KEGG   Vitis vinifera (wine grape): 100258707
Entry
100258707         CDS       T01084                                 
Name
(RefSeq) helicase protein MOM1 isoform X1
  KO
K11643  chromodomain-helicase-DNA-binding protein 4 [EC:5.6.2.-]
Organism
vvi  Vitis vinifera (wine grape)
Pathway
vvi03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    100258707
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:vvi03036]
    100258707
Chromosome and associated proteins [BR:vvi03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    100258707
  Chromatin remodeling factors
   NuRD complex
    100258707
SSDB
Motif
Pfam: Chromo SNF2-rel_dom Helicase_C PHD PHD-1st_NSD Chromo_MIT1
Other DBs
NCBI-GeneID: 100258707
NCBI-ProteinID: XP_010651195
Position
6:join(3215082..3215616,3215899..3216502,3224671..3224755,3225696..3225841,3228614..3228807,3228961..3229091,3229237..3229524,3237618..3237758,3244553..3244807,3245121..3245261,3245339..3245650,3246249..3246422,3253881..3254772,3254889..3255136,3255561..3255665,3267876..3269261,3269677..3270651,3270738..3270963,3279583..3280271)
AA seq 2508 aa
MANDSRTSRKTKDDDINNSKGRNIRGKGSSTSASATTDISGLRRSARETPTKKLLNPSPS
STRKSERLEKQTPVTPPVKRKSERVEKQRMPSPSRRSERGKNHQSPSSSGSKKSEKTSGS
SEMRHKKQKREKSVKEVTLEARKVSKNEEHDLESVQVKKKRMDARAYRALLRRKVNDADL
GGKMRKPDKLFQEDSSDSSDSGSKQVEDGRTECSGRREDELKEKSQDRARERPAEESNCS
LRTFTTEALENHGRVEFSSSQNGCLKGTFEHEERNPVEEAKGTTDNAERIETHSSPAEKL
QMPELIDSTSNRRSLDGGDGLKLTPVKRKRNTLDLDSDASERVPSKDICTPIADAVSTSP
TGCTTNKVVETCGVCSKRQRLDHDSPSQEFCSCNTKINQDLNDSSAHKDRGELEGCMTTG
YAEKCESKIKEKEFHLDSQTGDDHNTCVVCKLGGKLLCCDGKGCKRSYHLACLDPPLGEI
PPGIWHCMLCVKKKTELGVHAVSEGVESIWDTREVELPSAEGVQKQKQYFVKYKGLAHVH
NHWIPESQLLLEAPSLVAKFNRKNQVIRYKLEWTVPHRLLQKRLLMPTKQSDGYYTGRAG
DIPDCLYEWLVKWRGLGYEHATWELENASFLNSPEAQSLIREYENRRRKAKSASDPSITD
KGRKASLVKLSKLPGAGSIGIDDNHLSCVNKLRENWHKGLNAIVIDDHDRVMRVVLFILS
LQADVCRPFLIISTSSVLPLWEAEFSRLASSVNVVVYSGNKDIRRSIRTMEFYEEGGCIM
FEVLLAPPEVVVEDLEVLECLGWEAVIIDECQRPRISSHFAEYRMLVADLRLLLFSGQIK
ESTLEFVNLLSFLDSGNDVNSSNVLKTDYNDSVSILKERLSQFIAYDCKSDSSRFVEYWV
PIPLSNVQLEQYCGTLLSNTISLCSCSKNDPVGALRDVLISTRKCCDHPYIVDLSLQSFL
TKGLPEIEYLDVGINASGKLQLLDRMISEIKNRGLRVLILFQSIGGSGRDSIGDILDDFL
RQRFGQDSYERVDGGGVPSRKQAALNKFNNKESGRFVFLLEIRACLSSIKLSSVDTIIIF
DSDWNPVNDLRALNKITIDSQFEKIKLFRLYSPFTVEEKSLILAKHDMALDSNLQNISRS
TSHMLLMWGASYLFNKLEKFHGSDAPDSRTDTSSEQSLLKGVMQELLILLPHNGANIDLS
