WERAM Information

Tag Content
WERAM ID WERAM-Mam-0056
Ensembl Protein ID ENSMMUP00000009467.2
Gene Name KMT2C
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSMMUG00000007212.2 ENSMMUT00000010086.2 ENSMMUP00000009467.2
ENSMMUG00000007212.2 ENSMMUT00000010087.2 ENSMMUP00000009468.2
ENSMMUG00000007212.2 ENSMMUT00000010090.2 ENSMMUP00000009471.2
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 4.90e-29 101.1 231 1085
Organism Macaca mulatta
Domain Profile
  Me_Reader PHD
               PHD.txt   2 tiClvCgkddegekemvqCde.CddwfHlkCvklp 35 
                           ++C +C + ++    + +C+e C + +H+ C   +
  ENSMMUP00000009467.2 231 KFCSFCFHLGAT---IKCCEEkCTQMYHYPCAAGA 262
                           799999444443...5588889*********8655 PP
               PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                            C vC+ +++     + C +C + +H+ C++++ ++l+    w Cp+Ck
  ENSMMUP00000009467.2 291 NCAVCDSPGDL-LDQFFCTTCGQHYHGMCLDIAVTPLKRA-GWQCPECK 337
                           5****544444.45999****************8888865.7******7 PP
               PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                           +C+ C++++e++k m+ Cd+Cd+ +H+ C+++ ++s+p +  w C++C+
  ENSMMUP00000009467.2 338 VCQNCKQSGEDSK-MLVCDTCDKGYHTFCLQPVMKSVPTN-GWKCKNCR 384
                           8****88888876.************************77.7******8 PP
               PHD.txt   2 tiClvCgkddegeke..mvqCdeCddwfHlkCvklplsslpeg..kswyCpsCk 51 
                           ++C++Cgk+++ e +  m+ C+ C++w+Hl+C k++ ++l  +  ++++C  Ck
  ENSMMUP00000009467.2 413 NLCPFCGKCYHPELQkdMLHCNMCKRWVHLECDKPTDHELDPQlkEEYICMYCK 466
                           68999998888865566*******************66666555568******8 PP
               PHD.txt   2 tiClvCgkddegeke.mvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                           ++C+vCg  ++g++  ++ C++C + +H +Cv+++ +++  +k w+C +C+
  ENSMMUP00000009467.2 906 DMCVVCGSFGQGAEGrLLACSQCGQCYHPYCVSIKITKVVLSKGWRCLECT 956
                           68****7544443334*******************999996658******7 PP
               PHD.txt    2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51  
                            t+C +Cgk+ +  + ++ Cd Cd  +H++C+++pl+++p+g  w C+ C+
  ENSMMUP00000009467.2  956 TVCEACGKATDPGR-LLLCDDCDISYHTYCLDPPLQTVPKG-GWKCKWCV 1003
                            58****87776655.9*************************.9**99996 PP
               PHD.txt    3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpeg.ks..wyCpsCk 51  
                            +C+vC +++ +e+ ++qC +Cd+w+H+ C +l+ ++  e+ ++  + C  C+
  ENSMMUP00000009467.2 1034 SCPVCYRNYREEDLILQCRQCDRWMHAVCQNLNTEEEVENvADigFDCSMCR 1085
