WERAM Information

Tag Content
WERAM ID WERAM-Drm-0011
Ensembl Protein ID FBpp0071508
Gene Name tud
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
FBgn0003891 FBtr0071582 FBpp0071508
FBgn0003891 FBtr0342870 FBpp0309672
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader Tudor 3.20e-18 66.3 458 2435
Organism Drosophila melanogaster
Domain Profile
  Me_Reader Tudor
    Tudor.txt   4 vGlrVvakwssdGyfYsgkiVvkghrvesgeeyysikyedqrkw 47 
                   G  +va++s+dG  Y++++        +  + y + y d+++ 
  FBpp0071508 458 LGTACVARFSEDGHLYRAMV------CAVYAQRYRVVYVDYGNS 495
                  6999****************......444445566666666555 PP
    Tudor.txt  16 GyfYsgkiVvkghr 29 
                   ++Y+++i+++ ++
  FBpp0071508 654 QEWYRAEILRVDDS 667
                  58******877665 PP
    Tudor.txt    2 skvGlrVvakwssdGyfYsgki 23  
                   +kvG  Vv++  +d+++ ++++
  FBpp0071508 1063 LKVGSTVVVRQRKDNAILRATV 1084
                   79**********9999999999 PP
    Tudor.txt    3 kvGlrVvakwssdGyfYsgkiVvkghrvesgeeyysikyedqrkwy 48  
                    vG+ + ++ s dG +Y+++i      ++s+   + + y d+++ +
  FBpp0071508 1357 DVGQICAVRSS-DGNWYRARI----SGKDSNAACFEVFYIDYGNTE 1397
                   69999999999.*********....999999999988888888765 PP
    Tudor.txt    5 GlrVvakwssdGyfYsgkiV 24  
                   G ++v ++s d ++Y++ki+
  FBpp0071508 1666 GADCVSMYSVDKCWYRAKII 1685
                   899****************6 PP
    Tudor.txt    4 vGlrVvakwssdGyfYsgki............................................................................ 23  
                    Gl V a ++ d+++Y+++                                                                             
  FBpp0071508 1842 KGLIVAALFEDDELWYRAQLqkelpdsryevlfidygntsttskclmlseeiaslpslskkcslqlpdayiswspeaeakfaeltgegelvfttql 1937
                   6999****************7777777777777777777777777777777777777777777777777777777777777777777777777777 PP
    Tudor.txt   24 ...............................................................................Vvkghrvesgeeyysik 40  
                                                                                                  +++++++ + + +++++
  FBpp0071508 1938 lkpgqdhvtidllldgeniidrllplcqrkepkeaskeslavttkaiithventsriylqfsekdslmdiiceklngskLQPKTEKAAVDDMCVVQ 2033
                   777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777 PP
    Tudor.txt   41 yedqrkwy 48  
                   + d+ ++y
  FBpp0071508 2034 FADDLEFY 2041
                   77777777 PP
    Tudor.txt   29 rvesgeeyysikyedqrkwyilsLekg 55  
                   +++ +++ + i y + +k   ++++++
  FBpp0071508 2159 QKRNENSECIISYGNSPKSFYVQMKHN 2185
                   67778999**********988888775 PP