NSSIIIKVKQNEISYCKNVTLHGELEIQSTDKVPPHVFWTKLLEGRYPQWKYSSGPSQRN
RKRVQYFDESSKRSEHESDEVVKKRRKVDKGKLVTGDKEGASGISANNESQSLSRPTACT
HDALHANRASTSPPLVSDISEASSEIHTIEFEGRRKLRDAQKSLHLVLETDISKLCDILQ
LSEDVKGMVGRLLEYVMNNHHVNREPASILQAFQISLCWTAASLMNHEIDRKGSLMLAKQ
HLAFTCKEEEVEYVYSKLHSLKEKFQYRSENLRVADFEQDLMSVSKGYLKNLLHGRESWE
LNHTKVKVEAEEIPLAQECSDKQVSSQQGQAEIATVENEISKSIKRIQKKCNKKMKKLLW
KQQEEMKELDKIDEQEKAQLENDHKVESALIRSMYGLPLRTDKLEMLDKDYAKKIEEHKR
QMSVQIKNLEAMHLAARNKEKQDAARWLQAVESWAQDELLRKLPLNDSACRAEDSQSGEL
GRCHAPTSFASGPAAFSKEQRQGMTQDEMGQSGVHETVPSNSVSSSHPIEILTLPVNPSS
KDDRLATMASEKASVTGFEQHNRSGSSSNGPENIVSAHPLSSEDHIPDGAISSFPDRGIQ
SEVPDTCPDEVEVGDSNRENDEADTIASNRTNSIGGGDLHDEVSISTIGESLSQELPLVN
SLPVQPLTSTEGAELPLNQALQAECFQPSSSSGMPDEVTTIGGEQDTLQQVEVTLLHPIN
DVLSEHTNCEGSRTPHNVSSASGIDHQPCTEGHSSFQNAQVPTEPVGIPVELSSNQAISQ
PIPQLAVECQLSSERHTSFHDVQAPARLVENPVELSNQAISQPSMNLEIEHQPSGEGHAS
FQNVQVAPLLGENPVELSNQAALQTGAHLATEQSSSELGSSIQNSQTPTQLVEDSVENTC
REGGSSFQNAQTPTQLVESSVELLNQAVSQSVTHLAVHQPIDTLAGGSDTRTTPIISGLS
NRPIQTAPPVPLRMPLPLHSDPLQNELERIRKEIDQTIKIHEDTKQQLKSDCEKEIEEVV
AQLRGKYDAKLQDVEATFVLKKMELDINQKKVTMNKILADAFRSKCMDVKASGAPGVQQD
APRPSFTQQIYQLSLQQGSQRPSIASSSSFLGTPAAVPQTTVPPPVQVVHHSSALFSSVP
TRPLHISPITPPTGNHQVGSDIRAPAPHLQPFRPAIPMSSTSLPSLMRGMPSQPAPSNPP
STSSTLPQLSQLPARLPLTSYQSCQQNSGQRLENPGGSLALNNPPISALELLMDVDNRIG
PNPWNVLAPPSDTSSNLELLDTSEPRALDGTRAHAGLTSDVVCLSDDD
NT seq 7527 nt   +upstreamnt  +downstreamnt
atggcaaatgattctcgaacaagtcgcaaaactaaggatgatgacattaataattctaag
ggcaggaacattcgtggcaaaggatcatctacttcggcatctgcaacaacagatatatct
ggtttaagaaggtcagctagagaaacaccaacaaagaaactgttgaatccaagcccttca
agcacacggaagtctgagcgacttgagaagcagacaccagtgactcctcctgttaagagg
aaatctgagagagttgagaagcagaggatgccaagtccttcgaggaggtctgagaggggt
aagaatcaccagtcaccaagttcttcaggatcaaaaaagtcagagaaaacttctggttca
tctgagatgagacataagaagcaaaaaagagagaaaagtgtgaaagaggtgaccctcgaa
gctagaaaagttagcaaaaatgaggaacatgatttggaatctgttcaggtgaaaaagaaa
agaatggatgcacgtgcttatagggcattgctcaggcgcaaggttaatgatgcagatctt
ggtgggaagatgagaaaaccagataagttgtttcaagaagatagcagtgatagcagtgat
agtggttccaagcaagttgaggatgggagaaccgagtgcagtggaagaagagaagatgaa
ttgaaagaaaaatcacaggacagagctcgtgagaggcctgcagaggaatctaattgtagt
ttaagaacattcacaactgaagctttagaaaatcatggcagagtagaattctcctcaagt
cagaatggctgtttgaagggaacatttgagcatgaagagcgaaatcctgtagaggaagct
aaaggtactactgataatgctgagaggatagagacgcactcctctccagctgaaaagctg
