WERAM Information

Tag Content
WERAM ID WERAM-Viv-0056
Ensembl Protein ID VIT_08s0040g00420.t01
Gene Name VIT_08s0040g00420
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
VIT_08s0040g00420 VIT_08s0040g00420.t01 VIT_08s0040g00420.t01
Status Unreviewed
Classification
Type Family E-value Score Start End
HAT HAT_other 0.21 32
Organism Vitis vinifera
Domain Profile
  HAT HAT_other
Query: 130 SVKGLWEAFWSQDEPMPFSVACLYNASLKFYQAEKAIANGKLGDLCATGIMMNSRHSRGR 189
           SV+  W+    + E     +   +   L+FYQ  + IA    GD   +G+M+ ++  R  
Sbjct: 236 SVEEFWDTLTYRQECSSGKLVGFFTLQLQFYQTREFIAKDNFGD---SGVMIPAKLYRVT 292
Query: 190 WDHILE 195
           +D +L+
Sbjct: 293 YDTLLK 298
Protein Sequence
(Fasta)		MFSSCCGKTQ TAREGGSPDQ ESVGSGTKRS GASSGARPQN RKEFLHKFVD SKILTRKLED 60
WFESISEKSA CKNPVFDVPF ELIELQKFDY ALEGVPFQQL IRMPNAVYAS TSDAVEATAY 120
LAIEDFLHAS VKGLWEAFWS QDEPMPFSVA CLYNASLKFY QAEKAIANGK LGDLCATGIM 180
MNSRHSRGRW DHILELALLR PNLGRVLVES DQQPSPSVLG EALFFAVRML LSRSLSRLNG 240
VQNSNCVFVL LIDSQYGGVV KIEGDISKLE CDVDDIYESA AEWIKKHSRI SVSPIDRIWN 300
KLGNANWGDI GALQVLFATF HCIMQFAGIP KHSIEDLAAD HGSRLQTRRV ERQLGDTSVN 360
GGGLFRFQQR SVSPEIVEVQ EEAVKIESEE LMKLEVGSIL WLEDSNWQKG YQIDEVLSDG 420
ELPYYIASPV EDPGKALFLY VGSRPSQLEP AWEDMNLWYQ VQRQTKILTI MKQKGLSSRY 480
LPQLSASGRI IHPGQCRRPS SGGNCEHPWC GTSILVTSPV GETVANMVSG GRFGFDEAIR 540
CCHDCLSALS TAASAGIRHG DIRPENVIRV SSGVRHPYFV IIGWGHAILE ERDRPAMNLH 600
FSSTYALQEG KLCSASDAES LVYLLYFSCG GLVPDLDSVE GALHWRETSW SRRLIQQKLG 660
DVSTVLKAFA DYVDSLCGTP YPMDYDIWLR RLRRNIHEED HGKEIDTSG 709
Nucleotide Sequence
(Fasta)		ATGTTCTCAA GTTGTTGTGG AAAAACTCAA ACTGCTAGGG AAGGTGGATC ACCAGACCAG 60
GAATCAGTAG GTTCTGGGAC TAAAAGGTCT GGTGCGTCAT CAGGTGCTAG GCCACAGAAC 120
CGCAAGGAAT TTCTCCATAA GTTTGTAGAT AGTAAAATCC TCACCAGAAA GCTTGAAGAT 180
TGGTTTGAAT CAATTTCAGA AAAATCAGCA TGTAAAAACC CTGTCTTTGA TGTGCCTTTT 240
GAGTTGATTG AACTGCAGAA GTTTGATTAT GCATTGGAGG GTGTCCCATT TCAGCAGCTG 300
ATTCGAATGC CCAATGCTGT TTATGCCTCA ACATCCGATG CAGTGGAAGC AACTGCATAT 360
CTAGCTATTG AAGATTTTCT TCATGCAAGT GTGAAGGGCT TGTGGGAGGC ATTTTGGAGT 420
CAAGATGAGC CCATGCCTTT TTCTGTTGCA TGTTTATACA ATGCTAGCCT GAAATTCTAC 480
CAGGCCGAGA AAGCAATTGC TAATGGGAAA CTTGGAGATC TTTGTGCAAC TGGTATAATG 540
ATGAACTCCA GACATTCACG TGGGAGGTGG GATCATATTC TTGAGCTAGC TCTGTTGAGG 600
CCCAATCTTG GAAGGGTATT AGTGGAGAGT GATCAGCAGC CTTCTCCATC TGTTCTTGGT 660
GAAGCCCTTT TCTTTGCTGT CCGTATGCTA TTATCCAGAA GCCTAAGCAG ATTGAATGGT 720
GTCCAGAATT CAAACTGTGT CTTTGTTCTT CTTATTGATT CTCAATATGG AGGGGTTGTA 780
