KEGG   Viruses: 8363508
Entry
8363508           CDS       T40000                                 
Symbol
L, SIGMAV-AP30_gp16
Name
(RefSeq) Drosophila melanogaster sigmavirus AP30; RNA dependant RNA polymerase
  KO
K26275  Rhabdoviridae RNA-directed RNA polymerase L [EC:2.7.7.48 3.6.1.- 2.7.7.88 2.1.1.375]
Virus
666363  Drosophila melanogaster sigmavirus AP30
SSDB
Motif
Pfam: Mononeg_RNA_pol Methyltrans_Mon_2nd Mononeg_mRNAcap Methyltrans_Mon_1st FtsJ
Other DBs
NCBI-GeneID: 8363508
NCBI-ProteinID: YP_003126913
RS: NC_013135
UniProt: C6S3N3
Position
NC_013135:6000..12389
AA seq 2129 aa
MDFEIEDPYDPFSMDAYLDPQDPSFGDLESMRHLSNVDYSLNSPMIADELEAFIRWLQCG
CTDPRWNEDRWVRTKQGLFPGQSPTTIEGAATFSGWFGNFNLKHRYYVVRQFRMILEKAQ
ADSEETKPVVDAFLRGWINHKGVTLTSKIALPEEELKWGYYFWELHIVTLHLNCTTDQER
THLIKSFKSKSRGMPDVFDFTLYTRNFGPLSIAGGYVYMFDHNRMLDRNAILMMKDTYVA
RFNSFLALSNRADCVFPEDAHYRLQMLYELGDMVLDEGGTSGYNGLKMLEAMCSSRITDL
AQSRKPLIPDFPDFRAHVKAKVIEESVNTPSISKMYELIEGTTNYDTLLTFYGSFRHWGH
PYINYLAGLEKLYMQTTVEKEIDQEYVEKLASDLAFLVIQDRFRKTKKWPVDPLLIDKDH
PLVDYIRTSSWPNNSIIKNFGDGWHTLPLTKCYDIPDVIDPSLLYSDKSHSMTRSEVREW
MTSHPGKPIPSRKVLSTLLNSPSTNWPMFLQQVNDSGIPIEQLIIGLMAKEREQKIDGRF
FSLMSWDIRDYFVMTEYLIKTHFVPLFKGLTMADDLTTVIGKILENSRGQGEADYENLTI
TDHIDYEKWNNHQRGEANNPIFLVMGKFLGYPHLIERTHEIFEKSWIYYLNRADLMDFDG
EGNLMNRTELRVCWNGQKGGLEGLRQKGWSICNLLVLRRESLATNTVVKTLAQGDNQVLS
SRYRIRTSRDQNQLQSNIRDICKNNRSLMERIRIGTGKLGLIINHDETIKSTEYMNYGKT
CVIHGNIRNLETKRWSRVTCVTNDQLPTLSNVMATIGSNALTVSHYSDSPINSMYHYNFM
GNFVRIMNEIHNPALRGPVSSIEGVTGQSFSRLSYLLAVLYLDPSMGGACGMSLTRFLIR
MFPDPITESLTFLRIVAMNVHSDEVRQTFIQFGNPKLKVFSPEDLSKLLEDPLSINVPKG
LSATNLIKDAIKLSLHKSVDEIANEIIAEAVIHQKDHEEGFLMHLTQISPLFPRFLSEYK
AGTYLGIAEGLIGLFQNSKTIRNQFRRNLDIGYDNIVIKSEIATIRDLTGYRFEDAEKVE
VWSCSSTQADYLRRVSWQQVVYGATIPHPAELFGLPLRAAPACPNCTTTFPMNLYISVLI
PLGFKGLKDTRGTCVAYLGSSTTESTGIVNPWEKEAVVPVIKRAASLRNGIGWFIEPGSN
LAQSILNNLQSLTGESWSQNSGGVRRTGSALHRFSCSRQSSGGYTAQNPSKLTRMIATTN
YLADLGDENYDFMYQSCLLHALISVGEIHPVDGSQGYYHQHVNCTSCLRPIKEVTLESPA
PYSHTITSNLLDKWKPDGSKWSVSRPSIPLRSGKWECVSHDRQSYHVGFIQGFIYGDSVW
GIRSMADDPALFPLSFRNKVNPRAYLLGILHGLLRSCTVSVVHQRCFRSSRAVKQTTLGL
CSMTVSRLVQNDGFLNILRDEQFTAVFRSIPHRIPPSYPMVTQDIGDLASNYLKSQLMTE
GLAYFRSVKSGSGDEAWIFADANHPMIVSLVTVSGLMTKILAKDIWQKRDLEELKELRSL
SVQAREQDDPHTDITAMESLAAEWVVCSNQETRHAVKYNTRTESITDRRLTVTWGDEYTS
SADFVTVVFSVEEIRTPPGMLIPRIQNPLISGLRTAQIATGSHYKLRSILSKLRLNVRGA
LVGGDGSGGLTALVCRMYPTSRVIFNSICDFSDVRLKGTTPAPPSALSHSLNDCTQVVNY