caaatgccagagttgatagattctacttctaatagaagatcacttgatggtggtgatggc
ttgaaacttacacctgttaaaagaaagaggaacacattggacctggattctgatgcttct
gaaagagttccaagtaaagatatctgcacccctattgctgatgctgtttctacatcacca
acagggtgcacaacaaataaagttgttgagacatgtggagtatgttctaaaaggcaaagg
ttagaccatgattcaccatcccaggagttctgctcttgcaataccaaaataaaccaggac
ctaaatgacagctctgctcataaggatagaggggaacttgaaggatgtatgaccacagga
tatgctgaaaaatgtgaaagcaagataaaggagaaggagtttcatttagatagtcaaact
ggcgatgaccataatacatgtgttgtctgcaaacttggtggaaaactcttgtgctgtgat
ggaaagggatgtaaaagaagctaccaccttgcttgtctggatcctcctttgggggagatt
ccacccggaatctggcactgcatgctctgtgtcaaaaagaagactgaattaggtgtacat
gcagtatcagaaggagtagaatcaatttgggatacaagggaagtggagttgcctagtgct
gaaggagtgcaaaagcagaagcagtattttgttaaatacaagggccttgctcatgtgcac
aatcattggataccagaatctcagctccttcttgaggctccatctcttgtggcaaaattc
aatcgaaagaatcaggtcataaggtataagctagaatggactgtgccacatcgtttgcta
caaaaaagattgttaatgcccacaaagcagagtgatggctattatactgggcgggctggt
gatatcccggattgcctctatgagtggcttgtgaaatggcgtggtcttggttatgagcat
gctacatgggagctagagaatgcttcatttctgaattcacctgaagctcagagccttata
agggagtatgaaaatcgtcgccgaaaagcaaagagtgcttctgatccttccataacagat
aagggaaggaaagcttcgttagtcaaactttcgaagttgcctggtgcaggttcaattgga
attgatgataatcatctaagctgcgttaacaaacttcgtgagaattggcacaaggggctg
aatgctattgtcattgatgaccatgaccgtgttatgagggtcgttttgtttattttatct
ctacaggctgatgtctgtcggccttttctcatcatttcaacttccagtgtccttcctcta
tgggaagctgaattctctcgtttggcatcatcagttaatgttgtagtttatagtggaaac
aaagatataaggagaagtataaggacaatggaattttatgaggaagggggttgcattatg
tttgaagtgcttttggcgcctcctgaagtcgttgttgaggatttagaagtgttagaatgc
ctgggatgggaagctgtcataattgatgaatgtcaacgccccagaatttcatcacatttt
gcagaatataggatgcttgtggctgatttaaggcttcttcttttcagtggtcagataaag
gagagtacattggagtttgtgaatctgctgtcatttcttgactctggcaatgatgtaaat
agcagcaatgttttgaaaactgactacaatgacagtgttagtatattaaaggagaggttg
tcacagtttattgcatatgattgcaagtcagactcttctagatttgttgagtattgggtt
cctattccattatctaatgttcaacttgagcaatattgtggtactctactttcaaacact
atatcactttgctcatgttcaaagaatgatcctgttggggctctccgtgatgttcttata
tctactcgaaagtgctgtgatcatccttacatcgtggatttgtctctgcaaagctttcta
actaaaggtcttccagagatcgagtacttggatgttggaataaatgcaagtggcaagctt
cagcttcttgacagaatgatttctgagataaaaaatcgaggtttaagagtgctgatcctt
tttcagtcaattggtggttctggaagggattccattggagatattttagatgattttcta
cgtcaaagatttgggcaagattcttatgaacgagttgatggaggtggagtcccatccagg
