WERAM Information

Tag Content
WERAM ID WERAM-Viv-0120
Ensembl Protein ID VIT_19s0014g01500.t01
Gene Name VIT_19s0014g01500
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
VIT_19s0014g01500 VIT_19s0014g01500.t01 VIT_19s0014g01500.t01
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 3.80e-11 43.6 1004 1085
Organism Vitis vinifera
Domain Profile
  Me_Reader PHD
                PHD.txt    2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51  
                             ++C +C   d ge  +++Cd+C+  fH+ C++ +  +lpeg +wyCp+C+
  VIT_19s0014g01500.t01 1004 DSCGLC--GDGGE--LICCDNCPSTFHQACLSAK--ELPEG-NWYCPNCT 1046
                             579999..33332..9******************..*****.*******6 PP
                PHD.txt    3 iClvCg...kddegeke....mvqCdeCddwfHlkCvklp.l 36  
                             +C++Cg   k  ++e      +++C++C++ +H+ C+k +  
  VIT_19s0014g01500.t01 1046 TCRICGdlvK--DREASssflALKCSQCEHKYHMPCLKEKcV 1085
                             5****64442..332225579****************98832 PP
Protein Sequence
(Fasta)		MLLSKEIEDL HDDDFEGSND ECRIFREVFF RNNTDSASKR FLVTGFINFE CEDNKQTDTS 60
LCSNSENSAV TSQSSKDLYM GDSCNVPEDS RGTSGPVSFS ERFTLVEGND HDVNVKRMKL 120
SDDELCNLKP DFEKFFDSSA PLKEIVSGMS PPASESVYKK VRCHLVESSD QGVKYRCYLL 180
KRHLQMERAC SFSDRDAMKC RLSSLDGSDR KEVVVSKAIA SPVSQESFAT KLLVASPPVA 240
VADKSGPPLF SEDRPKKSVF LELDALYASP SVESLKDPRP LLHDHINHVL IAAGWSIEKR 300
KRNSRPHEES VYRSPEGRPI REFPKAWRLC GENLFADRYS LVQENDAKEW TDISQFWSNL 360
SNVLTYIDKK INEAETAITL AHRWSLLDPF ITVVFIDKKI GALRKGNAVT AKRSIVVEKK 420
QKNNAVLVMK DVGCIKNQFA RRDLPAAISD SSLASGSALT VFEGTYHMAD EKGEQFGDGR 480
PLKFDTVDAM ANQGGGMLEK KRSSLDPSSL QACVSDGMCI QSGKGLYDVP ITSENVDVMR 540
SETVSPHQDS NMNSPSCDKQ ILDHNMELSV DIVKAASNDM WDEKDEWLEG LVTDKVGSHL 600
LQSLEDVPNC TIKNGLAQGD DPDKTYAQLD FSLCGDAPIS HKIVIPGVLH PSGHIRNEGG 660
RAVQASELKT DGTYLSADAI LKKKMRRKSK KISEIKLSTL YRNEILGLPL PSRAELQNIH 720
EHDPELESEE MEESLMAIAR NNGGCKRSSS LSSSQCQSER KRSKFKKFHH SVDSSGGLVQ 780
VVHDGDFSEE FNIENNTNNE SLHVNIGSKP ETKYGNGQRN SSSCQIEDDD LLIAAIIQNR 840
NASSSTKRPS SKMKVKKSKA PNKLKKRKGN CKLLPRSVGK GGRQATDGKW TSSGVRTVLS 900
WLIDAGVISS NDVIQYRNLK DNAVVKDGYV TRDGIVCKCC TELFSVCNFK IHAGFKLNRP 960
CRNLFMESGK SFTLCQLQAW STEYKVRKGG IKNVQIDEID QNDDSCGLCG DGGELICCDN 1020
CPSTFHQACL SAKELPEGNW YCPNCTCRIC GDLVKDREAS SSFLALKCSQ CEHKYHMPCL 1080
