WERAM Information

Tag Content
WERAM ID WERAM-Ova-0118
Ensembl Protein ID ENSOARP00000011693.1
Gene Name TDRD6
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSOARG00000010906.1 ENSOART00000011861.1 ENSOARP00000011693.1
ENSOARG00000010906.1 ENSOART00000011863.1 ENSOARP00000011695.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader Tudor 2.30e-06 27.9 358 1401
Organism Ovis aries
Domain Profile
  Me_Reader Tudor
             Tudor.txt   8 VvakwssdGyfYsgki 23 
                           + +kw+++Gy +++++
  ENSOARP00000011693.1 358 CCVKWKENGY-FRAMV 372
                           889***6666.56777 PP
             Tudor.txt   4 vGlrVvakwssdGyfYsgkiVvk 26 
                           +G  ++ak++ dG + +g i+ k
  ENSOARP00000011693.1 849 PGTLCLAKYT-DGNWCRGVIIEK 870
                           7999******.*********855 PP
             Tudor.txt    4 vGlrVvakwssdGyfYsgkiVvkghrvesgeeyysikyedqrkwyils 51  
                             G+ + a + +d+++Y++ +     + +  + + s+++ d++++ ++ 
  ENSOARP00000011693.1 1167 RGDVICAVFPEDNLWYRAVV-----KEPQPNDLLSVQFIDYGNVSVVH 1209
                            69999***************.....778999999*******9998754 PP
             Tudor.txt    4 vGlrVvakwssdGyfYsgki 23  
                            +G+ +++++ +dG +Y++ +
  ENSOARP00000011693.1 1382 IGDPCIVRYREDGHYYRALV 1401
                            7999*************988 PP
Protein Sequence
(Fasta)		MQELGLARQV PDGVFRSLLK RCLSAATPTL GPRAPVVPRV PPKQEQPGLD YFYPQLQLGV 60
TEPVVVTQVC HPHRIHCQLR SLSQEIHRLS ESMAQVYRGS PGTGDERSTS APWEEREESP 120
DKPGSPCASC GLDGLWYRAL LLETFRPQRC AQVLHVDYGR KELVSCSSLR YLLPEYFRMP 180
VVTYPCALYG LWDGGRGWSR SQVGDLKALI LGQAVNAKIE FYCSFEHVYY VTLYGEDGIN 240
LNCVFGVQSC CLADRFLQSQ GREEEEEEEE PETAFQCQSS AEEMDEEISL PTLPSIRLKM 300
NTFYDAQVEF VKNPSEFWIR LRKHNGTFSK LMKKMCSFYA SASKLDGVIL KPEADDLCCV 360
KWKENGYFRA MVTRLDDQNV DVFLVDRGNS ENVDRYDVRM LLPQFRRLPV LALQCTLADI 420
WPLEENWSQE AISFFKKTVL HKELVIHVLD KQDNQYIIEI LDESRTGEEN ISKVMAQAGF 480
AKYHEFETKD SLSVSVHSPG HVSNHFTTDS NRISSAKKEV EQKAVRDGKT TAVPEVVTDT 540
AVMTNVSAGL VQDNEKRMSV YSPLVQNFLG IESGSSCKGE LQVGTTVEVR VSYVENPGHF 600
WCQLTRNTQR FKALMGSIQD YCNNAAPPHQ GTTPACLAKR TADGKWSRAL ITGAQSSEYV 660
NIIFVDYGDK EMISVKNIYS ITEEFLKAKV QAFRCSLYNL IQPMGQNPFL WDEKAIQAFI 720