    Tudor.txt    2 skvGlrVvakwssdGyfYsgkiVvkghrvesgeeyysikyedqrkwyi 49  
                   +k+G  +va + +d+ fY+++i     r+   +  + + + d +++ +
  FBpp0071508 2393 LKEGALCVAQFPEDEVFYRAQI-----RKVLDDGKCEVHFIDFGNNAV 2435
                   789*******************.....888999999999999988765 PP
Protein Sequence
(Fasta)		MNGQARIALP SKVDLYITHV DHVGPYLKVY GHVNRDAASL ISERIRNLLP TCFAIEPSWS 60
VERQQALLIP GTFCIFKNIN GPAPGDVEYR RIRVVSADLE GQSMRAEIDF VDFGYKRTVD 120
SHDLMFPKQP KLLQNIPLHC FQYIVLGICS EWDQTDLAEV RRLVVNQIVK ITVEPTQICD 180
QKFASLRWKD FELNEFLVQQ KQIGVSVDKQ LMMDHCKKLW KDNPQSPVTE YNNNSIHNSK 240
TPMEIAREQL AVRQSLAARL DAQRSVQVTP SRPLNADAPD YTPKHLPLVN VTNVQVQMPG 300
LNNTQKPVFV STNPYNRANY QPAVPAAQPY VPKANPRSQY TYYNVRMNKP INAMPPPAGP 360
HVPIQHFNQQ ANNVSLSYVP ARFTPPPTPS IAQHQIPIPA FRTTSLTVGL TYDVVISYVE 420
NGPYLFWVHL KSSDHDLSTM MGQIERTKLK ALAQAPELGT ACVARFSEDG HLYRAMVCAV 480
YAQRYRVVYV DYGNSELLSA SDLFQIPPEL LEIKPFAFRF ALAGTKEIEP IDDSMKRIFK 540
KSAIYRNFEL TVQAPESVGS MQTCHLNQNG TNMLELLRQL KNSRQSYKKA EQLENDDAVE 600
IRFIDSPSNF YVQKVANIGK FEQLMDEMFS YYNANQRVPD QLILGAPCIV KCDQEWYRAE 660
ILRVDDSVIV RHVDFGYEQN VKRHLIGHIA EKHLEMPRQA IKCCLKGFEN SELSEDKITD 720
QFEMLAEESN IRRRTFSVRI FRIEPDGLNV VNLLAKNLNV MKKLYKLSMP FEQYLSLEKG 780
QFNANNTRAE SVISSELNKS HILNSTSIGE TENRLQEQEK EQQQKKVDVR QQQLAVEIPQ 840
AVKSVSGSKN STDWDKRSST SAGSKDSKRQ QQQQIQRIDR HLDFSCETQS TGSYSSGMSS 900
PRKGNRQQNG RTPIQSPRHN EKQEAKKNAR FSNSESPRRS RDGQQGNQRS QNAPQGYAQK 960
PQRQKSTLDG NISSKRSSGV GSDIASSSSE SVAAAKPEKY VSLDKPYALQ EMKTPSKEAA 1020
SLSWWLSPFQ FYIVPKSVSA KYDNIMRDMR EFYRQKQHQP LQLKVGSTVV VRQRKDNAIL 1080
RATVTACNHM MRKYRVFCVD TGSLITVTSE DIWQLEQRFA DPPCMAHRCS FHSVVTNYDP 1140
LYIVDRMETF VPVNAKVDCE FVSKEKSNQG SNTSSTCSYT VNIFVNGASL RDMLVKAEFL 1200
TEVAPEIRVN LLAGQQIRGK FTSIRDMTSF KVQFDYGNNV NFLCTYDDAK FVKSNPNLAR 1260
RFKEFYEGKS FALNVKNVCE NNIVHLRPVM PLFMEDRRSF ICPYPVVLSS FQALVVYTAK 1320
PYRVYVQPQA IVPSMQTLLD NMYEHYKAKG DSLKKFDVGQ ICAVRSSDGN WYRARISGKD 1380
SNAACFEVFY IDYGNTEEIK RDDIKALDAK FYEHASGFAV EINLPIGRPS NDTKLKARIS 1440
EILEEKVVTI KSIEVRRSHL IADVILENNQ SVIDLLKAEK LVPGKDLDYM RKQMEKGKSR 1500
TYEYIETVDL TLDEEEDKGR KETVSKSGSA NASPKKKQHN DKDREPKKSK PAEPARTVAP 1560
QPVALKTPSP VPAEPAPVPK PATPVPEVVE VPEINPTVRE AAAESKQAPA QEDPYKDLDC 1620
VVLSHCDNPA QFYVHPIDQL SKLNQLHENL QIVSPSLPQL MNVVNGADCV SMYSVDKCWY 1680
RAKIIDAELM VLLFIDYGNT DCVSDATDIK ESMWSHIEPF CLPCALPIRP KGTADWVDAA 1740
NGIFNESYSK VPRLEYLTQG DHYTTSYVNM YIDGEDVAKK LIADGFARPL EYLASGCSCY 1800
ISHVNGICDF FIQLERDSKA LELIELYLRK KDTLKPLEGF EKGLIVAALF EDDELWYRAQ 1860
LQKELPDSRY EVLFIDYGNT STTSKCLMLS EEIASLPSLS KKCSLQLPDA YISWSPEAEA 1920
KFAELTGEGE LVFTTQLLKP GQDHVTIDLL LDGENIIDRL LPLCQRKEPK EASKESLAVT 1980
