Identifiers and Description

Gene Model Identifier

Contig4557.g4865

Standard Name

RDRP3 (RNA-dependent RNA polymerase 3)

Aliases

None

Description

RNA-dependent RNA polymerase 3

Genome Browser

Full Screen View

No Genome Browser Data Present

Gene Ontology Annotations

Molecular Function

• monocoumaroyl dicaffeoyl spermidine meta-hydroxylase activity (IEA) | GO:0072549
• poly-glutamine tract binding (IEA) | GO:0008267

Biological Process

• phosphoglycerate transmembrane transport (IEA) | GO:0015713
• single organism signaling (IEA) | GO:0044700

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

>Contig4557.g4865(coding)
atggagtaaagagcgaagccatttgaaaataataatggcacaaacttttttgaagacttc
aaggagcctagatcaaagatagaaaaatcaaactggcatttgtcaaaatttctagaaatg
atttaaaagtagagatcttaaaaataagaaaggatggcattacctgattaacaagttaga
agagcaactatattaaatgatgtccatgaattttcagtgggatcatttaaatatcaatat
gatgagacttagaaataggtagagaaaatatacatccctatgtttccttatctctatgaa
aatgaaggattctttcctaacaaaatagaagacatatctcttcagtttaaaataccggat
aatcactaataactagacattgaggatatcacttatcaaaacatccaagtagtgtttcat
tagaagattcttaataacttgcataacaagtattaactagacataaagattgataacatt
caaacatttgcagcttaagaaaaagataatgagacagtctcaattttgattgtacttaaa
aaaccttgtatagtatttctcaaagatggctctaaaaagagtaatatgagataaatattc
tctccatttgtattctcagattctgacaaacagttcttaaactattggaatttaaagcaa
gtaatttatcttgaagggaaattcgatccatcaatgagtttagatgaactctgcaaaaaa
ttatagagattagatcagattcctaagcttgaattcacctagcttgatggagtaaatgtt
ctctaagaagaggccttatttaaagaacatgaaaaactattagaaacgaatcaaattttc
aattaaaaaatctcgtaatttgtaattccagcaagatttgctatgctttccttattatca
actaaaaaagtttctatctttgatagaacaattattaattttatggaattgattttgaaa
agaactatgcttaatcataatgtgagaatattttagtaaagtgccaattaatttaaggga
gattatttcatggaataaggaaatgaagaagtgttatatgagattagaagaataatctac
attatagattaaatgtgcaatacctcctatgtaaaagcttaaattcaaaaatacaagaat
aagccaaattaaggtggaaaataaaatatcttgagcgcttttgaatatctcgaaaaaact
agcgaagatatcagaatagaaatacaagaggaaaatcaggaaggcaatgatttgagatta
agaagagtatatctaaccccaactcttttacttttctagccaaatgctaaagatcaaact
aatagagtgctaagatataacgcaaagatcaaagatttcttttttaggcttgttttggtc
agtgataatatggaaaagtttaaatttggagcagtaagatagcaagaacttttggagaaa
atgaaggaagtaatgaaatctaatctttttgtaggaggtgtaaatgccaaagtacttaac
tattcaaactctcagctaaagaatcattctgtttggatggtctgtgaatctaaattagca
ggaatagagaaaaattcaatcattcaaagtatgggatagttcatgaataaggaagggtac
ttaaaaatgtttgctcgaattgggcaatgcttctctactaccaaattcgtttgtaaatta
aataacgaagagaacattagatccattgaggatataaagataaaaaagacggatgatatt
tatgataaagaaggaatgtatacatttacagatgggtgtggaaatatttccgaagaactt
tgtgatgaaatagcatagatgttttaattggagaaatgctcagcattttaagtaagactt
ggaggtgttaaaggtgtaatgatgcgaaagatttataaagatgatgattaggagagactt
gagggtagaataattgaagtaagagatagttagaaaaaatttgaatgcaacagttgggat
cttgaagtcattagatgctcgactttcagttaaggctatttaaatagataggtaattctg
ctcttaagcagtctctaagtttcagataaggtattcctaaatttacttcaagagcaagtc
tctaaacttgatgctaaatctatcattaaggatctagttaccagatcaagtgttttttta
agatcaagacttaataaggatcattaaaaataagctaaagctgttgctgcagatattgaa
ttattctttggtccaagcaaaatatttgctcctatatttaaaggttctctcttatacata
gcaaaataaagacatgaagctatctaactataacatgaagtaaaattcacttatttcagc
ttggagcatgagccaatatttatttcgattcttgaaaacatggtcttagggcttgctgta
agtttaaagaaaagagctagaattagagttaacaagtcttgcgtactaattggagttatt
gatgagactggaactttaaacgaaggagaagtgtttgtaaaaatcaataaatctagcttt
gaaattgatcaagcaaagaatgtgatagagtaaaggtttattaatcaatatgaaaagaaa
ggaatgaaaacaaatgcctagttcatgtacaatcatgaagacttctagatgtcaggccca
gtaatgataactaaaaatccttgcagtcatccaggggatatcaggctattaaatgctata
gatgaagatgatgagagaagttccgtctttgaagatctaataaatgttattgtttttcca
agtaaaggtatcagaccagaatagcataaaatgtccggtggtgatttagatggagatgtc
tatatgtgtatctgggatgagactatcataaatgaactgctgccagaaaatatttaaccg
cctgctgtgtataagaaatttgaggcagatgataaaattaacaagaatgatgacattgta
gaatgcatggcttactatttctagaacgataatttaggccacctctctcacttgcattta
ggtctttgtgattagattggaataaatgggccttttactgaagatgccaaggaactttct
tggtatatttcaatagcagtagattttgcaaagcatggaaaatcagtagctcctgaaaag
tatgcatatttagaaaaaaagttgaagcagtggccagattttatggataaaactgataag
gatagaaagaaagtagaatcaaatctcatcctgggctaactttatagagctgtagattgc
aagaagtactacaaaaatctaattaagtctgatcatgaacttactatacttcattagtat
aaactgagtccagccattatcccttttgataattttgatgactctgatagtgatgattat
agcaaaagaaactttttaagatatatctaacatgcctatgaaactatagttatgcctgct
aacaaaaaattaagagaactgatgtctgaatataacatagcttaggagtctgaactttat
tgtacgactttatcatattcacttagtgatgataacatggataaattcattggagatcct
ggtaataaagatgaagatgcagttaaagctctaaattaaaaattacaggctatgatcaaa
caattcaaattaatatttcaaaatgcagcttagtcgtaaagtagttcttattccgattat
gcaaaagccgtttatttttctgcttattataattcaaaaaatcatagaatcgatcactat
gtttacagtatcctttggagtcactcaacttctagagaagttgctctatagcaagacaca
ttgaaaagattctaagaattctggaatgcaaataatgttcagtatcaatctcctgatcat
gtagaaatgtttgaaagattactagatttaagttattataagagaactcttaaaaaagga
ctagaatcttcaaagtctagattatagctaatgttggaagtaaagcaattatttagtgta
ccatggattatatgtcatgaatatttacttgattttgagtga

