KEGG   Vitis vinifera (wine grape): 100259158
Entry
100259158         CDS       T01084                                 
Name
(RefSeq) uncharacterized protein LOC100259158
  KO
K18667  activating signal cointegrator complex subunit 2
Organism
vvi  Vitis vinifera (wine grape)
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09190 Not Included in Pathway or Brite
  09192 Unclassified: genetic information processing
   99973 Transcription
    100259158
SSDB
Motif
Pfam: SPOC CUE RRM_1 API5
Other DBs
NCBI-GeneID: 100259158
NCBI-ProteinID: XP_059590277
Position
18:complement(join(7634403..7635598,7636331..7636779,7637302..7637399,7639024..7639089,7640178..7640291,7648662..7648756,7649864..7649925,7650010..7650169,7661657..7662074,7663326..7663422,7663605..7663804,7664353..7664400,7667059..7667140,7667235..7667883,7667978..7668198,7670234..7672002,7672990..7673735,7678576..7678852))
AA seq 2248 aa
MSAEQPLKKRKLHDHVSEPPPEPQPPPQTAAQQRSATPPLSQEEIMRRRRNREEIRNVYE
CYKRIKSCIAHEDARLMPELEQAYLSLITASRGCTSAQRIVADFVPRYASYCPTALEAAA
KVVINMHKWSLTTINRGEDSNGVAFETAKACIFGLGDICSAAASEAPTSSVIRGICSAVF
LNVLTFFLSSFEGKDIFQIVDKETLKIHDSPELFPRLKQKFSDEDGSPLLKLPKFSALSF
LKIFFSCSKKLLAACFELFNSTTTEGINKEGYFFLSQVTSRLDADDATHTSNTTIDGPKS
CPGSVETSTEGNKVSDEGFVRDGNHVLGKASPMSNSCLLRLVLDKDPSLRSWMFVKYKKL
CKSASSQVVSEFTSALERIFESFTELAQVEDSQVDSDEDTSDPSKYINRQYLVPRISNKC
EGSSEISGKDCTSRAHDVTGDDGLKDKFSGLYLKPRSSVGPMEADIRSSTSSNHDKGGSR
SMDFETGEHGDLSHGRSSMPRDLLNNHLHSPVTRKSFEFRTDPFEGRSHLVQAEKNQVSN
MEFSLPTLRSSSGVVTNAVASPKHQMTISYSATSSQTIWYFDGDPAAMDVFSASKQLWLG
SISPDASEALVRFQVERFGPIEHFFFFPIKGFALVEYRNIMDAIRAREYMQGHSPWHIKF
LDIGLGTRGAINGVAVGSSYHVYVGNVSSQWAKDEILHESMKVIYKGPHMVTDLTGGEAL
LMEFETPEEAASVMAHLRQYRRENGNRLMPLNSVTNVARTHLDGARSMSGPIPVDLRGSN
AGNMSNNIVGSPYAQTVPESPAESSRTRMSHLSSLISTLRAKYNITQSSSYFDNHISGDY
HAAPMREEDRAPTSTVWINLPNISPPFLTDDELMTMCNLAIGNVGSVVRLARANMQMGCC
WFIECSNVDAAVTVLKNLRGCPGMFFQIEFSQPGKPHAFTKKSESSTLELVSPRVKLENH
GTALQSGHGFQSNWAVSGSTEMPEVGVRKTDGYDSSMVVGLPSGAGHAGSGAAEQMWMYK
KPEIELHSGQGNIPCMPIATQGPNIAPPQGPQQIQAPPFMRPVYLPPSSSWDTRCLNHHL
PLNPTAPGVMPYNLHGNAVAAPFLPASVTPLAQMQGNSMQHFDQMFSLPVVPPPLSSLPP
PLPGMPPPLPPSPPPLPQSLPPLVPPPPSSPPPPTPIVLSNLQYQWQGTLSKSGVNYCTI
IAHRVDSDICKYLSNMSEPTEWPAKLDMTKRTDFRHVKSTFTGTPPHKREVCQLRPFSAS
DHKGFQDFIAYLKQRDCAGVIKIPAVKSMWARLLFILPYSTDACSMLSIAPNPSDCLIAV
VLPKETSFESTFAVKGAAVCWEGSNHRVRMNSCCVVEETDGGTHRAHCPAPWKAGTNPSK
IKMSNRYGQNKGFTKTQKKFVPKTQREGHTPNPTLSTSLRQSAAAASSSTGKVVSAENAD
SVSSRGEGGSFLNYLPQDEAVASGLGAQEGGLDPLESQRVVDLSNKELSRLLKLSPREFW
KQVASDNSLHDFLDSFLQFRSRWYDFPHHGVKGMVAGVIVGDFELSRRVFMVLFRISSNR
DPGARAVDTLSSKDHAVLLQEKRLLDLPRLLDICAIYGCENEDLTRSLVVNALKAQPWIH