KEKCVKEVGG DARFCGENCQ EIYSGLQGLL GFVNHIADGF TWTLLRCIHD DQKVHSSQKL 1140
ALKAECNSKL AVALTIMEEC FLSMVDPRTG IDMIPHVLYN RGSDFARLNF NGFYTVVLEK 1200
DDALVSVASI RVHGVTVAEM PLIATYEKFR SKGMCRLLMN AIEKMLKSVK VEKIVVAAIP 1260
SLVETWTLGF GFKPVEDDEK ASLKKINLMV FPGTILLKKS LYENQETDKQ AGTDCALPLE 1320
AAKLTKLDAS IKEELVIESA QLSNANCCVE GGAEMEIGCP DSQNLQVGES YEELASTIVD 1380
SQLELAPNVE SESVYDVRQL SPMEQSQKAD MLDEQQ 1416
Nucleotide Sequence
(Fasta)		AAAATGATGG TGGTTACATA TGAGACAAAG GATTGAAGTT AGTGCAGATT AAGTTTGACT 60
GTGATCAGTA GGTAAAGATG TTATTGAGCA AAGAAATTGA GGATTTGCAT GATGATGATT 120
TTGAAGGGTC AAATGATGAG TGCCGTATTT TTAGAGAGGT TTTCTTTAGA AATAACACCG 180
ATAGTGCAAG TAAGAGGTTT CTCGTCACTG GATTTATTAA CTTTGAATGT GAGGATAATA 240
AGCAGACAGA TACATCGCTC TGTTCAAATA GCGAAAACTC AGCAGTAACA AGTCAGTCAT 300
CTAAAGATTT GTACATGGGC GATTCTTGTA ATGTACCTGA AGATTCTAGA GGAACTTCTG 360
GTCCGGTGTC TTTTTCTGAG AGATTTACTT TGGTGGAAGG GAATGACCAT GATGTAAATG 420
TTAAGCGAAT GAAGTTGTCA GATGATGAAC TTTGTAACTT GAAACCTGAT TTTGAGAAGT 480
TTTTTGATTC ATCAGCACCC TTGAAAGAAA TTGTTTCTGG TATGTCCCCT CCTGCTTCTG 540
AATCTGTTTA TAAAAAGGTA AGATGCCATT TAGTTGAATC TTCGGATCAG GGTGTTAAAT 600
ACCGTTGCTA TCTGCTTAAG CGTCATCTGC AAATGGAGAG AGCATGTAGT TTCAGTGACC 660
GGGATGCTAT GAAGTGTAGA TTATCCAGCT TAGATGGAAG TGATCGGAAG GAAGTTGTTG 720
TAAGTAAAGC TATTGCTTCT CCTGTTTCTC AGGAGAGCTT TGCAACCAAG CTTTTGGTTG 780
CAAGTCCACC CGTCGCTGTT GCTGATAAGT CTGGGCCTCC ACTCTTTTCC GAGGACAGAC 840
CAAAGAAATC CGTCTTTCTA GAATTGGATG CGCTTTATGC ATCTCCAAGT GTAGAATCTC 900
TGAAGGATCC TCGTCCTCTT CTTCATGATC ATATCAATCA TGTGCTTATT GCAGCGGGTT 960
GGTCTATTGA GAAGCGTAAA AGGAACAGTA GGCCTCATGA AGAGTCAGTT TATAGATCGC 1020
CAGAGGGGAG GCCGATTCGT GAATTTCCTA AGGCTTGGAG ATTATGTGGT GAGAATTTAT 1080
TTGCTGATAG ATACAGTTTG GTACAGGAAA ATGATGCTAA GGAATGGACT GATATCAGTC 1140
AATTCTGGTC TAATCTATCT AACGTATTGA CATATATAGA TAAAAAGATT AATGAAGCAG 1200
AAACTGCTAT TACATTGGCT CATCGATGGA GTTTGTTAGA TCCCTTCATA ACTGTTGTGT 1260
TTATTGACAA GAAGATTGGT GCACTGAGAA AGGGAAACGC AGTTACAGCG AAAAGAAGTA 1320
TAGTGGTTGA AAAGAAACAG AAAAATAATG CTGTTTTGGT CATGAAAGAT GTGGGTTGCA 1380
TAAAAAATCA GTTTGCACGG AGAGATCTTC CAGCTGCGAT TTCTGATTCT TCTTTGGCCA 1440
GTGGAAGTGC ATTGACTGTT TTTGAAGGGA CTTATCATAT GGCTGATGAA AAAGGTGAGC 1500
AATTTGGTGA TGGAAGGCCC TTGAAATTTG ATACTGTGGA TGCAATGGCA AATCAGGGTG 1560