TKAIITHVEN TSRIYLQFSE KDSLMDIICE KLNGSKLQPK TEKAAVDDMC VVQFADDLEF 2040
YRSRILEVLE DDQYKVILID YGNTTVVDKL YELPQEFTLI KPVAEICSME PSAIFEKNKA 2100
LTLTTFDALL DSCKGVVAVE FVNKSASPPV VRLTTKDKRS LKIYEHLQKL VQAELKLIQK 2160
RNENSECIIS YGNSPKSFYV QMKHNSADLD LIVKTLQSLK KEKLKKLIDP TTNSNGVCYS 2220
QEDACYYRCS IKSVLDPSQG FEVFLLDYGN TLVVPEVWQL PQEIEPIPSL ALHCQLSKIP 2280
MDVSDEKLEE AFAALLEQHF GELYEITTQP NEDETKPLIA ELRINYKDFV QELVSTVTGV 2340
QKPLEAELHN CVVVQFDGPM SFYVQMESDV PALEQMTDKL LDAEQDLPAF SDLKEGALCV 2400
AQFPEDEVFY RAQIRKVLDD GKCEVHFIDF GNNAVTQQFR QLPEELAKPA RYSRHCELDA 2460
STISKCDAAL LQSFIDTRFS ETFQVEILAT KGTGTHVVRL FYQSKNISEK LQECQ 2515
Nucleotide Sequence
(Fasta)		AGTCGTCGTT TCGTTGTCTT GTGGAAAAGT TTGGTTGGCA GTGATACTTT TTGATTTAAT 60
TCTTTTCGCG CTAATTAATT GCTTTTCTTG ATCTAACACC ACCCATACGA ATCACCGTTA 120
GCACGGGTGG CACTTGCTAA GCAGGCCCCC GAGAAATTTA AAAGACTGAA AGCCCCCAAA 180
TAGAAATAAA ATCGCTGCAC CTTGACAGAC GTGTCTGTGT GCATCGCGAT TTCTAATCAC 240
TCGCAAGACT TTCTTCCACA AAAAGTGAGC AGAAAAGAGC CCACAAGAGC CCAGCCATTA 300
AGAAGTGTGC CACTATTTCG CCCCAAAAAC ACGCCGTCCA CTTAAATTCC GTAAGCCAGG 360
CAGCAAAATA GAATTAAATA ACAGGGGCAA GCGAGAAAGA GACAGAGCAC CTGGCGAAGG 420
GTAGGGCGTT TTTTTCAAAG TTTCGCTTTT AATCTGGACA ACGACGACGA CAAGACCGAA 480
TAACAACATA CAAATATGAA TGGACAGGCG CGCATTGCTC TTCCCTCCAA AGTGGACCTG 540
TACATCACTC ATGTGGATCA CGTGGGTCCG TATCTGAAGG TCTACGGCCA CGTTAACCGA 600
GACGCCGCCT CCCTGATCAG CGAACGAATC AGGAATCTGT TGCCCACATG CTTTGCCATT 660
GAGCCCAGTT GGTCCGTGGA GCGCCAACAG GCTCTCCTCA TACCCGGCAC GTTTTGCATA 720
TTCAAGAATA TCAATGGCCC GGCTCCTGGT GATGTGGAGT ACAGGCGGAT ACGTGTGGTC 780
AGTGCAGACC TGGAGGGTCA GTCGATGCGG GCGGAGATCG ATTTCGTGGA CTTTGGCTAT 840
AAGCGTACTG TAGATAGTCA TGATTTAATG TTCCCCAAGC AGCCCAAGCT GCTTCAGAAC 900
ATTCCCCTGC ACTGCTTCCA GTACATTGTG CTGGGAATCT GCTCCGAGTG GGATCAGACC 960
GATCTGGCTG AGGTTCGGCG GCTGGTTGTC AACCAGATCG TTAAAATCAC TGTGGAACCT 1020
ACACAAATCT GTGACCAAAA GTTTGCCAGT CTGCGCTGGA AGGATTTTGA GCTCAACGAG 1080
TTCTTAGTGC AACAAAAACA AATCGGAGTT TCGGTCGACA AGCAACTCAT GATGGACCAC 1140
TGCAAGAAGC TGTGGAAGGA TAATCCGCAG TCGCCGGTCA CCGAATACAA CAACAATAGT 1200
ATACACAACT CAAAGACGCC CATGGAGATT GCCCGTGAGC AACTAGCGGT GCGACAATCC 1260
TTAGCTGCTC GCTTGGATGC ACAGCGATCG GTCCAAGTGA CACCGTCAAG GCCGCTAAAC 1320
GCCGATGCCC CTGACTATAC GCCTAAACAT CTGCCGCTGG TCAATGTGAC AAATGTACAG 1380
GTACAAATGC CAGGCCTAAA CAATACTCAG AAACCGGTAT TTGTATCGAC AAATCCTTAT 1440
AATCGTGCCA ACTATCAGCC CGCTGTGCCG GCTGCTCAAC CATATGTGCC CAAGGCGAAC 1500
CCCCGATCGC AATACACCTA TTACAATGTT CGCATGAACA AACCGATTAA CGCCATGCCG 1560
CCGCCGGCCG GTCCACATGT GCCCATTCAG CACTTTAATC AACAGGCTAA CAACGTGTCA 1620
CTGAGCTATG TTCCTGCACG GTTCACTCCA CCTCCAACGC CATCGATTGC GCAACATCAA 1680
ATCCCCATTC CTGCCTTCAG AACCACCAGC TTAACGGTGG GCCTCACCTA CGACGTGGTT 1740