DNLIAVMSHFLSIVHTMHQRCSSSLEALFSSGGYEDQGSIQLYSDFLEVMDFINDAIVSL
DAFVHAYKPAAVFFSCPVEMSYGNEELLHTLARLYNSLLPSIQQGFQILFTAGDVLQKSF
GITLSDIAICLKMVSMRIIELGWKVLDLCYLSNTLFEVSLPLPAATKIFPAKVEDPVIRA
DILIQTIREINGFPEHVQENQPKNQPRETFLQNIEKNYKMMRKLESLHDTGWIFMDDEQF
HYLSGILALPLEASVKKTSYEPIPATSDKMHVDEDAAIMESKISQIRDLFPDYGKGFLSA
CLEAYNQNPEEVIQRILEGTLHEDLQSLDTSLETIPQPKSIPSVSKNDKGKEKLFESTAL
SSANAVTVSGEPQTESSSFSFSSSVGRYTRKSKVNLPNYKTLDSRSEQDSAKTAALVMQY
EYEDEYDDSFDDLGLSVVESGLAETEILEDKINSNLGKPWGTQSETFGPSDSSKWNSRKK
PQFYVKDGKNYSYKIAGSVAAANCIEASIVNQAQKELIHGLGRGGNLPLGAVKKLTELNE
DEDEQSEIVEMGGRGKPGNFRGRGRRGVTPGAVKKPTESNEVQDDQSDVSEMGGRGNSRG
RGRGRRGGGRNYRKDQAMKKHFSGLTGF
NT seq 6747 nt   +upstreamnt  +downstreamnt
atgtcggccgagcagcccctgaagaagcgaaagctgcatgatcatgtttccgaacctcca
ccggagccgcagccgccgccgcaaaccgctgctcagcagcgctcggcaactccaccgctg
tcgcaagaagaaattatgcggagacgaagaaacagagaagagattcgtaatgtgtacgaa
tgctacaagcgaattaagtcgtgtatcgctcatgaagatgctcgcttaatgccggaactc
gagcaggcctatctctctctcatcactgcttccagaggttgcacaagtgcgcagcggatt
gtggctgactttgttcctcgatatgcatcatactgtccaactgctcttgaagctgctgct
aaagttgttatcaatatgcataaatggagcttgacaacaataaatagaggagaggattct
aatggagttgcatttgagactgctaaagcctgtatctttggtctaggtgatatctgttct
gctgctgcatcagaggcaccaacatcatctgttatccgaggcatatgttctgcagttttt
ctgaatgtgctaaccttcttcttatcctcatttgaggggaaggatatttttcagattgtt
gataaggaaacattgaagatacatgattcccctgagttatttcccagattgaagcaaaag
ttctcagatgaagatggatctccattgttaaaattacccaagtttagtgcactcagtttc
cttaagattttcttttcttgttccaaaaaattgcttgccgcttgttttgagctgttcaac
tccaccactacagagggaatcaacaaagaaggatatttctttctaagtcaggtgacaagc
aggcttgatgctgatgatgcaactcatacttcgaatacaacaattgatggacctaaatca
tgtccaggttctgttgaaactagcactgaaggcaataaagttagtgatgaggggtttgta
agagatggcaaccacgttctggggaaggcatctcctatgtcaaatagctgcttgctgaga
ctggttcttgacaaagatccatcattgagaagttggatgttcgtgaaatataagaaatta
tgtaaatcggcatcttctcaagttgtatcagaattcacatctgctctagaaagaatcttt
gaatcttttacagaactagcgcaggtagaagacagtcaagtggatagcgatgaggatact
tctgatccatccaaatatattaatagacagtatttggtgcctcggatctctaataagtgt
gaaggctctagtgaaatatccggaaaagattgtacatcaagagctcatgatgtgactggt
gatgatggtttgaaagacaaattttcaggtctatatctgaaacctcgcagctcagtgggt
cccatggaggccgacatccgctcaagtacaagttctaatcatgataaaggaggctcaagg
tccatggactttgagactggtgagcatggagatttatcacatggcaggtcttccatgcct
agggacctgctgaacaaccatttgcattctcctgtcacaagaaaatcttttgagttcagg
actgatccatttgaaggtagaagccaccttgtccaagctgagaagaatcaagtttcaaac
atggagttcagcttgcctaccttgagatcttcaagtggagtcgtaactaatgctgtggca
tctcctaaacatcagatgacaatatcatattctgcgacaagtagtcaaactatttggtac
tttgatggggaccctgctgccatggatgttttctcagcttctaaacagctctggctaggt
tccatatcccctgatgcatctgaagctcttgtaaggtttcaggttgagaggtttggtcct