SDSWAHPSDLTDTKTWKYFVDITKSKSIQVDLIILDMEVVDEISISKIEDNLMRYGPQLL
TRDGVILFKTYLTRIFKAQEMILTKCGHVFSQVELWYSDLSSSQTSEVYVLMSGQTKLSH
LQVRKPDLMQLRTDVSSFPVFASPLLEFKRARKVAGLDLTVGVPPLLLPEPGPEMINLLS
SLGVRPDISFSITRSFGDNLSTEFLPLHLFLLALNGIYDVTTGYRTPPGPPSDQVCLKLG
IWIVGYRIWSGYVQDSYAKTSFGQRLIDNFVPFNFWNKQIGRSWFPHWSLIKPQTYTKNI
QLDSEMAHIGSVIRILHRNFPKARRNPPGDFVDRNCSRINKGISCLNMDMKTGILRWMGD
GQDLSGTNVTTRISNFYVTQDDQTASFRN
NT seq 6390 nt   +upstreamnt  +downstreamnt
atggattttgaaatagaagatccctacgatccgttctctatggacgcatacttggacccg
caagatccatccttcggggatcttgaatcaatgaggcacttaagcaatgttgactactct
ctcaattctccgatgattgcagatgagttggaggcattcattcgttggttgcaatgcgga
tgcaccgacccccgatggaacgaggatcgatgggtccggacaaaacaaggactgttccct
gggcagtctcctacaacaatagaaggtgcagcaactttctctggatggtttggcaacttt
aatctaaagcaccgatattatgttgtgagacagtttaggatgatccttgaaaaagcacag
gcagactcggaggaaaccaaacctgtagtggacgcattcctacggggatggatcaatcac
aaaggagtcaccctgacatccaagattgccttgccggaggaagaattgaagtggggatac
tatttttgggaattgcatattgtaaccctccacttgaattgtacaactgaccaagagaga
acccatttgataaaaagcttcaaatccaagtctcgtgggatgccagatgtgttcgatttc
acattgtatacgagaaacttcggacccctgagcatagccggggggtatgtttacatgttt
gatcacaacaggatgctggaccgcaatgcaattctgatgatgaaggatacctacgttgct
cggttcaactcattccttgcactgagcaatagagcagattgtgtcttccctgaagacgcc
cattaccgactacagatgctctatgagctgggggatatggtcttggatgaaggcggcaca
tctggatataatggtttgaagatgctggaggctatgtgcagtagcaggattacagacttg
gcacagtctaggaagcctctaatacccgactttcctgacttccgtgcccatgtcaaagcc
aaggtaatagaagaatctgtgaacacaccatcaattagtaaaatgtatgagctaattgaa
ggaacaaccaactatgacactcttctcacattctatgggtcctttcgtcattggggacac
ccttatataaattacttagccggtttagaaaagttgtacatgcagacgacggtggagaaa
gagatcgaccaggaatacgtagagaaattggccagtgatctcgcattccttgttatccaa
gatagatttcgtaaaacaaagaaatggccggttgatcctcttctaatagataaggaccat
cctctggtggattatatccggacatcatcctggcccaacaactccattattaagaatttt
ggggatgggtggcacaccttacctttgaccaaatgttatgacatccctgatgtgattgat
ccgtctctcttatattcagacaagagtcattctatgacgagatcggaagtcagggaatgg
atgacatcacacccggggaaaccgatcccctcccggaaagtgctgtcaaccctcttaaat
tccccatcgacgaactggcccatgttcctacaacaggtgaacgattcaggtatacccatt
gaacagcttattataggattgatggcaaaagaaagagaacagaaaatcgatgggaggttc
ttctctttaatgtcttgggacatccgcgactactttgtcatgactgaatacctcattaag
acccactttgtccccttattcaaagggctgaccatggcagatgacctcacaacagtaatt
ggcaagatattggagaactctcggggtcagggagaggcagactatgagaacttgactatc
actgatcacattgactatgaaaaatggaacaaccaccagagaggggaagccaacaatcca
atcttcttggtcatggggaagttcttgggttacccgcatctaatagagcgtacacatgag