EFIDNARENN LELKCTIFAL ASIHDELFNV VDLLTPFRSV CHFLVQKRLA RPVKLQKPLE 780
FSVQLHSYFY STYDMKIGSE ESVYITHVDD PWTFYCQLGR NASILEQLSH HITQLSQVLL 840
HLRTSHLVPG TLCLAKYTDG NWCRGVIIEK EPNKVFFVDF GNIHVVTSDD LCPVPSDAHN 900
VLLLPMQAIK CSLSDVPDHI PEEVTAWFRE TVLDKSLKAL VVAKDPDGRL IIELYNDSIQ 960
INATINEKLG LRGYKGGTRR RKSKALLSTT ETLEVKKEDV KLSPTEYLSK SENKPESMAL 1020
LGETYKPKIS SACRELKFLQ SSTKTSLVTP HQDSVGNKNN QVSPSTTDKK SESSAEPSLK 1080
ATKLEASLSE RKLRDSCDRG LPLKISELPK KAIMPGFKTT VYVSHVNDLS DFYVQLTEDE 1140
AEIDHLSERL NDTRTRPEYY AGPPLQRGDV ICAVFPEDNL WYRAVVKEPQ PNDLLSVQFI 1200
DYGNVSVVHA NKIGKLDRVN ALLPGLCIPC SLKGFGVPGL LNHKEVTHYF SRRTDEAPIR 1260
CEFVQFQDKW EVTLADEHGI IAEDIVSRYA FSEKSQLEFS TQIVQGACST SVSKTDVDTS 1320
MFLNWYNPKM KMIRAYATVI DGPEYFWCQF ADTKKLQHLE VEVQTAGEQA TDQRSRIHCP 1380
RIGDPCIVRY REDGHYYRAL VTSICEDYLV SIRLVDFGNI EDSVDPKALW NIPSELLAVP 1440
MQAFPCCLSG FNISQGACPR EGCDYFYEIV TEDVLEITIL DIKRDVCDIP LAIVDLKSKG 1500
ESISEKMKKY SKIGMTGSDL RYEKNDAEIK GALVFPSPDV GLKKSISKLG QERILHVESQ 1560
TAELLERLNK DLNILETQPG KFYDPKTDNI FEAFENPGKD KVGTELLEEK IKGLFGDKAK 1620
FDDKSPMSGF NTFLPHATEA KEVLELNSLE VPLSPDDESK EFLELESIEL QHSLVGDEEK 1680
EDLGLVPPTM TLPQGCDPEV TLPPLPGQLP LNCEDEKQPE LELPAAQLCL EDRINPLSLT 1740
VSQKAQESLC TEDVRGSSCA ESSDEERRLR LRRQTFDAKM QIEMSIYKEE FTECTNRDAM 1800
SSLTTLFSEE EYRDARKHNY TLPDHIPAQP ENAYTLKGFT VGSKCVVWSS LRNTWSKCEI 1860
LEIAEEGTKV LDLSNGIEEV VNPENVWNGI PKLDKSPSEK RGLEMMEI 1908
Nucleotide Sequence
(Fasta)		GGCCGGGGCG GGCTCGCTGG CTCCCGGGCG CAGCGAGTTC TTCCACCTGC CGTCGGAGGT 60
GCTGGGCTGC GTGCTGGCCG GCCTGGTGCC GGTGGGCGGC GGCGGCGCGG GCGGGGGCGA 120
GCCCCAGCAC TGGGCGGCCA GCGCTGTGGA CTTCCTTAGG CACCTGCAGG GCAAGGAAGT 180
GCACGGGCGC GTCCTGGACG TGCTGCTGCT CCACCGGCTG GTCCTCCTGG AGGTGCCCGA 240
GCTGTCCCAG CAGATGCAGG AGCTCGGCCT GGCTCGGCAG GTGCCTGACG GCGTCTTCCG 300
CTCCCTGCTA AAGCGCTGCC TCTCGGCCGC AACGCCTACC CTGGGCCCCA GGGCCCCGGT 360
GGTCCCGCGA GTTCCCCCTA AGCAGGAGCA GCCTGGCCTG GATTACTTCT ACCCTCAGCT 420
GCAGCTGGGC GTGACGGAGC CCGTGGTGGT TACCCAGGTG TGCCATCCCC ACCGCATTCA 480
CTGCCAGCTC CGCAGCCTCT CGCAGGAGAT CCACCGCCTC TCCGAAAGCA TGGCTCAGGT 540
ATACCGGGGC TCCCCGGGGA CTGGGGACGA GCGCTCTACC AGTGCCCCCT GGGAGGAGAG 600
AGAGGAGAGC CCAGACAAGC CTGGCTCTCC TTGCGCATCC TGCGGGTTGG ATGGACTTTG 660