atagaacatttctttttctttccaattaaaggatttgccttggttgagtacagaaacatt
atggatgctataagggctcgggaatatatgcaggggcattccccttggcatataaagttc
ttggatataggattgggaaccagaggagctattaatggtgttgcagttggttctagttac
catgtttatgttggaaatgtttcaagccaatgggcaaaggatgagatattgcatgaatca
atgaaagtgatttacaagggtcctcacatggttactgatcttactggtggggaggcatta
ttgatggaatttgaaacacctgaagaagctgcctctgtaatggcacacctgaggcagtat
cgcagggaaaatggtaaccgcttgatgcctttaaattctgtaactaatgttgcacgaact
catttggatggagcaagatctatgagtggccctattcctgttgaccttagaggcagtaat
gctggaaacatgtctaataatattgttggatcgccttatgctcaaacagtgcctgagagc
cctgctgaaagctctaggacaaggatgtctcatctttcttctttaatttctacattacgt
gcaaaatataacatcactcaaagctcaagttattttgacaaccatatatctggggactac
catgctgctccaatgagggaagaagatagagctccaacaagcactgtctggattaacctg
ccaaatattagccctccattcctcacagatgatgagcttatgaccatgtgcaatcttgct
attggcaatgtagggtctgttgtcaggctggcacgagcaaatatgcagatgggttgttgc
tggtttattgaatgcagcaatgtagatgctgcagttaccgtcttaaagaacctgcggggt
tgtcctgggatgttcttccagatagagttcagtcaacctgggaaacctcatgctttcaca
aagaaatccgagagcagcactctggagctagtatcccctagagtgaaactggaaaatcat
gggactgcattacaaagcgggcatggatttcagtctaactgggctgtttctggatctaca
gagatgcctgaagttggagtgagaaaaactgatggctatgacagtagtatggtggtgggt
cttccatcaggagcaggtcatgctggttctggtgctgctgaacaaatgtggatgtataag
aaacctgaaattgaacttcattctggacaaggaaatattccctgcatgcctatagcaaca
cagggacctaatattgcaccaccacaaggtccacaacaaattcaagcgcctccattcatg
cgacctgtttaccttcctccaagcagttcatgggatacacgatgtttaaatcatcatttg
ccattgaacccaaccgcaccaggtgttatgccttataaccttcacggtaatgctgttgca
gctcctttcttacctgcttctgtgacaccacttgcacagatgcagggaaactcaatgcag
cattttgatcaaatgttttcccttcctgtggtaccaccacctttatcatccctaccacct
cctttgcctggcatgccacctccattacctccatctccacctcctctgcctcagtctctg
ccacctctagttccccctccaccaagttctccccctccacccacacccattgtgttgtcc
aatttgcaataccagtggcaaggtacattatctaaaagtggagttaactactgtaccata
atcgcgcatagagtggattcggatatttgcaagtatttgagtaacatgtctgaacctaca
gagtggccggctaaattggatatgacaaaaaggactgatttccggcatgtgaaatcaaca
tttactggcaccccaccacataaaagggaagtatgccagctgcgccctttttctgccagt
gaccataaaggctttcaggatttcatagcatacttgaagcagagggattgcgcaggagta
attaagattccagctgtgaaatcaatgtgggcaaggctactctttattcttccctactcg
acagatgcatgttctatgctttctattgcaccaaatccttcggattgcttaattgctgtg
gttttgccaaaagagaccagctttgaatccacctttgctgtgaaaggggctgcagtttgt
tgggaaggcagcaatcacagggtaaggatgaattcttgctgtgttgttgaagaaacagac
ggtgggactcatcgggctcattgccctgcgccctggaaggctggaactaacccttccaag
atcaaaatgtcgaaccgatatgggcagaacaagggtttcaccaaaacccagaagaagttc
gttcccaaaacccaaagagaaggacacacccccaatcccactctttctacttctctcaga
caatccgccgccgccgcctcctcttccactggtaaggttgtatcggctgagaacgctgat