atatttgaaaaatcatggatttattatctaaatagagctgacctgatggacttcgatgga
gagggcaatctgatgaacagaactgaactccgggtctgctggaatgggcagaaaggtgga
ctggagggattgagacagaagggatggagcatttgcaacttgctagtattgaggcgggag
agcctagccaccaacacagtggttaaaacgcttgcacaaggggacaatcaggtattgagt
tctagatacaggatacgtacatcgcgggatcagaatcagctgcagtcgaacattagagat
atctgtaaaaataatcgaagcttgatggaaagaattaggatagggacagggaaattagga
ctcatcataaatcatgatgaaactatcaaaagcaccgagtatatgaattacggaaagact
tgtgtcatccatggcaatattagaaaccttgagacaaagagatggtccagagtaacctgt
gtaactaatgatcaactacctaccctatcaaatgtcatggccacgattggaagcaatgcc
ctgacagtctcccactactctgactccccgattaactcgatgtatcactataattttatg
ggtaattttgtgcggatcatgaatgagatacacaacccggcattgcgaggaccagtgtct
tctatagaaggggtaaccggacagtcattcagcagactgtcttacttattggcagtcttg
tacttagatccctctatgggaggtgcctgtggcatgtctttaaccagattcttaattagg
atgttccctgacccgataacagaaagtctcacttttctgagaatcgtagcgatgaatgtt
cactctgatgaggtccgacagacatttatccagttcggtaatcctaaactgaaggtattc
tcaccagaagacttatccaagcttttagaggaccctctctctatcaacgttccaaaggga
ttgagtgccactaatctgattaaagatgctataaaactgtcgctacataaatcagttgat
gaaatcgccaacgaaatcattgcagaagccgtgatccaccaaaaagatcacgaagagggg
ttcctcatgcatctgacacagatcagtcccttgttcccaagatttttaagtgaatataag
gctggaacctatttgggcatagctgagggtctgatcggattgtttcaaaattctaaaacc
atcagaaaccaatttagaaggaaccttgatattggatatgacaatattgtgatcaagtct
gagattgcaacaataagggatttgaccggataccgatttgaggatgctgagaaggtggag
gtgtggtcatgttcgtctactcaggcagattatttgagaagggtgtcatggcagcaggtg
gtttacggggcgaccatacctcaccccgccgagctattcggacttcctctaagagccgcc
ccagcttgcccaaattgtactacaaccttcccgatgaacctgtatatctctgtattaatt
ccacttggattcaagggtttgaaagatacccggggaacatgcgtggcatatttgggatcc
agcacgacagaatccacagggattgttaatccatgggagaaggaggcggttgtgccagtg
atcaaaagggcagcatctctgagaaatggaataggatggttcatcgaacctggatcaaac
ctagcgcagagtattttaaacaacttgcaatctttgacaggtgagtcctggagccaaaac
tccggtggggtgagacgaacgggatctgcactgcatcgcttcagttgttctcggcagagt
agcggcggttacacagctcagaacccatcaaagctgacaaggatgattgccacgaccaat
tatcttgctgatctgggggatgagaactatgattttatgtaccagagctgcttgctccac
gctctaatatccgttggggagatccaccctgtggatgggtctcaaggctattatcatcaa
catgtcaattgcacgtcctgcctcagacctataaaggaggtgacattggaaagcccagca
ccttattctcataccataacttctaatcttctagacaaatggaagccagatggctcaaag
tggtcagtctcccggccctctattccattgcggtcagggaagtgggaatgtgtgtctcac
gatcgtcagtcctatcatgttggcttcatccaggggtttatctatggagattctgtatgg
ggaattcgatctatggctgatgatcccgcactatttccattgagtttccggaataaggtt
aaccctcgagcctatctactgggaatcttgcatggactacttcgcagctgcactgtttcg
gttgtccaccaacgatgcttcagaagcagtagagctgtgaaacagaccaccctcggactc