GTACAGGGCG CTCTTGCTTG AGACTTTCCG GCCCCAGCGC TGTGCCCAGG TGCTTCACGT 720
CGACTATGGA AGGAAGGAGT TAGTGAGTTG TAGTAGCCTC CGCTACTTGC TGCCTGAATA 780
TTTTCGGATG CCTGTGGTGA CCTACCCTTG CGCACTGTAC GGACTCTGGG ATGGTGGGAG 840
AGGTTGGTCT CGGTCACAGG TCGGTGACCT GAAGGCACTG ATTCTGGGCC AGGCAGTGAA 900
CGCAAAGATT GAATTTTATT GTTCCTTCGA GCATGTGTAT TACGTCACCT TATATGGCGA 960
AGATGGGATT AATCTTAACT GTGTGTTCGG AGTACAGTCC TGTTGCTTGG CTGACCGGTT 1020
CCTTCAGAGC CAGGGCAGAG AAGAGGAGGA AGAGGAGGAA GAACCGGAAA CAGCTTTTCA 1080
GTGTCAATCT TCTGCGGAAG AAATGGATGA AGAGATTTCA CTCCCCACCT TACCATCTAT 1140
CAGGTTAAAG ATGAACACCT TCTATGACGC CCAGGTGGAG TTTGTGAAAA ATCCTTCTGA 1200
GTTTTGGATT AGGTTGAGGA AACACAATGG CACCTTCAGC AAACTGATGA AGAAAATGTG 1260
CAGTTTCTAT GCCTCCGCCA GTAAGCTGGA TGGGGTCATC TTGAAACCCG AAGCCGATGA 1320
TCTTTGCTGT GTCAAATGGA AAGAAAATGG CTACTTCCGG GCTATGGTCA CCCGATTAGA 1380
CGACCAGAAT GTGGATGTGT TCTTAGTTGA CCGGGGCAAT TCAGAAAACG TGGACCGGTA 1440
TGACGTGAGG ATGCTGCTCC CTCAGTTTAG GCGGCTACCA GTATTGGCCC TGCAGTGCAC 1500
CCTGGCCGAT ATTTGGCCTT TGGAAGAAAA CTGGAGCCAA GAGGCAATTT CCTTTTTTAA 1560
AAAGACTGTG CTCCACAAAG AGTTAGTTAT CCATGTCCTT GATAAGCAGG ATAATCAGTA 1620
TATTATTGAG ATTCTTGATG AATCAAGAAC GGGAGAGGAA AACATTAGTA AGGTGATGGC 1680
TCAAGCTGGA TTTGCCAAGT ACCACGAATT TGAAACAAAG GACAGTCTTT CCGTAAGTGT 1740
CCACTCTCCA GGGCATGTTT CAAACCATTT TACCACAGAC AGTAACAGAA TATCTTCTGC 1800
CAAGAAGGAA GTAGAACAAA AAGCCGTGAG AGATGGTAAA ACTACAGCTG TTCCAGAAGT 1860
AGTGACTGAC ACAGCAGTTA TGACAAACGT TTCAGCTGGA CTTGTGCAGG ACAATGAGAA 1920
AAGAATGTCT GTTTACTCTC CTCTGGTACA GAATTTCTTG GGAATTGAGT CAGGCTCTTC 1980
TTGTAAAGGA GAGCTACAAG TTGGAACTAC AGTCGAAGTC AGAGTATCTT ACGTTGAAAA 2040
TCCCGGCCAT TTTTGGTGTC AGCTGACCAG GAACACCCAA AGATTTAAAG CGCTCATGGG 2100
TAGTATTCAG GACTATTGCA ACAACGCAGC TCCTCCCCAC CAGGGAACTA CTCCTGCTTG 2160
TTTGGCAAAA CGAACAGCAG ATGGAAAATG GTCCAGAGCT CTAATTACTG GGGCACAATC 2220
TTCAGAGTAT GTCAACATCA TATTTGTAGA TTATGGGGAC AAAGAAATGA TATCTGTGAA 2280
GAATATTTAT TCAATTACTG AAGAGTTTCT GAAGGCTAAG GTTCAGGCTT TTAGGTGCAG 2340
CCTTTATAAT TTAATTCAGC CAATGGGACA AAATCCTTTT CTTTGGGATG AAAAAGCAAT 2400
CCAAGCTTTT ATTGAATTTA TAGATAATGC ACGGGAAAAC AATCTTGAAT TAAAGTGCAC 2460
AATATTTGCT CTGGCTTCCA TTCATGATGA ACTGTTTAAT GTGGTGGATC TGCTAACACC 2520
TTTCCGGAGT GTATGCCATT TTTTGGTACA AAAGAGACTT GCAAGACCAG TAAAACTTCA 2580