aagcaagctgctctgaacaagtttaacaacaaagagagtgggagatttgtgtttttatta
gaaatccgcgcttgtctttcaagcatcaaactttcatcagtggacactattattatattt
gacagtgactggaacccagtgaatgatttaagagccctaaacaagatcactattgattca
cagtttgaaaaaataaaactttttcgtttatattcaccttttactgtggaagaaaaaagt
ctaatccttgcaaagcatgatatggctcttgatagcaatttacagaacataagcaggagt
actagtcacatgctactcatgtggggtgcatcgtatctgttcaacaaactggaaaagttt
catggcagtgatgctccagactccagaacggacacttcctctgagcaatcacttttaaaa
ggtgtaatgcaggagttgttgatccttcttcctcataatggtgcaaatattgatttgagc
aactcctctatcattataaaagttaaacagaatgaaatatcttactgtaagaatgtaaca
ttgcatggtgagctggaaattcagtcaacagataaagtgccacctcatgttttttggaca
aaactattggagggaagatatcctcagtggaaatattcatctgggccatctcaaaggaac
aggaaaagagttcagtattttgatgagtcctcaaagagatcagaacatgaaagtgatgag
gttgtaaagaagcgcaggaaggtggataaaggaaaattggttactggagacaaggaagga
gcttctggaatctcagccaataatgaatctcaatccttgtccaggccaactgcttgtacg
catgatgcacttcatgcaaaccgtgcttccacctctcctcctttggttagtgacatctca
gaggcatcatctgaaattcacacaattgagtttgagggaagaagaaaactgcgtgatgca
cagaagagtctccatcttgttttggagacagatatatcaaaactttgtgatattctacaa
ctttcagaggacgtcaagggtatggttgggaggttacttgaatatgtaatgaataatcat
catgtcaacagggaaccagcatccatattacaggcttttcagatatctctgtgctggact
gctgcttctttgatgaaccatgaaattgatcgcaagggatcgctcatgcttgcaaaacag
cacttagcttttacctgcaaagaagaagaggtagaatatgtgtactcaaagttgcattct
ctgaaagaaaaatttcaataccgaagtgagaatctgcgggtagcagattttgaacaagat
ctcatgtcagtaagtaaaggatatttgaaaaaccttttgcatggtagggagtcctgggaa
ttgaaccatacaaaggtgaaagtagaggctgaagagataccactagctcaggaatgctca
gacaagcaggtctcatcccagcagggacaggctgaaattgcaacggttgagaatgaaatc
tcaaaaagtatcaaacgaattcagaagaaatgcaacaagaagatgaaaaaactcctttgg
aagcaacaggaagaaatgaaagaattagacaaaatcgatgagcaggaaaaggcacagcta
gagaatgatcacaaagtggagtctgcgcttattcgctctatgtatggtcttccattgaga
acagataaacttgagatgttggataaagattatgcaaaaaaaattgaagagcacaaacgg
cagatgagcgtgcagattaaaaatcttgaggcaatgcatctggctgcaaggaataaggag
aagcaagatgcagctcgttggttgcaagcagtggagtcatgggcacaagatgaattgtta
cgtaagctgcctttgaatgattctgcgtgtagggcggaagactcacagagtggtgaacta
ggtagatgccatgctccaacaagttttgcctctggccctgctgctttttccaaagaacaa
agacagggaatgacccaggatgagatgggacagtctggagttcatgaaactgttcccagt
aactcagtttccagcagtcatccaattgagattttaactcttccagtaaatcccagtagt
aaggatgatcggttggctaccatggcctcagagaaagcatcagttacaggatttgagcag
cacaacagatcaggcagttccagtaatggtcctgagaacattgtctctgcacatccgctt
tcttcagaagatcatattcctgatggagccatatcaagttttccagatagaggaatccag