tgtagcatgactgtgagtaggctggttcaaaatgatggatttctaaacatcctccgggat
gagcagttcacagcagtgttcagatcgataccccataggatacctccttcttatcctatg
gtgacccaagacataggggacttggcatcaaactacctaaagagtcagctgatgacagaa
gggctagcctacttcaggtcggttaaatcgggatctggagatgaagcatggatctttgct
gatgccaaccacccgatgatcgtgagcctagtgacagttagtgggctgatgaccaagatt
ctggcaaaagacatatggcagaagagagatctagaagaattgaaggagcttcgaagcttg
agtgtacaggcgagagagcaggatgatccgcatactgacatcaccgccatggagtcactc
gccgctgagtgggttgtatgctccaatcaggagaccagacacgcagtaaagtataacact
cggacggagtccataacagacagaagactgacagtgacatggggtgatgaatacacctcg
tctgctgatttcgtcacggttgtgttctctgtagaagagatccggactccaccgggtatg
ttgatccccaggattcaaaaccctctgatatccggcctaagaacagcacaaatcgcaact
ggctctcattacaaactaaggagtattctttcaaaactccgcctcaatgtaaggggtgcc
ttagtgggaggagacgggtcaggggggctgactgccttagtatgcaggatgtaccccact
agcagagtaattttcaacagcatatgcgacttctcagatgtacgccttaagggtacaact
cctgcacctccatctgccctctctcactcattgaatgattgtacccaagttgtaaattat
tctgatagctgggcccatcctagcgatcttactgacacaaagacatggaagtactttgtg
gacataactaaatctaaatccatacaagtggatttgataatattggacatggaagtggta
gacgagatctcaatatccaagattgaagataacttgatgaggtatggacctcaactgctg
acaagagatggcgtaatcctatttaaaacatacctcactaggatattcaaggcccaagag
atgatattaaccaagtgtggacatgtcttctctcaggttgaactatggtactcagatcta
tcttcatcccaaacatcggaggtttatgtattgatgtcagggcagacaaagctctctcac
cttcaggtgcgtaagccggatctgatgcaattgaggacggatgtctcatcctttcctgtc
tttgcatctccactattagaattcaagcgggctaggaaggttgccgggttagacctgacg
gtaggggtaccccctcttctactaccagaaccaggcccagaaatgattaacctcttatca
tcattaggagtccgccctgacatatcattttcaatcactagatcatttggggataatttg
tcaacagaattcttacctctacatttgttcctgctagcattgaatgggatatacgatgtc
acaactggctacaggacccctcctggccctccttccgaccaagtgtgtctcaagttgggc
atctggatcgtgggatacaggatatggtcaggatatgtccaagattcatatgccaaaacc
tcatttggtcaaagactcattgataactttgtcccttttaacttttggaacaaacagatt
ggacgatcctggttcccgcattggtcacttatcaaaccacagacctacacaaaaaatata
caactggattcagagatggcccatatcggctcagtgatacgtatcctgcatcggaatttc
cccaaagccagaagaaaccctcccggcgattttgtcgaccgcaactgttctcggatcaac
aaggggatatcctgtctcaacatggacatgaagacggggatattgcgatggatgggggat
gggcaagacctatctggaactaatgtcaccacccggatctcaaacttctatgtcacccaa
gatgatcaaaccgctagctttaggaattaa

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Chemical reaction (3)   
   KEGG ENZYME (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
Taxonomy (1)   
   TAX (1)   
All databases (58)   

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