttgat
aatttcaaggatagtgatgactctctttttaataatggtttggcttagagtgaagaagag
tctatgactatgactcataaactatttaaagttgatataatattcaataataatgaagtg
atgacctctggcatagggaatactagaaaataagctgagagaaatgcaagtattatggga
taaaagtggcttttggataatactaagcaaagctaaaatattgagaacattttgaatgag
tttatgtaggatatttga

>Contig19568.g20748(protein)
MLQQNNTQAENFQQDSQDETKSNISSTFTLFDLKKSMSILRDLYGVPICEQPLVTEDERI
EKYLALRDLKEFLESSQDQDSMRVLQNRQILSQLSKQVTLDELKPLEYDSDEEFIKIDTS
IQLSQHIGEPMMDIFQQQLDENGHLLIEIEGINHNMSDEAQVKLYIEQLKDLFKRERGKD
SIKKNNLGDIFSTQIETSIILQSHLLPQNEYERIDKHQTIIYGNVKALIPMFREKLQVEH
LPTEDETTFKTRYKRGNQASIMDKRIFGILTRYQVGYVPGVDICFTEDDQTFVRDSYVFK
SLISKNLYEQQNLNDDQIETVRVSIEQEKFRLNCYNDYSYEAIKDDNQQHYVRVATLNQI
ETFHRYLMNDLYKEEKAINFSKAFTQGRELDKKYYFVPLRLVPNPNSNTLEYTIDRKLLS
KVEKLSQEGYRSCQIPIIDEIKVKGIQTLQERLDYLNKYILVKEDKPHRCYHFHTILEDL
NQLSAEELVKAIKGSTDNLVCKTAYELLFNAATRFQSINSFRQSLVEGHIGDRQKIETSP
IMLLDPAKVISHFKFKYSLDQCPKNIISSKNQYKKRFKAKNNLTTSQGKPIFSSFNIFKH
YMNIIHWKRASQLPLIMQFFERSLYCHQLTAELGTYIHPEFVLWATSAPDNKASKKSYET
LETYGDTILKLAATLLSYFHLQNEQDADESKIDQLKIVFITNLYLLRVGKRLKLSKYIRN
NEQDLNKWSPPFSEQVQQTENLSCTGKNVADCVESIIGAHFMTNNVRRTFELISNMKIVP
LVQAHLIDMFPDKDLTFVLSQELDDYKFDIENDKVEDIYRKYVEVHMIDQNIQNYLHSII
RKDKPVDRFGSAYFDYLSSQNIKDKLCSEIEQDLIQLLSPVEDIINYKFQNKKLLLEALT
HKTFKDNYGLTLFYEKLEVLGDAILDYLANSNLIKYTILEKYNLKERLSQQYITSEDFQP
FDAHQAKSLLTKNDFLAKLVCLFGIHKYILYFKPKQMMPAELKENLILENNGEFEPWKYA
KKLKELGNQVDFDKYIRYSFKQDFLINGKETEIYEAPKILGDIFESLVGAIFIDGGIEKV
LDVYQHLLSPFILFVAKFSKKLNKEPKEDFMIQANLLRIKPVFKHQELNVTDISQYIAFD
NFKDSDDSLFNNGLAQSEEESMTMTHKLFKVDIIFNNNEVMTSGIGNTRKQAERNASIMG
QKWLLDNTKQSQNIENILNEFMQDI