ATAAGCTATG TGGAGAACGG TCCGTACCTA TTTTGGGTGC ACCTGAAAAG CAGCGATCAT 1800
GATCTGAGCA CCATGATGGG TCAAATTGAA CGGACGAAGC TCAAGGCACT CGCGCAGGCT 1860
CCTGAGCTTG GAACTGCCTG TGTGGCCCGT TTCTCAGAAG ATGGTCATCT GTATCGCGCT 1920
ATGGTGTGCG CTGTTTACGC CCAACGTTAC CGCGTTGTTT ACGTGGACTA CGGAAACTCT 1980
GAGTTGTTGT CCGCAAGTGA TCTGTTTCAA ATACCCCCAG AACTGTTGGA AATTAAACCG 2040
TTTGCTTTCC GATTTGCTTT GGCCGGAACC AAGGAAATTG AGCCCATTGA CGACAGCATG 2100
AAGCGGATTT TCAAGAAATC AGCCATTTAT CGTAACTTTG AACTGACTGT CCAGGCGCCA 2160
GAGAGTGTGG GCTCCATGCA AACCTGCCAT CTCAACCAGA ATGGCACCAA TATGCTGGAG 2220
CTTCTTAGGC AGCTAAAGAA CTCACGTCAG TCCTACAAAA AGGCGGAGCA ACTTGAAAAC 2280
GACGACGCCG TGGAGATTCG TTTTATTGAT TCGCCCAGCA ACTTCTATGT GCAGAAAGTG 2340
GCCAACATAG GAAAGTTCGA GCAGCTCATG GACGAGATGT TCTCCTACTA CAATGCAAAC 2400
CAGAGAGTTC CCGATCAGTT GATCTTGGGC GCACCCTGCA TTGTTAAATG CGATCAGGAA 2460
TGGTACCGTG CAGAGATTCT GCGCGTTGAT GACTCTGTGA TTGTGCGGCA TGTAGATTTT 2520
GGTTATGAAC AGAATGTGAA GCGGCATTTG ATTGGCCATA TTGCTGAGAA GCATCTGGAA 2580
ATGCCTCGCC AGGCAATTAA GTGCTGCTTG AAAGGATTCG AGAACAGTGA ACTTAGCGAG 2640
GACAAGATTA CCGATCAGTT TGAAATGTTA GCTGAGGAAT CCAATATCCG AAGGCGCACA 2700
TTTAGTGTGC GTATCTTTCG CATTGAACCC GATGGTCTGA ACGTAGTAAA CCTGCTGGCC 2760
AAGAACCTGA ATGTGATGAA GAAGCTCTAC AAGCTTTCTA TGCCTTTTGA ACAATATCTG 2820
TCCCTGGAAA AGGGTCAGTT TAATGCAAAC AACACCCGTG CCGAGTCTGT GATCTCTTCT 2880
GAGTTGAATA AGAGCCATAT TTTGAACTCT ACAAGCATTG GCGAGACCGA AAATCGTTTG 2940
CAAGAACAGG AAAAAGAGCA GCAACAGAAA AAGGTCGATG TTAGGCAGCA GCAACTAGCA 3000
GTTGAAATTC CGCAAGCAGT AAAGTCCGTT AGCGGAAGCA AAAACTCGAC AGACTGGGAC 3060
AAACGTAGCT CCACCTCGGC AGGCTCAAAG GACAGTAAGC GTCAGCAGCA GCAACAAATA 3120
CAGCGAATCG ATCGCCATTT AGACTTCAGC TGTGAGACAC AGAGCACCGG TAGTTACAGC 3180
AGTGGCATGA GTTCGCCGCG CAAGGGTAAC CGACAACAGA ACGGTCGCAC ACCGATCCAA 3240
TCACCACGCC ATAATGAAAA GCAGGAAGCG AAAAAAAATG CGCGCTTTAG CAACAGCGAG 3300
TCACCCCGCA GGAGTCGAGA TGGCCAGCAG GGGAACCAAC GCTCCCAAAA TGCGCCACAG 3360
GGCTATGCTC AAAAGCCACA GCGTCAAAAA TCCACGTTAG ACGGAAATAT CAGCTCAAAG 3420
CGTTCCAGCG GAGTGGGGAG TGATATTGCC TCATCCAGCT CCGAATCGGT GGCTGCCGCC 3480
AAGCCGGAGA AATACGTTTC CTTGGATAAA CCGTATGCGC TGCAGGAGAT GAAAACACCT 3540
AGCAAGGAGG CAGCTAGTTT GTCTTGGTGG CTCTCGCCAT TCCAGTTCTA CATCGTGCCC 3600
AAGTCTGTCT CTGCAAAGTA CGATAATATA ATGCGTGATA TGCGAGAGTT CTACCGCCAG 3660
AAGCAACACC AGCCACTTCA ATTAAAGGTT GGATCCACCG TAGTTGTGCG CCAGCGAAAG 3720
GACAATGCCA TTCTGCGGGC TACTGTGACC GCATGCAATC ACATGATGCG CAAGTATCGC 3780
GTTTTTTGCG TGGACACAGG CAGCTTAATA ACGGTCACCT CGGAGGATAT TTGGCAATTG 3840
GAGCAGCGCT TTGCAGATCC GCCCTGTATG GCACATCGCT GCAGCTTTCA CAGCGTCGTT 3900
ACCAACTATG ATCCATTGTA CATTGTGGAT CGCATGGAAA CATTCGTTCC AGTTAATGCC 3960