>Contig4557.g4865(protein)
MEQRAKPFENNNGTNFFEDFKEPRSKIEKSNWHLSKFLEMIQKQRSQKQERMALPDQQVR
RATILNDVHEFSVGSFKYQYDETQKQVEKIYIPMFPYLYENEGFFPNKIEDISLQFKIPD
NHQQLDIEDITYQNIQVVFHQKILNNLHNKYQLDIKIDNIQTFAAQEKDNETVSILIVLK
KPCIVFLKDGSKKSNMRQIFSPFVFSDSDKQFLNYWNLKQVIYLEGKFDPSMSLDELCKK
LQRLDQIPKLEFTQLDGVNVLQEEALFKEHEKLLETNQIFNQKISQFVIPARFAMLSLLS
TKKVSIFDRTIINFMELILKRTMLNHNVRIFQQSANQFKGDYFMEQGNEEVLYEIRRIIY
IIDQMCNTSYVKAQIQKYKNKPNQGGKQNILSAFEYLEKTSEDIRIEIQEENQEGNDLRL
RRVYLTPTLLLFQPNAKDQTNRVLRYNAKIKDFFFRLVLVSDNMEKFKFGAVRQQELLEK
MKEVMKSNLFVGGVNAKVLNYSNSQLKNHSVWMVCESKLAGIEKNSIIQSMGQFMNKEGY
LKMFARIGQCFSTTKFVCKLNNEENIRSIEDIKIKKTDDIYDKEGMYTFTDGCGNISEEL
CDEIAQMFQLEKCSAFQVRLGGVKGVMMRKIYKDDDQERLEGRIIEVRDSQKKFECNSWD
LEVIRCSTFSQGYLNRQVILLLSSLQVSDKVFLNLLQEQVSKLDAKSIIKDLVTRSSVFL
RSRLNKDHQKQAKAVAADIELFFGPSKIFAPIFKGSLLYIAKQRHEAIQLQHEVKFTYFS
LEHEPIFISILENMVLGLAVSLKKRARIRVNKSCVLIGVIDETGTLNEGEVFVKINKSSF
EIDQAKNVIEQRFINQYEKKGMKTNAQFMYNHEDFQMSGPVMITKNPCSHPGDIRLLNAI
DEDDERSSVFEDLINVIVFPSKGIRPEQHKMSGGDLDGDVYMCIWDETIINELLPENIQP
PAVYKKFEADDKINKNDDIVECMAYYFQNDNLGHLSHLHLGLCDQIGINGPFTEDAKELS
WYISIAVDFAKHGKSVAPEKYAYLEKKLKQWPDFMDKTDKDRKKVESNLILGQLYRAVDC
KKYYKNLIKSDHELTILHQYKLSPAIIPFDNFDDSDSDDYSKRNFLRYIQHAYETIVMPA
NKKLRELMSEYNIAQESELYCTTLSYSLSDDNMDKFIGDPGNKDEDAVKALNQKLQAMIK
QFKLIFQNAAQSQSSSYSDYAKAVYFSAYYNSKNHRIDHYVYSILWSHSTSREVALQQDT
LKRFQEFWNANNVQYQSPDHVEMFERLLDLSYYKRTLKKGLESSKSRLQLMLEVKQLFSV
PWIICHEYLLDFE