GAAACCTCTG GAGTTCTCCG TTCAGCTCCA TTCTTACTTC TATTCTACCT ATGACATGAA 2640
AATCGGAAGT GAAGAATCAG TGTACATAAC ACATGTTGAT GACCCTTGGA CATTTTATTG 2700
CCAGCTGGGA AGAAATGCAA GTATTTTAGA ACAGCTGTCC CATCATATTA CACAATTAAG 2760
TCAAGTTTTG CTGCATTTAA GAACATCTCA CTTAGTCCCC GGCACATTGT GCCTTGCCAA 2820
GTATACTGAT GGAAACTGGT GTAGGGGGGT AATCATAGAA AAAGAACCAA ATAAAGTATT 2880
CTTTGTTGAT TTTGGGAACA TTCATGTGGT AACAAGTGAT GATCTGTGCC CAGTGCCTAG 2940
TGATGCGCAC AATGTCTTAC TTTTGCCCAT GCAAGCCATT AAATGTTCAT TATCTGATGT 3000
TCCCGATCAT ATACCAGAAG AAGTTACAGC GTGGTTTCGG GAGACTGTTT TAGATAAGTC 3060
ATTGAAGGCT CTGGTCGTAG CGAAAGATCC AGATGGAAGA CTGATTATTG AACTATACAA 3120
TGATAGCATT CAAATTAATG CTACTATTAA CGAGAAGTTA GGGCTCCGGG GTTACAAAGG 3180
TGGGACAAGG AGAAGAAAAA GCAAAGCACT CCTCTCTACA ACTGAAACTC TTGAAGTGAA 3240
AAAGGAAGAT GTGAAGTTGT CACCTACAGA GTATTTAAGT AAATCAGAGA ACAAACCAGA 3300
GAGTATGGCA CTCTTAGGAG AAACATACAA ACCTAAGATC AGCTCAGCAT GTAGGGAACT 3360
CAAATTTTTA CAGAGTTCAA CAAAGACAAG CTTAGTCACT CCGCACCAGG ACTCCGTGGG 3420
AAATAAAAAT AATCAAGTGT CTCCATCAAC AACAGACAAG AAATCAGAAA GTTCGGCGGA 3480
GCCCTCCTTG AAAGCCACAA AACTAGAAGC CTCTCTTTCA GAGAGAAAGC TAAGAGATTC 3540
ATGTGACAGA GGTTTGCCTC TAAAGATTTC TGAGCTCCCT AAAAAGGCCA TAATGCCTGG 3600
ATTTAAAACA ACTGTGTATG TTTCTCATGT AAATGACCTT TCAGACTTTT ACGTTCAGCT 3660
AACAGAAGAT GAGGCTGAAA TTGATCATCT TTCAGAGAGG TTAAATGATA CTAGAACAAG 3720
GCCTGAATAT TATGCAGGCC CACCTTTGCA AAGAGGAGAT GTAATATGTG CTGTTTTCCC 3780
AGAAGACAAT TTATGGTATC GTGCTGTGGT CAAGGAACCA CAACCCAATG ACCTTCTCTC 3840
TGTGCAGTTT ATAGATTATG GCAATGTCTC TGTGGTTCAC GCAAACAAAA TAGGCAAACT 3900
TGACCGTGTT AACGCGCTGT TACCAGGACT GTGCATTCCC TGTTCCTTAA AGGGATTTGG 3960
GGTTCCTGGG CTTTTAAACC ATAAGGAAGT GACGCATTAC TTTTCCCGAA GGACAGATGA 4020
GGCTCCGATA AGATGCGAAT TTGTTCAGTT TCAAGACAAA TGGGAAGTTA CTCTTGCTGA 4080
TGAACATGGG ATCATAGCCG AAGATATAGT GAGCAGATAT GCATTCAGTG AAAAATCTCA 4140
ACTAGAATTT TCTACCCAGA TAGTTCAAGG GGCCTGTTCC ACATCGGTCA GCAAAACAGA 4200
CGTAGACACT TCTATGTTTC TTAACTGGTA TAATCCAAAG ATGAAGATGA TTAGAGCTTA 4260
TGCCACGGTG ATCGATGGAC CTGAATATTT TTGGTGTCAG TTTGCGGATA CCAAGAAACT 4320
TCAGCATTTA GAAGTGGAAG TTCAGACTGC GGGAGAGCAG GCGACAGATC AGAGAAGTCG 4380
TATCCACTGC CCTCGTATTG GAGATCCTTG CATAGTGAGA TACAGAGAAG ATGGGCATTA 4440
