KEGG   Vitis vinifera (wine grape): 104880253
Entry
104880253         CDS       T01084                                 
Name
(RefSeq) disease resistance protein SUMM2
  KO
K13459  disease resistance protein RPS2
Organism
vvi  Vitis vinifera (wine grape)
Pathway
vvi04626  Plant-pathogen interaction
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09150 Organismal Systems
  09159 Environmental adaptation
   04626 Plant-pathogen interaction
    104880253
SSDB
Motif
Pfam: NB-ARC AAA_16 ATPase_2 AAA_14 NACHT AAA_22 AAA KAP_NTPase ABC_tran AAA_18 AAA_24 RNA_helicase LRR_8 nSTAND3 AAA_7 TniB AAA_19 AAA_30 Bac_DnaA AAA_28 DUF2730 G-alpha PRK LRR_4 Rx_N
Other DBs
NCBI-GeneID: 104880253
NCBI-ProteinID: XP_019077521
Position
9:complement(join(5638994..5639055,5639193..5641499,5641640..5642780))
AA seq 1169 aa
MECVSPILTLATSLWDCTANCVSHIRSLKQNVENLRRQMQRLDFQCEDVKSRLELEQREQ
MIPLREVQGWLCDVGDLKNEVDAILQEADLLLEKQYCLGSCCSIRQKYNLVKRVAEKSTR
AEELITRGDFERVAAKFLRPVVDELPLGHTVGLDSLSQRVCRCFDEDEVGIVGLYGVRGV
GKTTLLKKINNHCLLKFSHEFNIVIWVAVSNQASVTSAQEVIANKLQINDRMWQNRSQDE
KAIQIFNIMKRQRSLLLLDNVRQGIELSEIGVPLPDAKNRSKVIITTRSLKICSEMEAQR
RFKVECLPSTEALNLFMLMLREDTLSSRPDIRNLAYSVMERCNGLPLALVTVGRALAGKN
TLGEWEQAIQELENFLLEISDRLPRAVVDEMPLGHIVGLDRLYERVCSCLTDNRVRIIGL
YGTGGIGKTTLMKKINNEFLKTSNQFHTVIWVAVSKKEKVQESVRAAQEGILTQLQIPDS
MWQGRTEDERAIKIFNILKTKDFVLLLDDVWQPFDLSRIGVPPLPSLLNFRVIITTRLQK
TCTEMEVERKFRVECLEQEEALALFMKKVGENTLNSHPDIPQLAEKVAERCKGLPLALVT
VGRAMADKNSPEKWDQAIQELEKFPVEISGMEDQFNVLKLSYDSLTDDITKSCFIYCSVF
PKGYEIRNDELIEHWIGEGFFDRKDIYEACRRGHKIIEDLKNASLLEEGDGFKECIKMHD
VIQDMALWIGQECGKKMNKILVSESLGRVEAERVTSWKEAERISLWGWNIEKLPGTPHCS
TLQTLFVRECIQLKTFPRGFFQFMPLIRVLDLSATHCLTELPDGIDRLMNLEYINLSMTQ
VKELPIEIMKLTKLRCLLLDGMLALIIPPQLISSLSSLQLFSMYDGNALSAFRTTLLEEL
ESIEAMDELSLSFRNVAALNKLLSSYKLQRCIRRLSIHDCRDFLLLELSSISLNYLETLV
IFNCLQLEEMKISMEKQGGKGLEQSYDTPNPQLIARSNQHFHSLRDVKIWSCPKLLNLTW
LIYAACLQSLSVQSCESMKEVISIEYVTSIAQHASIFTRLTSLVLGGMPMLESIYQGALL
FPSLEIISVIDCPRLRRLPIDSNSAAKSLKKIEGDLTWWGRLEWEDESVEEIFTNYFSPQ
YLADPIQHSGEVRGKKKLVVEGSTSRAAT
NT seq 3510 nt   +upstreamnt  +downstreamnt
atggaatgtgtgagcccgatcctcactcttgccactagcctgtgggattgcacggccaat
tgtgtctctcatatccgttctctcaaacaaaatgttgaaaacttgagacgccaaatgcag
agactggactttcaatgtgaagatgtaaagagcagactggaacttgaacagcgagaacag
atgatacccctacgggaggtgcaaggctggctttgtgacgttggtgacttgaaaaatgaa
gtggatgcaattctgcaagaagcggatctactactagaaaagcaatactgtctgggaagc
tgttgcagtatccggcaaaaatacaaccttgtaaagagagtggctgaaaaaagcacgcgt
gcggaggaactaataacaagaggagattttgaaagagtagcagccaagtttcttcgtcct
gttgtagatgaattacctcttgggcataccgtgggcttagattctctgtctcagagggtg
tgcagatgctttgacgaagatgaagtaggaattgttggattatatggagtacgcggtgtt
ggcaagacaacactactgaagaaaatcaacaaccattgcctcctcaaattttctcacgaa
tttaatatagtgatttgggttgcagtgtcgaatcaagcaagcgtgacatctgctcaagag
gtgattgcaaacaagctacagatcaatgatagaatgtggcaaaatagaagtcaggatgaa
aaggccatacaaatattcaatatcatgaaaagacaaaggtctttgctgttgttggacaac
gtacgccaaggaattgaactctcagaaataggagttcctcttccggatgctaaaaacagg