AAAGTCGATT GCGAGTTCGT GTCCAAAGAG AAGAGCAACC AAGGCTCAAA TACCAGCAGC 4020
ACTTGCTCCT ACACAGTTAA TATTTTTGTA AACGGAGCAT CCCTACGAGA TATGCTCGTC 4080
AAAGCGGAAT TCCTTACCGA AGTGGCGCCT GAGATTCGCG TTAACCTTTT AGCTGGTCAG 4140
CAGATTAGAG GAAAATTCAC TTCTATTCGT GACATGACAA GCTTTAAGGT TCAGTTTGAT 4200
TATGGTAACA ATGTGAACTT CCTTTGCACC TATGACGATG CTAAATTTGT TAAGTCCAAT 4260
CCGAATTTGG CCAGGCGATT TAAGGAGTTT TACGAGGGTA AATCGTTTGC CTTGAATGTC 4320
AAGAATGTCT GCGAAAACAA TATCGTTCAT CTGAGACCTG TAATGCCGTT GTTCATGGAG 4380
GATCGCAGGT CATTCATCTG CCCCTATCCC GTGGTGCTGA GCTCATTCCA AGCACTCGTT 4440
GTGTACACCG CTAAACCTTA CCGCGTGTAT GTTCAACCGC AGGCCATAGT ACCATCTATG 4500
CAGACCCTAT TGGATAATAT GTATGAACAC TACAAGGCCA AGGGCGACTC TTTGAAAAAA 4560
TTTGATGTGG GACAGATCTG TGCTGTACGA AGCTCCGATG GCAATTGGTA CAGAGCCAGA 4620
ATCTCAGGAA AGGATTCGAA TGCAGCGTGC TTCGAGGTGT TTTACATCGA TTACGGCAAC 4680
ACGGAGGAAA TAAAGCGTGA CGATATCAAG GCATTGGATG CAAAGTTTTA TGAGCACGCA 4740
AGCGGCTTTG CAGTGGAGAT TAATTTGCCG ATTGGCCGAC CCAGCAACGA TACAAAGCTA 4800
AAGGCGCGTA TATCCGAGAT TCTTGAGGAG AAGGTTGTCA CTATCAAATC GATTGAGGTG 4860
CGGCGCAGTC ACCTAATTGC CGATGTCATT TTGGAAAACA ATCAGAGTGT GATAGACCTG 4920
CTAAAGGCTG AGAAGCTTGT ACCCGGCAAA GATTTGGATT ACATGCGCAA GCAAATGGAG 4980
AAAGGAAAGT CTCGCACTTA CGAGTACATT GAAACAGTAG ACCTAACTTT GGACGAAGAG 5040
GAGGATAAGG GTCGCAAGGA AACTGTCAGC AAGTCGGGTT CGGCAAATGC CTCCCCAAAG 5100
AAAAAACAAC ATAATGACAA GGATCGCGAG CCCAAAAAGA GTAAGCCAGC AGAGCCTGCT 5160
CGTACTGTTG CTCCACAACC TGTTGCATTG AAAACTCCTT CACCAGTTCC GGCGGAGCCA 5220
GCACCAGTGC CAAAACCAGC CACTCCAGTT CCAGAGGTTG TTGAAGTACC AGAAATTAAT 5280
CCAACTGTCA GAGAAGCTGC TGCCGAGTCA AAGCAAGCTC CTGCACAAGA GGATCCTTAC 5340
AAAGATTTGG ACTGCGTTGT ACTGAGCCAT TGCGACAATC CTGCACAGTT CTATGTCCAC 5400
CCGATCGATC AGCTATCGAA ACTAAATCAG CTGCATGAGA ACCTTCAGAT TGTGTCTCCC 5460
TCTTTGCCCC AGTTGATGAA CGTGGTAAAC GGTGCAGACT GTGTATCGAT GTATTCGGTG 5520
GACAAATGCT GGTATCGCGC CAAAATCATT GATGCCGAGC TAATGGTACT ACTTTTCATA 5580
GACTATGGCA ACACAGATTG CGTTTCGGAT GCCACTGACA TCAAAGAAAG CATGTGGTCG 5640
CATATCGAAC CCTTCTGCTT GCCATGCGCA CTCCCGATTC GACCCAAGGG TACTGCGGAT 5700
TGGGTGGATG CAGCGAATGG CATCTTTAAC GAATCGTACT CGAAGGTCCC GCGTCTGGAG 5760
TACCTTACCC AAGGAGATCA CTACACGACC AGCTATGTTA ACATGTATAT TGATGGCGAG 5820
GATGTGGCTA AGAAATTAAT TGCCGATGGT TTTGCTAGGC CGTTAGAGTA TTTGGCCAGC 5880
GGATGCAGTT GCTACATTTC GCACGTGAAT GGAATTTGTG ATTTCTTTAT TCAACTTGAA 5940
CGTGATTCAA AGGCGCTAGA ACTAATTGAG TTGTATTTGC GCAAGAAGGA CACATTAAAG 6000
CCCCTCGAAG GATTTGAAAA GGGTTTGATT GTGGCTGCTC TATTTGAGGA CGATGAGCTG 6060
TGGTACCGAG CCCAGTTGCA GAAGGAGTTG CCCGATTCCC GATACGAAGT ACTCTTTATC 6120
GACTACGGTA ACACCTCCAC CACATCGAAG TGTCTAATGC TGTCCGAAGA GATTGCTAGC 6180
CTACCCAGCT TATCCAAGAA ATGTTCGCTG CAGTTGCCAG ATGCCTACAT CTCATGGTCA 6240