TTATAGGGCC CTTGTCACCA GCATTTGTGA AGATTATCTT GTGTCCATCA GGCTTGTGGA 4500
CTTTGGAAAC ATTGAAGACT CCGTGGACCC AAAAGCACTC TGGAACATCC CTTCTGAGCT 4560
TTTGGCTGTG CCCATGCAAG CCTTTCCATG TTGCCTCTCA GGATTTAATA TTTCACAGGG 4620
CGCATGCCCT CGTGAGGGAT GTGACTACTT TTATGAAATA GTCACAGAAG ATGTGTTGGA 4680
GATAACAATA TTAGACATCA AAAGGGACGT TTGTGATATC CCTTTAGCCA TCGTTGACTT 4740
GAAAAGCAAA GGTGAAAGCA TTAGTGAGAA AATGAAGAAA TATTCTAAGA TTGGTATGAC 4800
TGGCAGTGAT CTGAGATATG AAAAAAATGA TGCAGAAATA AAGGGAGCTC TCGTGTTCCC 4860
CAGTCCCGAT GTTGGACTTA AGAAATCAAT CAGTAAACTT GGACAAGAGA GAATACTCCA 4920
TGTTGAATCC CAGACAGCTG AGCTCTTGGA AAGACTCAAC AAAGACTTAA ACATCCTTGA 4980
AACGCAACCA GGTAAATTCT ATGACCCCAA AACTGATAAC ATTTTTGAAG CTTTTGAAAA 5040
CCCAGGCAAA GATAAGGTTG GCACTGAGTT GCTGGAAGAA AAAATCAAGG GCCTATTTGG 5100
TGACAAAGCA AAGTTTGATG ATAAGTCCCC AATGTCAGGA TTTAACACAT TCTTACCACA 5160
TGCCACCGAA GCAAAGGAGG TCCTGGAACT AAATTCTCTC GAGGTACCAC TTTCTCCTGA 5220
CGACGAGTCC AAAGAGTTCC TGGAGCTGGA ATCCATCGAG TTGCAGCATT CCCTGGTCGG 5280
GGATGAGGAG AAAGAAGATC TGGGCCTGGT GCCTCCAACC ATGACTCTTC CCCAAGGCTG 5340
TGACCCAGAG GTCACCCTGC CACCATTGCC AGGGCAGCTG CCCCTCAACT GTGAAGATGA 5400
GAAACAGCCT GAGCTAGAAT TGCCTGCAGC CCAGCTGTGT CTGGAGGACA GAATAAACCC 5460
TTTGTCTTTA ACAGTTAGTC AGAAAGCCCA GGAATCCCTG TGCACTGAAG ACGTGAGAGG 5520
ATCCAGTTGT GCGGAAAGCT CTGATGAGGA GCGTAGGCTG CGCCTGCGCA GACAGACTTT 5580
CGATGCCAAG ATGCAGATTG AAATGAGTAT CTATAAAGAA GAATTTACAG AGTGTACAAA 5640
CAGAGATGCC ATGTCATCAC TGACCACTCT GTTTTCTGAA GAAGAATACA GAGATGCAAG 5700
GAAACACAAT TACACCTTAC CAGATCATAT CCCAGCTCAA CCAGAGAACG CGTACACTCT 5760
GAAAGGATTT ACTGTTGGAT CCAAATGTGT TGTGTGGTCA AGTCTCAGAA ACACGTGGTC 5820
TAAGTGTGAG ATTTTGGAAA TAGCTGAAGA GGGCACAAAG GTTTTAGACC TTTCAAATGG 5880
CATAGAGGAG GTAGTAAACC CTGAGAATGT CTGGAATGGT ATACCCAAAT TGGATAAGAG 5940
TCCATCTGAG AAAAGAGGCC TGGAGATGAT GGAGATTTAA 5981
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Bot-0097 ENSBTAP00000013158.5 Bos taurus 94 0.0 3580
WERAM-Tut-0094 ENSTTRP00000008001.1 Tursiops truncatus 80 0.0 3065
WERAM-Caf-0025 ENSCAFP00000002995.4 Canis familiaris 78 0.0 3010
WERAM-Mup-0140 ENSMPUP00000012350.1 Mustela putorius furo 78 0.0 3000
WERAM-Aim-0025 ENSAMEP00000001764.1 Ailuropoda melanoleuca 77 0.0 2956
WERAM-Sus-0144 ENSSSCP00000020457.1 Sus scrofa 77 0.0 2953