GGGGAATGCT AGAGAAAAAA AGAAGCAGTT TGGATCCGAG TTCTTTGCAA GCTTGTGTGT 1620
CAGATGGCAT GTGTATCCAG TCTGGTAAGG GCCTTTATGA TGTTCCCATT ACTTCTGAAA 1680
ATGTTGATGT TATGCGGTCT GAAACTGTCT CCCCTCATCA AGATAGTAAC ATGAATTCTC 1740
CAAGCTGTGA TAAACAGATT TTAGATCATA ATATGGAATT GTCTGTGGAC ATTGTTAAAG 1800
CTGCATCAAA TGATATGTGG GACGAAAAAG ATGAATGGCT GGAAGGCCTA GTCACTGATA 1860
AGGTGGGGAG CCATCTGCTG CAGTCACTGG AGGACGTTCC AAACTGCACC ATAAAGAATG 1920
GTCTGGCTCA AGGTGATGAC CCAGATAAAA CTTATGCTCA GTTGGATTTC TCACTCTGTG 1980
GTGATGCGCC AATTTCACAT AAAATTGTAA TTCCAGGGGT TTTACATCCT TCTGGACATA 2040
TAAGGAATGA GGGTGGACGA GCTGTTCAAG CTTCAGAATT GAAGACGGAT GGTACTTATC 2100
TGTCAGCAGA TGCGATCTTG AAAAAAAAGA TGCGCAGGAA GTCTAAAAAG ATATCCGAAA 2160
TCAAACTGAG CACATTATAC AGAAATGAAA TTTTAGGTCT GCCCTTGCCT AGTAGAGCTG 2220
AACTGCAGAA TATCCACGAA CATGACCCCG AGTTAGAGTC AGAAGAAATG GAGGAGTCCT 2280
TGATGGCCAT TGCCAGAAAC AATGGTGGTT GCAAAAGGTC CTCATCTCTC AGCTCTTCCC 2340
AGTGTCAAAG TGAAAGAAAA CGGTCTAAGT TCAAAAAGTT CCACCACAGT GTTGATAGTT 2400
CGGGAGGATT GGTTCAAGTG GTTCATGATG GTGATTTTTC AGAGGAGTTC AACATTGAGA 2460
ATAATACTAA TAATGAATCT CTGCATGTAA ATATTGGTTC TAAGCCTGAA ACCAAATATG 2520
GAAATGGACA AAGGAATTCA AGCAGTTGCC AGATTGAAGA TGATGATCTT TTGATTGCAG 2580
CTATTATACA AAACAGAAAT GCCAGCTCCA GCACAAAGCG TCCAAGCTCA AAAATGAAGG 2640
TAAAAAAATC AAAAGCGCCG AATAAGCTCA AGAAAAGAAA GGGGAATTGC AAGTTGCTGC 2700
CAAGAAGCGT GGGCAAGGGT GGAAGGCAGG CCACAGATGG AAAGTGGACA TCCTCAGGAG 2760
TAAGAACGGT GTTGTCCTGG TTAATAGATG CTGGTGTTAT ATCTTCCAAT GATGTTATCC 2820
AGTACCGTAA TCTCAAGGAT AATGCTGTGG TGAAGGATGG TTATGTAACC CGTGACGGGA 2880
TTGTTTGCAA ATGTTGCACA GAGCTGTTTT CAGTTTGTAA CTTCAAAATT CATGCTGGTT 2940
TCAAGTTGAA TCGGCCCTGT CGCAACCTAT TCATGGAGTC TGGCAAGTCA TTCACTTTGT 3000
GCCAGCTTCA GGCCTGGTCT ACTGAATATA AAGTTAGGAA AGGTGGCATA AAAAATGTAC 3060
AAATTGATGA AATTGACCAA AATGACGATT CGTGTGGATT ATGCGGGGAT GGGGGTGAAT 3120
TGATATGCTG TGATAACTGC CCATCTACTT TTCATCAGGC TTGCTTGTCT GCAAAGGAGC 3180
TCCCTGAAGG CAATTGGTAT TGCCCAAACT GCACTTGCCG GATTTGTGGA GATTTGGTCA 3240
AGGACAGAGA GGCATCAAGT TCTTTTCTTG CATTAAAATG TTCCCAGTGC GAGCACAAAT 3300
ATCATATGCC ATGCTTGAAA GAAAAGTGTG TAAAAGAAGT GGGTGGTGAT GCTCGGTTTT 3360
GTGGTGAGAA TTGCCAAGAG ATCTACTCAG GTCTTCAGGG TCTCCTTGGG TTTGTCAACC 3420
ATATTGCTGA TGGCTTCACT TGGACACTCT TGAGATGCAT CCATGATGAC CAGAAGGTTC 3480