CCAGAAGCGG AGGCCAAATT CGCCGAACTG ACAGGCGAGG GTGAGCTAGT GTTTACCACA 6300
CAGCTTCTGA AGCCAGGACA GGATCATGTC ACCATTGATC TTCTCCTGGA TGGAGAGAAC 6360
ATCATCGACC GCCTGTTACC GTTGTGCCAG CGAAAGGAAC CCAAGGAAGC CAGTAAGGAG 6420
TCCTTAGCTG TTACCACTAA AGCCATCATT ACGCACGTGG AGAATACATC CCGTATATAT 6480
CTACAGTTTA GCGAGAAGGA TTCATTAATG GATATTATAT GCGAGAAGCT AAATGGAAGC 6540
AAGCTGCAGC CTAAGACGGA AAAGGCTGCA GTAGATGATA TGTGCGTAGT TCAATTCGCC 6600
GACGACTTGG AGTTCTATCG CTCACGTATT CTGGAAGTGC TCGAAGATGA CCAATACAAA 6660
GTCATTTTGA TTGATTACGG CAATACGACT GTGGTTGATA AGCTTTATGA GTTACCTCAA 6720
GAGTTCACGC TCATTAAACC TGTGGCCGAA ATATGCAGCA TGGAACCCAG CGCCATATTT 6780
GAGAAAAATA AAGCTCTAAC CCTGACAACA TTTGACGCAC TGCTGGACAG CTGCAAGGGT 6840
GTTGTGGCGG TGGAATTTGT AAACAAGTCT GCCAGTCCTC CTGTGGTCAG ATTGACTACT 6900
AAAGATAAGA GGAGCCTGAA GATCTATGAA CACCTTCAGA AGTTGGTTCA AGCCGAGCTG 6960
AAACTAATCC AAAAGCGAAA CGAGAACTCT GAATGCATTA TCTCATATGG AAACTCACCC 7020
AAGAGTTTTT ATGTGCAAAT GAAGCACAAT TCAGCGGATT TGGACTTGAT TGTGAAGACA 7080
CTGCAGTCCT TAAAAAAGGA GAAACTGAAG AAATTAATCG ATCCTACTAC AAATTCAAAT 7140
GGTGTTTGCT ACTCCCAAGA GGATGCCTGT TACTATCGCT GTAGTATCAA GTCGGTATTG 7200
GATCCTAGCC AGGGATTTGA AGTCTTTTTG CTAGATTATG GAAACACCCT GGTCGTTCCA 7260
GAGGTCTGGC AGCTACCCCA AGAGATAGAG CCGATTCCAT CGTTGGCTCT ACACTGTCAG 7320
CTGAGTAAGA TTCCAATGGA TGTGTCTGAC GAAAAGCTAG AAGAAGCCTT TGCTGCTTTG 7380
CTAGAGCAGC ACTTCGGAGA ACTATACGAA ATAACTACTC AGCCGAACGA GGATGAGACA 7440
AAACCTCTGA TTGCTGAACT CCGAATCAAC TACAAGGATT TCGTCCAGGA GCTGGTCAGT 7500
ACGGTGACCG GCGTACAGAA ACCGCTCGAA GCGGAGCTGC ACAACTGTGT TGTGGTGCAG 7560
TTCGATGGCC CCATGTCCTT CTACGTCCAG ATGGAGAGCG ATGTGCCAGC ACTAGAGCAA 7620
ATGACTGATA AACTGCTCGA TGCAGAACAG GACCTACCCG CCTTTAGCGA CCTCAAAGAG 7680
GGAGCTTTGT GTGTGGCTCA GTTCCCGGAG GACGAGGTCT TCTATCGCGC CCAAATTCGC 7740
AAGGTTTTGG ATGACGGAAA GTGCGAGGTG CATTTTATTG ACTTTGGCAA CAATGCCGTG 7800
ACGCAGCAGT TCCGCCAGCT GCCTGAGGAG TTGGCCAAGC CGGCGCGATA CAGCAGGCAT 7860
TGCGAGCTGG ATGCGTCGAC CATATCCAAG TGCGACGCGG CCCTGCTCCA GTCGTTCATC 7920
GACACTCGCT TCTCTGAAAC ATTCCAGGTA GAGATTCTGG CCACCAAGGG AACTGGCACC 7980
CATGTCGTAC GACTCTTCTA CCAGAGCAAG AACATCAGCG AGAAGCTTCA GGAATGTCAG 8040
TGATCACCCC GTTGTACAGT CAGATCGGAC TCATATGTGC TCCATGCAGG AGATTGTGAT 8100
TGGGTTGGCT AAAAACATGC GATGTATTAT CCATTAAGTT GAACGAGTTA AACTTATTCA 8160
AAGGGAAGAG GAGGACACCA CACGATTAGC CAAGATGCTT CATTGACTTT TCATGGAAAA 8220
CCAAAATGAA AGCAATTTTT AATATTAATT AAAGAATCAA TACGGAATGC AAAACATTAT 8280
CACCAAAAAC ACAACAAAAC GAAAAAAAAT CGAACAAAAA AAAAAACGAA AAATCATTGA 8340
AAAAAAATGT ATAAAAACAA ACGAAAAATA TTGAAAAAAA CTTTAAAAAA AAATGTAATC 8400
TAGATAAAAT TGGCACTAAC CTATATATGT TAGTAGCTAT TAAGGCGGAT GACGATTTAT 8460