tcagtttcaagcaggggtgaggggggcagtttcctcaattacttgccccaagatgaggcg
gtggcttccggccttggtgcccaggaaggcggtttggatcccctggagtcccagcgtgtt
gtggatctttcgaacaaggagctgtctcgccttctcaaattgagtcctagagagttttgg
aaacaagtggccagtgacaattcactgcatgattttctggatagcttcctacaatttagg
agtagatggtatgatttccctcatcatggagtgaaaggaatggttgccggggtcattgtt
ggagactttgaattaagccgacgtgtcttcatggtcttgtttcgcatatcttccaatagg
gatcctggtgctcgggctgttgacaccctcagttcaaaggatcatgcagtccttttgcag
gaaaagaggctgcttgatttacccagattgttagatatatgtgctatatatggttgtgaa
aatgaagatttgaccagatcactggttgtgaatgctttgaaagcacagccttggatccat
gataatttaattgcagtgatgtctcatttcttgagcattgtccacacaatgcaccaacgt
tgcagctcgtctttggaggctcttttttcttctggaggctatgaagaccagggatccatc
caactttattcagattttttagaggtaatggacttcattaatgatgccattgtttccttg
gatgcatttgtgcatgcatacaaacccgcagcagtgttcttctcttgccctgttgagatg
agttatgggaatgaggaattgctccacactcttgcaagactgtacaattcattactacca
tctatacagcagggatttcaaatcctgtttacagctggggatgtacttcagaagtcattt
ggtattaccctttcagatattgctatttgtttgaagatggtgtcaatgaggatcattgag
cttggttggaaagtattggacttatgctatctaagtaatacgttatttgaagtcagtctc
ccccttccagctgccacaaagatatttcctgctaaagttgaggatcctgtcataagggca
gatattttaattcagactattagagagatcaatggatttccagaacatgttcaggaaaac
cagcccaaaaaccagcccagggaaacatttcttcaaaatattgaaaagaattacaagatg
atgagaaaacttgagagtttgcatgatactggatggattttcatggacgatgaacaattt
cattatttatctggcatcttagcacttcctttagaagctagtgttaagaagacatcttat
gagccaatccctgcaacaagtgacaagatgcatgtggatgaagatgctgcaattatggag
tccaaaataagtcaaattagagatctattccctgattatggtaaagggttcttgtctgca
tgtcttgaagcgtataaccagaatccagaagaggtgattcaaaggattctagagggaacc
ttgcatgaagatctgcagtccctggacacttcattagagactatcccacaacccaagtct
attccatctgtgagcaagaatgataagggaaaagagaagttatttgaatcaacggctcta
tcctccgctaatgctgtaactgtatcaggggagccacaaactgagagctcatcattttca
ttctcatcttcagttgggaggtacacaaggaagtctaaagttaatttacccaattataag
acccttgattctagaagtgagcaggattctgcaaaaactgcagctctagttatgcagtat
gagtatgaagatgagtatgatgactcttttgatgatttaggtctgagtgttgtggagtca
ggattagcagaaactgagatattggaagacaaaatcaactctaatcttggaaaaccttgg
gggacacaaagtgaaacatttggtccaagtgattcttcgaaatggaactcacggaagaag
ccccaattctatgtgaaggatggtaagaattacagttacaaaattgcaggttcagttgct
gctgcaaattgtattgaagcatcaatagttaatcaagcccagaaagaattaatccatggc
cttggtcgaggtggcaaccttcctctaggtgcagttaagaagctgacagagttaaatgag
gatgaagatgaacagtctgaaattgtggagatgggaggaagagggaagccagggaatttc
aggggcaggggaaggaggggagttactccaggtgcagttaagaagccgacagagtccaat
gaggtgcaagatgaccagtctgacgtgtcagagatgggaggaagggggaattccagaggt
aggggtaggggtaggaggggagggggaagaaattacaggaaggatcaggccatgaaaaag
catttttcgggattgactggtttctag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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