KEGG   Vitis vinifera (wine grape): 100255466
Entry
100255466         CDS       T01084                                 
Name
(RefSeq) histone-lysine N-methyltransferase EZA1 isoform X1
Organism
vvi  Vitis vinifera (wine grape)
SSDB
Motif
Pfam: SET preSET_CXC Ezh2_MCSS TCR SLIDE
Other DBs
NCBI-GeneID: 100255466
NCBI-ProteinID: XP_002270605
Position
7:complement(join(4390068..4390259,4390356..4390433,4391180..4391308,4391385..4391432,4391518..4391605,4392405..4392536,4392912..4393132,4393853..4394006,4394369..4395105,4396122..4396193,4396297..4396344,4396450..4396605,4396778..4396862,4402294..4402455,4403042..4403316,4403747..4403851,4405099..4405137))
AA seq 906 aa
MVSKSSDSALRFRKSSGEQASGEPLVTLSSKINHLKKQIQAERVVSIREKLEKNGKQLQN
HISQLVPATSKKDVLLIEGNGPGSMLSLRAENPLFKFSGFPQGSGDKDYANSQEVVSSTS
TKLPYVEKIPPYTSWIFLDRNQRMAEDQSVVGRRRIYYDQHGSEALICSDSEEDIPEPEE
EKHEFSESEDRILWMAFKEHGLSEEVLDLVSQYIGGSNSEIQDRCNILREKYQDKHDKSL
KGSGESWSERSILLDKSLGAALDSFDNLFCRRCLVFDCRLHGCSQSPINPTEKQLNSSEF
EEDGKPCSDQCYLRLRVVKDLPEGSVISSLQRIETTVSEEKDSIPASSNVEEPSGNDNTD
ILPDERCIAAKTLAVTSETVFSSEVAAGGLNSDASVMEMGHYESLGKRKVSKCTNTVLGD
STLVSDDIQGSSSKKQKKLSALDVVIVTSEGQPVLDNISNDKNKYLEIGIPNKKELQMTT
NCALNESAEHMPNKVICPSHVSSDETEDNTGDEVDAVKETPGLKQSSKSSGVEGILSSCE
WKPFEKELYLKGIEIYGRNSCLIARNLLSGLKTCIEVSSYMYDDGSAMLHRSAVVPSSFL
EDNGRGDADYTEQEMPTRSRLFRRRGRTRKLKYSWKSAGHPSIWKRIADGKNQSCKQYTP
CGCLSMCGKECPCQSNGTCCEKYCGCSKSCKNRFRGCHCAKSQCRSRQCPCFAAGRECDP
DVCRNCWVSCGDGSLGEPPKRGDGQCGNMRLLLRQQQRILLAKSDVAGWGAFLKNSVNKN
DYLGEYTGELISHREADKRGKIYDRANSSFLFDLNDQYVLDAYRKGDKLKFANHSSNPNC
YAKVMLVAGDHRVGIFAKEHIEAGEELFYDYRYGPDQAPAWARKPEASKRDDSAVSQGRA
KKHQSH
NT seq 2721 nt   +upstreamnt  +downstreamnt
atggtctccaaatcgagcgactccgctttgagattcagaaagtcaagtggagaacaggca
agtggcgaacccttggttactttatcgtctaaaataaatcacctgaaaaagcagattcaa
gcagagagagtcgtttcaataagagaaaaacttgagaagaatggaaagcagctacaaaat
catatttctcagcttgtgccagcaacatcaaaaaaggatgtgttgctcatagaggggaat
gggccgggaagtatgctttctttgagagctgaaaatcctctcttcaagtttagtggtttt
cctcagggatcaggagacaaagactatgctaacagccaagaagttgtatcctcgacaagt
accaagcttccatatgttgagaagataccaccttatactagttggatatttttggacaga
aatcaaagaatggctgaagaccagtcagtggttgggcgaagacggatttactatgatcag
catggtagcgaagcattgatctgtagtgacagtgaagaagatattccagaacctgaggaa
gagaagcatgaattttctgagagcgaagatcgtattttatggatggcctttaaagagcat
gggcttagtgaggaagtacttgaccttgtgagccagtacattggaggcagcaattctgaa
attcaggatcggtgcaacatactcagggagaagtatcaggacaaacatgacaaaagctta
aaaggttctggggaaagttggtctgaaaggagcatattactggacaagagccttggtgca
gctttagattcttttgataatcttttttgtcgccgttgcttggtatttgactgccgactg
catggctgttcacaaagtccaataaaccctactgaaaaacagttgaacagttccgagttt
gaagaggatgggaaaccttgcagtgaccagtgttaccttcggttaagagttgtcaaagac
ttgccagagggttccgttattagttccttacaaaggatagaaacaacagtgtcagaagag
aaggacagtattccagcgtcctccaatgttgaagagcctagtggcaatgacaatacggac
attttacctgatgaaagatgcattgctgcaaaaacactagctgttacttcagaaactgtt
tttagttcagaagtcgctgctggaggtttaaactctgatgcatctgtcatggaaatgggt
cactatgaaagtctggggaagcgcaaggtctcaaaatgcacaaatacagtgctaggggac
tcaaccttggtttctgatgatatccaaggctcttctagtaagaaacagaagaaactatct
gccttggatgtagttattgtgactagtgaaggtcaaccagttttggataacatttccaat
gacaaaaataagtacctggagattggcatacccaataaaaaagaacttcaaatgaccacc
aactgtgccttaaatgaatctgctgaacatatgccaaataaagttatttgtcctagtcat
gtttcctctgatgagactgaggacaatactggagatgaagtagatgctgtcaaggaaaca
cctggattgaagcagtcatccaagtcctcaggagttgaagggatcttaagcagctgtgaa
tggaaaccttttgaaaaagaactatacttgaagggaatagagatatatgggaggaacagt
tgcctcatagccaggaacctactttctggcctgaagacttgcattgaagtatccagttat
atgtatgatgatggatctgcaatgcttcatagatctgctgttgtacctagttcatttttg
gaggacaatgggagaggcgatgcagattatacggagcaagagatgccaacaagatcacga
ctattccgtagaaggggcagaacacggaagctaaagtattcttggaagtcagctggccat
ccatcaatttggaaaagaattgcagacgggaaaaaccagtcttgtaagcagtacacacca
tgcggatgcctgtctatgtgtgggaaggaatgcccctgtcaaagtaatggaacttgctgt
gaaaaatattgtgggtgctccaaaagctgcaaaaatcggttcaggggatgccactgtgca
aagagtcaatgcagaagtaggcaatgcccttgctttgctgctggtcgtgaatgtgaccct
gatgtttgtcggaattgctgggttagttgtggagatggttcactaggtgagcctcccaaa
cgaggagatggtcaatgtgggaacatgaggctccttttaaggcaacagcagaggatccta
ttggcaaagtctgatgttgctggatggggagcctttctaaagaactctgtcaacaaaaat
gattatcttggagaatatactggtgaattgatctcccaccgagaagcagataagcgtggg
aagatttatgatcgtgcaaactcatcctttctttttgacttgaacgatcagtatgtactt
gatgcttaccgcaagggagataagctgaagtttgcaaaccactcatcaaaccccaactgc
tatgcaaaggtaatgctggtggccggagatcatcgagttggcatctttgctaaggagcat
atagaagctggtgaggagctcttctatgattatcgttatggacctgatcaagctcctgca
tgggctcgaaaacctgaggcttccaaaagagatgattcagcagtatctcaaggtcgagca
aagaaacaccagtcccattga

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Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   RefGene (28)   
   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 (5)   
   Pfam (5)   
All databases (52)   

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