ATTCTTCCCA AAAGCTTGCT CTGAAGGCCG AATGTAACTC AAAATTAGCT GTTGCTCTGA 3540
CTATAATGGA GGAGTGCTTT TTGTCCATGG TGGATCCACG AACAGGGATA GACATGATAC 3600
CCCATGTGTT ATACAACCGG GGGTCAGATT TTGCACGTCT GAACTTTAAT GGGTTTTACA 3660
CAGTGGTTTT GGAGAAAGAT GATGCGCTGG TATCTGTAGC ATCTATCAGG GTACATGGAG 3720
TGACAGTTGC AGAGATGCCC CTGATTGCAA CTTACGAAAA ATTTCGTAGC AAGGGGATGT 3780
GTCGACTACT TATGAATGCC ATTGAAAAGA TGCTAAAATC TGTCAAGGTC GAAAAGATTG 3840
TGGTTGCTGC TATTCCAAGT TTGGTGGAGA CGTGGACTCT GGGTTTTGGC TTCAAACCCG 3900
TGGAGGATGA TGAAAAAGCA AGTCTGAAGA AAATCAACTT GATGGTGTTT CCTGGAACAA 3960
TACTGCTGAA AAAGTCTTTG TATGAGAACC AAGAAACAGA TAAACAAGCA GGAACAGATT 4020
GTGCGTTACC CTTAGAAGCG GCAAAACTGA CTAAGTTGGA TGCTAGTATC AAAGAAGAGT 4080
TAGTCATCGA GTCTGCACAA CTATCTAATG CGAACTGTTG TGTTGAAGGA GGTGCTGAAA 4140
TGGAGATTGG ATGCCCCGAC TCCCAGAATC TGCAAGTAGG TGAGTCTTAT GAAGAACTGG 4200
CTTCAACAAT AGTGGACAGC CAACTTGAAC TGGCTCCCAA TGTTGAATCT GAAAGTGTGT 4260
ATGATGTGAG ACAACTTTCT CCGATGGAAC AGTCGCAGAA AGCCGATATG TTGGATGAGC 4320
AGCAGTAATA AAATCATAGA TGTTAGAAAA GCTTGACTTC TTGGATTTTG CATCCCGGTA 4380
AACGGGCCGT TTTTTTCCTT AAATTTTCTT TTCATTTTTC CCCCTTATGA ACCAAAAATA 4440
AGGAGTTGAT ATTTTGGACA AGGAAACAAA GACAGAAAGA GCCAAAGCAA TAAAGAATAA 4500
AGCCAATCAA GAACAATAGG TTTTCCCCAG AAACATTTTA AAGGGAATTG ACCTTGGACA 4560
GGGGGGAGTA GGCAAATCAG AAACATAGAA TGGGTTATAA CCCTAATGTT GCCTTTTTTT 4620
TCTTGATGAT TCCTTCCATC TTGGGATACA GATGATGAGG GAGTGGATCA AGACAAAACC 4680
CTCAATAAAA C 4692
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Prp-0010 EMJ14932 Prunus persica 71 0.0 740
WERAM-Thc-0086 EOY13226 Theobroma cacao 69 0.0 716
WERAM-Glm-0170 GLYMA13G34641.1 Glycine max 63 0.0 661
WERAM-Met-0046 KEH38626 Medicago truncatula 64 0.0 648
WERAM-Amt-0045 ERN15883 Amborella trichopoda 61 0.0 636
WERAM-Sol-0097 Solyc07g062600.2.1 Solanum lycopersicum 62 2e-179 627
WERAM-Art-0071 AT3G14980.1 Arabidopsis thaliana 61 1e-170 598
WERAM-Arl-0059 fgenesh2_kg.3__ 1623__ AT3G14980.1 Arabidopsis lyrata 62 4e-167 587
WERAM-Bro-0100 Bo5g127560.1 Brassica oleracea 59 3e-164 577
WERAM-Brr-0136 Bra027290.1-P Brassica rapa 59 1e-162 572
WERAM-Mua-0094 GSMUA_Achr6P25440_001 Musa acuminata 55 3e-159 560
WERAM-Orbr-0058 OB04G37750.1 Oryza brachyantha 54 2e-152 538
WERAM-Brd-0130 BRADI5G27517.1 Brachypodium distachyon 54 2e-151 534
WERAM-Tru-0009 TRIUR3_05331-P1 Triticum urartu 53 5e-150 530