tccaaagtaataatcacaactcgatccttgaaaatctgcagtgagatggaagctcaaagg
aggtttaaagtagagtgtttgccatcgacagaagccttgaatttgttcatgctgatgctc
agagaggacactctaagttctcgtcctgatatacgaaatcttgcctacagcgttatggag
agatgcaatggcttgccacttgcactcgttactgttggacgagcattggctggtaagaat
actctcggggaatgggaacaagcgatacaggaactggagaacttccttctagaaatttca
gacaggttgcctcgtgctgtggtagatgaaatgcctcttgggcatatcgtgggcttagat
cggttgtatgagagagtgtgcagctgcctcaccgacaatagagtaagaattattggatta
tatggaacaggaggcattggaaaaacaacactaatgaagaaaatcaacaacgagttcctc
aaaacaagtaaccaattccatacagtgatttgggttgccgtgtccaagaaagaaaaggtg
caagaaagtgtgagagcggctcaagagggaattctgactcaattacagatcccggatagc
atgtggcaaggtagaacagaggatgaaagggctataaaaatattcaacatcttgaaaaca
aaagactttgtgctacttttagatgatgtatggcaaccatttgatctctcaagaatagga
gttcctcctcttccaagtcttctgaatttcagagtaataatcacaactcgattacagaaa
acatgcactgaaatggaagttgaacggaagtttagagtagagtgtttggaacaggaagaa
gccttggctttgttcatgaagaaggtcggagagaacactctgaattctcaccctgatata
ccgcagcttgctgaaaaggtggcagagcggtgcaaaggcttgccacttgcccttgttact
gttggacgagcaatggctgacaagaattctcccgagaaatgggatcaggcaatccaagaa
ctggagaaattcccagtggaaatttcaggtatggaggatcagtttaatgttttgaaacta
agctatgatagcttgacagacgatatcaccaaatcttgtttcatatactgttctgtgttt
cccaagggatatgaaattaggaatgatgagcttatagaacattggattggtgaaggattt
tttgaccgtaaggacatatatgaagcatgcagacgaggacacaaaatcattgaagaccta
aagaatgcaagcttgttagaggagggtgatggatttaaagaatgtatcaagatgcacgat
gtgatacaggacatggctctatggataggtcaagaatgtggaaaaaagatgaacaagatt
ttggtgtctgaatctcttgggcgtgttgaggctgagagagtcaccagctggaaggaggca
gaaaggatatcattgtggggatggaatattgagaaactcccaggaacaccacattgctct
actctccagactctctttgtgagggagtgcattcaattgaagacgtttccaagaggattc
ttccaattcatgcctctcataagagttctagatttgtcagccactcattgtttaactgag
ttacctgatgggattgacagattaatgaacttggaatacattaatctttcaatgacacaa
gtaaaagagctgccgattgagatcatgaagttgacaaaactgaggtgcttgttacttgac
ggtatgcttgcacttataattcctccacaattgatatctagtctttcatcattacaattg
ttcagtatgtatgatggaaatgctttatctgcatttcgcaccaccttattggaggaattg
gagtccatagaagctatggatgagttatctctctccttccgtaatgttgctgctctcaat
aaattactgagctcctacaaattacaaaggtgcataagaagattaagtatacatgactgc
agagatttcttgttgcttgagctatcatcaatatctctgaactatttggagactcttgtt
atattcaattgtcttcaattggaagaaatgaaaattagtatggaaaaacagggaggcaaa
ggattggaacaatcatatgatacccccaaccctcagttgatagcgagaagcaaccaacac
ttccacagtcttcgtgatgtcaagatttggagttgtccaaaactgttgaacttgacctgg
cttatttatgctgcatgccttcagtcacttagtgttcaatcctgtgaatccatgaaagaa
gtgataagtattgaatatgtaacttcaattgcacagcacgccagcatattcacaaggctc
acatctctagtattaggtggtatgccaatgctagagagcatctatcagggggcactgctc
ttcccttcattggaaataatctctgtgatcgattgcccgaggctaaggaggctcccaatc
gattcaaacagtgccgccaagagcttaaagaaaattgaaggagatctaacctggtgggga
aggttggaatgggaggatgaatctgtggaggagattttcaccaactatttttccccacaa
tacttggctgacccaatccagcactcaggggaagtgcggggaaagaagaaactggtggta
gaaggttcaacctcaagggcagccacctaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (25)   
   Pfam (25)   
All databases (64)   

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