AAAATTGAAG GAGATATAAG TAAATTGGAG TGTGATGTAG ATGATATTTA TGAATCTGCT 840
GCCGAATGGA TTAAAAAACA TTCACGAATT TCAGTCTCTC CAATTGATAG AATCTGGAAC 900
AAGCTTGGAA ATGCTAATTG GGGAGATATT GGTGCTCTAC AGGTACTCTT TGCAACCTTC 960
CATTGTATCA TGCAATTCGC CGGAATTCCC AAGCACTCAA TTGAAGATTT AGCTGCTGAC 1020
CATGGTTCTC GTCTCCAAAC AAGAAGAGTA GAGAGGCAAT TGGGAGATAC CAGTGTGAAT 1080
GGGGGTGGTT TATTCCGGTT CCAGCAGCGC AGTGTTTCCC CTGAAATTGT TGAGGTTCAA 1140
GAGGAAGCAG TCAAAATTGA GTCTGAAGAG TTGATGAAGC TTGAAGTAGG ATCGATTTTA 1200
TGGTTGGAGG ATTCTAACTG GCAAAAGGGT TATCAGATAG ATGAAGTTCT GAGTGATGGC 1260
GAACTTCCTT ATTACATTGC ATCTCCTGTT GAAGATCCAG GAAAAGCTCT GTTTCTATAT 1320
GTTGGTTCTC GTCCTTCTCA GCTGGAACCA GCATGGGAAG ATATGAACTT ATGGTATCAA 1380
GTTCAGAGGC AGACTAAAAT ATTGACTATT ATGAAGCAGA AAGGTCTATC TAGCAGGTAT 1440
TTGCCTCAAT TGAGTGCATC TGGTAGGATA ATTCATCCAG GTCAGTGTCG AAGGCCAAGC 1500
TCAGGTGGAA ACTGTGAACA CCCTTGGTGC GGCACCTCAA TTCTAGTGAC TAGCCCAGTT 1560
GGTGAAACAG TTGCTAATAT GGTAAGTGGG GGCCGGTTTG GTTTTGATGA GGCAATCAGA 1620
TGCTGCCATG ATTGTTTATC TGCACTTTCA ACTGCTGCTT CAGCTGGAAT TCGGCATGGA 1680
GACATCAGGC CGGAGAATGT CATTCGTGTA AGCTCTGGTG TGAGGCACCC TTATTTTGTC 1740
ATTATTGGCT GGGGGCATGC CATTCTAGAA GAGAGGGATC GGCCAGCAAT GAATCTTCAT 1800
TTCTCATCAA CTTATGCTCT TCAGGAGGGC AAGTTGTGCT CCGCTTCAGA TGCAGAGAGC 1860
CTGGTTTATC TACTTTATTT TTCTTGTGGT GGGCTTGTTC CTGACTTGGA TTCAGTTGAG 1920
GGGGCATTGC ATTGGAGAGA GACATCTTGG TCAAGAAGAT TAATTCAACA GAAGCTTGGA 1980
GATGTCTCAA CTGTGTTGAA AGCATTTGCT GATTATGTTG ATAGTCTATG TGGGACACCA 2040
TATCCTATGG ACTATGATAT ATGGCTAAGA AGGTTGAGGA GAAATATTCA TGAAGAAGAT 2100
CATGGAAAGG AAATTGACAC ATCAGGATAG AAGAACTTCC CCAGCCACCA TGGCAGAACT 2160
GGATTCTCTA GATCATCTTG ATTGTTATCA CCTCTCAGAG ATTGGGGCAA TTTGAATATT 2220
TGGGAAGTTG ATGAAACCTG AAGCCAATTG CATAACTTAT TGGATGGTAT TCCTTGGGGC 2280
ATAGCAGCAG GTGAAATTTC CCAAGAATGG ATTGAAACAC CCATGGAGCA GCTGGATGCT 2340
GATTGTTCGT CTTGAAAAGT TGTGAATTCT TGGTCTCCAT GCAGATGCAC AATTTCAGGT 2400
TTCTAAAACA ATTTCCAATT AGGGTTTGGC CCTAAAACAG GTTCTTTGAA TCATTTCACC 2460
TACATTTGGA TGCAGTCCCC TCAGCCTCTA GAAGTTCATA ACTTTCTGCA CTTGTGAGTT 2520
TTTTGAGTAT GTGTTGTATT ATTTTTGTTA TTACTCCCTT GTAAAGATAT GAGCCGTCCA 2580
GATTGTTTCA ATACTTGTGA AGATGTTTGG TTTGAGGGTA AGGGATTCCT GGGAACCACA 2640
AAATGCCCTT CGCATCATCT TTTCATGTAA AGGGGTGTTA GGTTTTGTGG TCTCTGGGGA 2700
TTTTTGAACC TGCAAATTTT TTTTTTTTTG GGATCATATA TAAGCTGTCT ATTTTCTTTT 2760
CA 2763
Sequence Source Ensembl
Orthology
Created Date 25-Jun-2016