WERAM-Ptv-0003 ENSPVAP00000000553.1 Pteropus vampyrus 79 0.0 2946
WERAM-Mim-0157 ENSMICP00000016165.1 Microcebus murinus 76 0.0 2932
WERAM-Pat-0151 ENSPTRP00000031165.5 Pan troglodytes 76 0.0 2912
WERAM-Ict-0198 ENSSTOP00000021129.1 Ictidomys tridecemlineatus 76 0.0 2911
WERAM-Hos-0210 ENSP00000346065.5 Homo sapiens 76 0.0 2910
WERAM-Paa-0034 ENSPANP00000012883.1 Papio anubis 76 0.0 2909
WERAM-Gog-0143 ENSGGOP00000012656.2 Gorilla gorilla 75 0.0 2901
WERAM-Chs-0152 ENSCSAP00000008755.1 Chlorocebus sabaeus 76 0.0 2901
WERAM-Otg-0006 ENSOGAP00000000359.2 Otolemur garnettii 76 0.0 2900
WERAM-Dan-0177 ENSDNOP00000019390.1 Dasypus novemcinctus 76 0.0 2888
WERAM-Soa-0053 ENSSARP00000005256.1 Sorex araneus 75 0.0 2862
WERAM-Mam-0176 ENSMMUP00000033555.1 Macaca mulatta 75 0.0 2857
WERAM-Orc-0008 ENSOCUP00000000659.3 Oryctolagus cuniculus 74 0.0 2854
WERAM-Caj-0123 ENSCJAP00000022088.2 Callithrix jacchus 74 0.0 2843
WERAM-Nol-0045 ENSNLEP00000005457.1 Nomascus leucogenys 75 0.0 2843
WERAM-Chh-0002 ENSCHOP00000000148.1 Choloepus hoffmanni 75 0.0 2802
WERAM-Loa-0187 ENSLAFP00000021068.1 Loxodonta africana 74 0.0 2773
WERAM-Tas-0073 ENSTSYP00000007299.1 Tarsius syrichta 72 0.0 2725
WERAM-Ran-0159 ENSRNOP00000032495.6 Rattus norvegicus 69 0.0 2646
WERAM-Fec-0162 ENSFCAP00000025374.1 Felis catus 76 0.0 2625
WERAM-Mum-0167 ENSMUSP00000035338.5 Mus musculus 68 0.0 2577
WERAM-Ect-0110 ENSETEP00000012375.1 Echinops telfairi 64 0.0 2353
WERAM-Cap-0170 ENSCPOP00000014156.2 Cavia porcellus 61 0.0 2248
WERAM-Prc-0129 ENSPCAP00000011598.1 Procavia capensis 66 0.0 1913
WERAM-Ocp-0104 ENSOPRP00000010022.1 Ochotona princeps 68 0.0 1828
WERAM-Mod-0177 ENSMODP00000023567.3 Monodelphis domestica 64 0.0 1676
WERAM-Sah-0186 ENSSHAP00000019915.1 Sarcophilus harrisii 65 0.0 1666
WERAM-Mae-0129 ENSMEUP00000013064.1 Macropus eugenii 65 0.0 1548
WERAM-Ora-0079 ENSOANP00000013152.2 Ornithorhynchus anatinus 46 0.0 1354
WERAM-Dio-0021 ENSDORP00000002394.1 Dipodomys ordii 64 0.0 1279
WERAM-Lac-0100 ENSLACP00000012308.1 Latimeria chalumnae 41 0.0 1123
WERAM-Anc-0138 ENSACAP00000012917.2 Anolis carolinensis 42 0.0 1080
WERAM-Tag-0162 ENSTGUP00000013625.1 Taeniopygia guttata 41 0.0 1078