tcggaagttcctgacacttgtcctgatgaagtggaggttggtgactccaatagagagaat
gatgaagctgatactattgcctcaaatagaacaaattctattggaggaggtgacctccat
gatgaagtaagtatatccactattggggaatcactttcacaagagttacctctggtaaat
tcactaccagtgcagccacttacctccactgaaggtgctgaattgcccttaaatcaggca
cttcaagctgaatgttttcaaccatcctcttctagtggaatgccagatgaagtcaccaca
attggtggagagcaggacactctgcaacaagtggaagtaacattgctacatccaatcaat
gatgttctatctgagcatactaattgtgaaggaagccggactccacataatgtgtcttca
gctagtggaatcgatcatcagccatgcactgaagggcattcctctttccagaatgctcag
gtgccaacagaaccggtgggaattccagttgagctatcatcaaatcaagctatttcacaa
cctataccacaattagcagttgaatgtcaattgagcagcgaaaggcatacttcttttcac
gatgttcaggctcctgctcgactggttgagaacccagttgagctttcaaatcaagctatt
tcacaaccttctatgaatttggaaattgaacatcagccaagtggcgaagggcatgcttct
ttccagaatgttcaggttgcaccactgttgggggagaacccggttgagctttcaaatcaa
gctgccttacaaactggagcacatttggcaactgaacagtcaagcagtgaattaggttct
tctatccagaattctcagactccaacacaactagttgaggactcagttgaaaatacgtgc
agagaaggaggttcctctttccagaatgctcagactccaacacaactggttgaaagctca
gttgaacttttgaaccaggctgtttcacaatctgtgacacatttggcagtgcatcagccc
attgatactcttgctggaggttcagacacaagaactacacccattatttcgggactcagt
aaccgtccaatacaaactgccccacctgtgccactgcggatgcctctgcctctgcactct
gacccacttcaaaacgaattggaaagaatacgcaaagaaattgaccaaaccatcaaaatc
catgaagacacgaagcagcagctgaaatctgattgtgaaaaggaaatagaggaagttgtt
gctcagcttcgtgggaagtatgatgctaaacttcaggatgttgaggcaacttttgtgctg
aaaaagatggaactggatataaatcagaaaaaagttaccatgaataagatattggctgac
gctttcaggtctaaatgcatggatgtcaaggcatctggagcaccaggtgtgcaacaagat
gcgcctcgccctagtttcacgcaacagatctatcagctatcattgcagcaaggctcacag
agaccttccattgccagcagttcatcttttcttggcacacctgcagctgttccacaaact
actgtccctcctcctgtacaggtcgttcaccattcatcagcacttttctcaagcgttcca
accagacccctccatatcagccctatcaccccacccactggaaatcaccaagttggcagt
gatatccgtgcccctgccccccaccttcaacccttcagacctgccatacccatgtcctca
accagtctcccgtcgctcatgcgtgggatgccaagtcagccagcacctagtaacccccct
tcaacttcttccactctaccccaactttcgcagcttccagcccgtctgcctctgacttca
tatcaatcttgtcaacagaatagtggccaacgccttgaaaatccaggtggttctctagct
ctgaataaccctccgatatctgcactggaattgcttatggatgttgacaaccgaattggg
cccaacccttggaatgttttggcccctccatctgatacaagttctaaccttgaactactt
gacacatcggaacccagggcactggatggtacacgtgcccatgcaggtttgacatctgac
gttgtttgtttatcagatgacgattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (106)   

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