TTAATTGCTC AACCTTGTTT AAAACAATTT TACATCATCA ACGAAAGTTG GCGAATTGAA 8520
GAGAAGTGGA GTGAAGTTTA AACCTCCTCC AGATGAATTA TTTATTTTTT CCCTTTATAA 8580
CTGTATTTGT ACTTTCTTTT CTCGATTAAC CAACTGAAGA ATCACATATG TTTTTCGTAC 8640
TTTTTTTACT TTTCATTACC TAAACAAACA AGAAACATTG CAAATCGAAG ACTTAAGGAA 8700
ACTAAAAGGA AACTAATGGA ATATGGGTTT ATGTATTAAA ACCTTCAATC ACAATGTCAT 8760
ATTTTTCTAC TATTTCTTTT TCATGTTGTG AACAATATAT TAAAACAAAC CAATAAATAC 8820
GATGAAAAGT 8831
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Lac-0100 ENSLACP00000012308.1 Latimeria chalumnae 29 2e-20 100
WERAM-Ran-0159 ENSRNOP00000032495.6 Rattus norvegicus 26 2e-18 94.0
WERAM-Ora-0079 ENSOANP00000013152.2 Ornithorhynchus anatinus 27 2e-18 94.0
WERAM-Mim-0157 ENSMICP00000016165.1 Microcebus murinus 27 3e-18 93.2
WERAM-Gaga-0169 ENSGALP00000043110.1 Gallus gallus 27 1e-17 90.9
WERAM-Meg-0144 ENSMGAP00000015104.2 Meleagris gallopavo 27 3e-17 90.1
WERAM-Ect-0110 ENSETEP00000012375.1 Echinops telfairi 26 3e-17 89.7
WERAM-Mum-0167 ENSMUSP00000035338.5 Mus musculus 25 6e-17 89.0
WERAM-Ere-0094 ENSEEUP00000009564.1 Erinaceus europaeus 27 7e-17 89.0
WERAM-Loa-0187 ENSLAFP00000021068.1 Loxodonta africana 25 8e-17 88.6
WERAM-Chh-0002 ENSCHOP00000000148.1 Choloepus hoffmanni 26 9e-17 88.2
WERAM-Otg-0006 ENSOGAP00000000359.2 Otolemur garnettii 27 2e-16 87.4
WERAM-Dio-0021 ENSDORP00000002394.1 Dipodomys ordii 26 2e-16 87.4
WERAM-Prc-0129 ENSPCAP00000011598.1 Procavia capensis 24 2e-16 87.0
WERAM-Soa-0053 ENSSARP00000005256.1 Sorex araneus 25 2e-16 87.0
WERAM-Pes-0001 ENSPSIP00000000397.1 Pelodiscus sinensis 28 6e-16 85.5
WERAM-Caj-0123 ENSCJAP00000022088.2 Callithrix jacchus 26 7e-16 85.5
WERAM-Mup-0140 ENSMPUP00000012350.1 Mustela putorius furo 25 1e-15 84.3
WERAM-Ict-0198 ENSSTOP00000021129.1 Ictidomys tridecemlineatus 26 2e-15 84.3
WERAM-Ptv-0003 ENSPVAP00000000553.1 Pteropus vampyrus 27 2e-15 84.0
WERAM-Orc-0008 ENSOCUP00000000659.3 Oryctolagus cuniculus 27 2e-15 84.0
WERAM-Tar-0080 ENSTRUP00000016033.1 Takifugu rubripes 28 3e-15 83.2
WERAM-Cap-0170 ENSCPOP00000014156.2 Cavia porcellus 26 4e-15 83.2
WERAM-Fec-0162 ENSFCAP00000025374.1 Felis catus 24 5e-15 82.4
WERAM-Leo-0171 ENSLOCP00000020362.1 Lepisosteus oculatus 27 6e-15 82.4
WERAM-Gam-0055 ENSGMOP00000005436.1 Gadus morhua 30 7e-15 82.0
WERAM-Sus-0144 ENSSSCP00000020457.1 Sus scrofa 24 9e-15 81.6
WERAM-Paa-0034 ENSPANP00000012883.1 Papio anubis 25 2e-14 80.9
WERAM-Pat-0151 ENSPTRP00000031165.5 Pan troglodytes 24 2e-14 80.9
WERAM-Aim-0025 ENSAMEP00000001764.1 Ailuropoda melanoleuca 26 2e-14 80.5
WERAM-Xet-0107 ENSXETP00000035486.3 Xenopus tropicalis 27 2e-14 80.1
WERAM-Hos-0210 ENSP00000346065.5 Homo sapiens 24 3e-14 80.1