WERAM-Aet-0007 EMT20462 Aegilops tauschii 54 7e-150 529
WERAM-Sob-0096 Sb07g000645.1 Sorghum bicolor 52 2e-145 514
WERAM-Orr-0048 ORUFI04G32440.1 Oryza rufipogon 53 2e-145 514
WERAM-Tra-0043 Traes_2AL_F68D162A8.2 Triticum aestivum 53 3e-145 514
WERAM-Orni-0045 ONIVA04G29920.1 Oryza nivara 53 5e-145 513
WERAM-Orgl-0047 OGLUM04G30610.1 Oryza glumaepatula 53 6e-145 513
WERAM-Orb-0048 OBART04G30730.1 Oryza barthii 53 1e-144 512
WERAM-Hov-0086 MLOC_65889.1 Hordeum vulgare 53 3e-144 511
WERAM-Sei-0077 Si020995m Setaria italica 54 7e-143 506
WERAM-Zem-0025 GRMZM2G038050_P01 Zea mays 54 5e-141 500
WERAM-Sot-0038 PGSC0003DMT400032367 Solanum tuberosum 67 4e-140 497
WERAM-Orl-0058 KN539151.1_FGP008 Oryza longistaminata 51 4e-134 477
WERAM-Ors-0046 OS04T0691700-01 Oryza sativa 55 6e-109 393
WERAM-Org-0048 ORGLA04G0270900.1 Oryza glaberrima 55 2e-107 389
WERAM-Orm-0068 OMERI07G03260.1 Oryza meridionalis 43 3e-106 384
WERAM-Ori-0082 BGIOSGA025231-PA Oryza indica 43 2e-105 382
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 46 4e-105 381
WERAM-Orp-0069 OPUNC07G04530.3 Oryza punctata 43 1e-104 379
WERAM-Php-0118 PP1S59_348V6.1 Physcomitrella patens 40 2e-103 375
WERAM-Lep-0071 LPERR07G04130.1 Leersia perrieri 43 2e-103 375
WERAM-Pot-0115 POPTR_0010s09810.1 Populus trichocarpa 44 2e-83 309
WERAM-Pof-0104 ENSPFOP00000009594.2 Poecilia formosa 32 1e-12 73.6
WERAM-Xim-0007 ENSXMAP00000001083.1 Xiphophorus maculatus 32 1e-12 73.6
WERAM-Orla-0061 ENSORLP00000007931.1 Oryzias latipes 32 3e-12 72.4
WERAM-Cym-0028 CMR472CT Cyanidioschyzon merolae 39 7e-12 71.2
WERAM-Gaa-0200 ENSGACP00000024737.1 Gasterosteus aculeatus 31 1e-11 70.9
WERAM-Dar-0151 ENSDARP00000014790.7 Danio rerio 49 1e-11 70.9
WERAM-Asm-0214 ENSAMXP00000020556.1 Astyanax mexicanus 49 1e-11 70.9
WERAM-Tar-0001 ENSTRUP00000000282.1 Takifugu rubripes 32 1e-11 70.5
WERAM-Ocp-0036 ENSOPRP00000003260.1 Ochotona princeps 51 1e-11 70.5
WERAM-Mod-0169 ENSMODP00000022561.3 Monodelphis domestica 51 1e-11 70.5
WERAM-Sah-0167 ENSSHAP00000017758.1 Sarcophilus harrisii 51 1e-11 70.5
WERAM-Poa-0040 ENSPPYP00000004777.1 Pongo abelii 51 1e-11 70.5
WERAM-Ova-0075 ENSOARP00000007963.1 Ovis aries 51 1e-11 70.5
WERAM-Myl-0158 ENSMLUP00000013056.2 Myotis lucifugus 51 1e-11 70.5
Created Date 25-Jun-2016