WERAM-Fia-0021 ENSFALP00000001583.1 Ficedula albicollis 40 0.0 1047
WERAM-Xet-0107 ENSXETP00000035486.3 Xenopus tropicalis 39 0.0 1017
WERAM-Pes-0162 ENSPSIP00000019456.1 Pelodiscus sinensis 42 0.0 1009
WERAM-Leo-0171 ENSLOCP00000020362.1 Lepisosteus oculatus 34 0.0 798
WERAM-Ere-0094 ENSEEUP00000009564.1 Erinaceus europaeus 88 0.0 785
WERAM-Meg-0144 ENSMGAP00000015104.2 Meleagris gallopavo 37 0.0 763
WERAM-Dar-0158 ENSDARP00000093281.2 Danio rerio 33 0.0 759
WERAM-Asm-0100 ENSAMXP00000010298.1 Astyanax mexicanus 33 0.0 748
WERAM-Gaga-0169 ENSGALP00000043110.1 Gallus gallus 41 0.0 704
WERAM-Pof-0155 ENSPFOP00000012473.1 Poecilia formosa 30 0.0 672
WERAM-Orn-0018 ENSONIP00000001540.1 Oreochromis niloticus 31 0.0 670
WERAM-Xim-0126 ENSXMAP00000010763.1 Xiphophorus maculatus 31 0.0 666
WERAM-Gaa-0043 ENSGACP00000006364.1 Gasterosteus aculeatus 30 0.0 664
WERAM-Gam-0055 ENSGMOP00000005436.1 Gadus morhua 34 3e-143 508
WERAM-Anp-0101 ENSAPLP00000011974.1 Anas platyrhynchos 29 3e-140 498
WERAM-Myl-0088 ENSMLUP00000007207.2 Myotis lucifugus 29 6e-134 477
WERAM-Eqc-0049 ENSECAP00000006523.1 Equus caballus 32 7e-126 450
WERAM-Pem-0084 ENSPMAP00000008992.1 Petromyzon marinus 28 2e-124 445
WERAM-Ten-0004 ENSTNIP00000002325.1 Tetraodon nigroviridis 25 1e-84 313
WERAM-Tar-0104 ENSTRUP00000021128.1 Takifugu rubripes 26 7e-74 277
WERAM-Tub-0128 ENSTBEP00000014176.1 Tupaia belangeri 30 3e-59 229
WERAM-Vip-0113 ENSVPAP00000010564.1 Vicugna pacos 30 3e-57 222
WERAM-Poa-0027 ENSPPYP00000003116.2 Pongo abelii 22 2e-28 126
WERAM-Orla-0048 ENSORLP00000006085.1 Oryzias latipes 25 1e-18 94.4
WERAM-Drm-0011 FBpp0071508 Drosophila melanogaster 26 6e-17 88.6
WERAM-Cis-0068 ENSCSAVP00000015026.1 Ciona savignyi 33 2e-08 60.8
WERAM-Cii-0002 ENSCINP00000027118.2 Ciona intestinalis 32 7e-08 58.5
WERAM-Pot-0134 POPTR_0012s11300.1 Populus trichocarpa 35 1e-07 57.8
WERAM-Glm-0051 GLYMA05G33320.1 Glycine max 33 2e-07 57.0
WERAM-Sob-0070 Sb04g021280.1 Sorghum bicolor 32 3e-07 56.2
WERAM-Met-0075 AES72981 Medicago truncatula 34 5e-07 55.5
WERAM-Ast-0017 CADATEAP00005940 Aspergillus terreus 29 7e-07 55.1
WERAM-Sei-0061 Si016199m Setaria italica 32 7e-07 55.1
WERAM-Chr-0038 EDP00303 Chlamydomonas reinhardtii 32 1e-05 51.2
Created Date 25-Jun-2016