WERAM-Tag-0162 ENSTGUP00000013625.1 Taeniopygia guttata 24 3e-14 80.1
WERAM-Dar-0019 ENSDARP00000127267.1 Danio rerio 22 3e-14 80.1
WERAM-Mam-0176 ENSMMUP00000033555.1 Macaca mulatta 24 4e-14 79.7
WERAM-Anc-0138 ENSACAP00000012917.2 Anolis carolinensis 27 4e-14 79.3
WERAM-Nol-0045 ENSNLEP00000005457.1 Nomascus leucogenys 25 7e-14 79.0
WERAM-Chs-0152 ENSCSAP00000008755.1 Chlorocebus sabaeus 24 1e-13 78.2
WERAM-Gog-0143 ENSGGOP00000012656.2 Gorilla gorilla 24 1e-13 77.8
WERAM-Bot-0097 ENSBTAP00000013158.5 Bos taurus 23 2e-13 77.0
WERAM-Dan-0177 ENSDNOP00000019390.1 Dasypus novemcinctus 25 3e-13 76.6
WERAM-Asm-0237 ENSAMXP00000026090.1 Astyanax mexicanus 25 1e-12 74.3
WERAM-Caf-0025 ENSCAFP00000002995.4 Canis familiaris 25 1e-12 74.3
WERAM-Pof-0155 ENSPFOP00000012473.1 Poecilia formosa 23 2e-12 74.3
WERAM-Fia-0021 ENSFALP00000001583.1 Ficedula albicollis 26 3e-12 73.6
WERAM-Mod-0177 ENSMODP00000023567.3 Monodelphis domestica 26 3e-12 73.2
WERAM-Tut-0094 ENSTTRP00000008001.1 Tursiops truncatus 22 4e-12 73.2
WERAM-Ocp-0092 ENSOPRP00000008425.1 Ochotona princeps 26 4e-12 73.2
WERAM-Poa-0027 ENSPPYP00000003116.2 Pongo abelii 22 1e-11 71.2
WERAM-Xim-0126 ENSXMAP00000010763.1 Xiphophorus maculatus 24 2e-11 70.9
WERAM-Vip-0040 ENSVPAP00000003717.1 Vicugna pacos 27 2e-11 70.5
WERAM-Ova-0118 ENSOARP00000011693.1 Ovis aries 35 5e-11 69.3
WERAM-Orn-0199 ENSONIP00000020631.1 Oreochromis niloticus 23 1e-10 67.8
WERAM-Gaa-0067 ENSGACP00000008717.1 Gasterosteus aculeatus 25 2e-10 67.4
WERAM-Sah-0186 ENSSHAP00000019915.1 Sarcophilus harrisii 25 2e-10 67.4
WERAM-Orla-0048 ENSORLP00000006085.1 Oryzias latipes 31 3e-10 66.6
WERAM-Tas-0073 ENSTSYP00000007299.1 Tarsius syrichta 32 1e-09 64.7
WERAM-Eqc-0059 ENSECAP00000008171.1 Equus caballus 23 2e-09 64.3
WERAM-Ten-0225 ENSTNIP00000022519.1 Tetraodon nigroviridis 24 6e-09 62.4
WERAM-Anp-0101 ENSAPLP00000011974.1 Anas platyrhynchos 27 1e-08 61.2
WERAM-Tub-0113 ENSTBEP00000012524.1 Tupaia belangeri 22 3e-08 60.5
WERAM-Mae-0129 ENSMEUP00000013064.1 Macropus eugenii 39 5e-08 59.3
WERAM-Pem-0084 ENSPMAP00000008992.1 Petromyzon marinus 28 7e-08 58.9
WERAM-Trv-0013 EHK17001 Trichoderma virens 46 3e-07 57.0
WERAM-Cis-0068 ENSCSAVP00000015026.1 Ciona savignyi 33 4e-07 56.2
WERAM-Nec-0009 EFNCRP00000001065 Neurospora crassa 45 9e-07 55.1
WERAM-Cii-0002 ENSCINP00000027118.2 Ciona intestinalis 34 1e-06 54.7
WERAM-Map-0005 MAPG_02457T0 Magnaporthe poae 50 2e-06 54.3
WERAM-Fuo-0014 FOXG_03075P0 Fusarium oxysporum 48 2e-06 54.3
WERAM-Chr-0038 EDP00303 Chlamydomonas reinhardtii 38 5e-06 52.8
WERAM-Pug-0006 EFP76079 Puccinia graminis 33 7e-06 52.4
WERAM-Coi-0031 EAS31199 Coccidioides immitis 25 1e-05 51.6
Created Date 25-Jun-2016