                            7****777777777*******************5444455422458999997 PP
Protein Sequence
(Fasta)		RPRSRGKTAV EDEDSMDGLE TTETETIVET GIKTQDTVVR SRLTATSTHR VQAVLPASAS 60
QAGSYSLTQA GVQWRLSEQL CAFCYCGEKS SLGQGDLKQF RVTPGFILPW RNQPSNKKDI 120
DDNSNGTYEK MQNSAPRKQR GQRKERSPQQ NIVSCVSVST QTASDDQAGK LWDELSLVGL 180
PDAIDVQALF DSTGTCWAHH RCVEWSLGVC QMEEPLSVNV DKAVVSGSTE KFCSFCFHLG 240
ATIKCCEEKC TQMYHYPCAA GAGTFHDFSH IFLLCPEHID QAPERSKEDA NCAVCDSPGD 300
LLDQFFCTTC GQHYHGMCLD IAVTPLKRAG WQCPECKVCQ NCKQSGEDSK MLVCDTCDKG 360
YHTFCLQPVM KSVPTNGWKC KNCRICIECG TRSSSQWHHN CLICDNCYQQ QDNLCPFCGK 420
CYHPELQKDM LHCNMCKRWV HLECDKPTDH ELDPQLKEEY ICMYCKHLGA EMDPLQPGEE 480
VEIAELTTDY NNEMEVEGPE DQMVFPEHAV SKDVNDQEST PGIVPDAVQV HTEEQQKSHP 540
SESLDTDSLL IAVSSQHKMN TELEKQISNE VDSEEMKTSS EVKHICGEDQ MEDKMEVTEN 600
IEVVTHQIIV QQEELQLLEE PKTVVSKEES GPPKLVIESV TLPLETLVSP HEGSISLCPE 660
EQLVIERLQG EKEQKENSEL STGLMDSEMT PTIESCVKDV SYQGDKSIKL SSETESSFSS 720
SADISKADVS SSPTPSSDLP LHDMLHNYPS ALSSSAGNIM PTTYISVTPK IGMGKPAITK 780
RKFSPGRPRS KQGAWSTHNT VSPPSWSPDI SEGREIFKPR QLPGSAIWSI KVGRGSGFPG 840
KRRPRGAGLS GRGGRGRSKL KSGIGAVVLP GVSAADISSN KDDEENSMHN TVVLFSSSDK 900
FTLNQDMCVV CGSFGQGAEG RLLACSQCGQ CYHPYCVSIK ITKVVLSKGW RCLECTVCEA 960
CGKATDPGRL LLCDDCDISY HTYCLDPPLQ TVPKGGWKCK WCVWCRHCGA TSAGLRCEWQ 1020
NNYTQCAPCA SLSSCPVCYR NYREEDLILQ CRQCDRWMHA VCQNLNTEEE VENVADIGFD 1080
CSMCRPYMPA SNVPSSDCCE SSLVAQIVTK VKELDPPKTY TQDGVCLTES GMTQLQSLTV 1140
TVPRRKRSKP KLKLKIINQN SVAVLQTPPD IQSEHSRDGE MDDSREGELM DCDGKSESSP 1200
EREAVDDETK GVEGTDGVKK RKRKPYRPGI GGFMVRQRSR TGQGKTKRSV IRKDSSGSIS 1260
EQLPCRDDGW SEQLPDTLVD ESVSVTESTE KIKKRYRKRK NKLEETFPAY LQEAFFGKDL 1320
LDTSRQSKIS LDNLSEDAAQ LSYKTNMNAG FLDPSLDPLS SSSAPAKSGT HGPADDPLAD 1380
ISEVLNTDDD ILGIISDDLA KSVDHSDIGP VPDDPSLPQP SVNQSSRPLS EEQLDGILSP 1440
ELDKMVTDGA ILGKLYKIPE LGGKDVEDLF TAVLSPANTQ PTPLPQPPPP TQLLPIHNQD 1500
VFSRMPLMNG LIGPSPHLPH NSLPPGSGLG TFSAIAQSPY PDARDKNSAF NPMASDPNNS 1560
WTSSAPTVEG ENDTLSNAQR STLKWEKEEA LGEMATVAPV LYTNINFPNL KEEFPDWTTR 1620
VKQIAKLWRK ASSQERAPYV QKARDNRAAL RINKVQMSND SMKRQQQQDS IDPSSRIDSE 1680
LFKDPLKQRE SEHEQEWKFR QQMRQKSKQQ AKIEATQKLE QVKNEQQQQQ QQQFGSQHLL 1740
VQSGSDTPSS GIQSPLTPQP GNGNMSPAQS FHKELFTKQP PSTPTSTSDD VFVKPQAPPP 1800
PPAPSRIPIQ EGLSQAQTSQ PPSPQVFSPG SSNSRPPSPM DPYAKMVGTP RPPPVGHSFS 1860
RRNSAAPVEN CTPLSSVSRP LQMNETTANR PSPVRDLYVF QRQRIPDPYA RPLLTPAPLD 1920
SGPGPFKTPM QPPPSSQDPY GSVSQASRRL SIDPYERPAL TPRPIDNFSH SQSNDPYSQP 1980
PLTPHPTMNE SFAHPSRAFS QPGTISRPTS QDPYSQPPGT PRPVVDSYSQ SSGTARSNTD 2040
PYSQPPGTPR PATVDPYSQQ PPTPRPSTQT DLFVTSVTNQ RHSDPYAHPP GTPRPGISVP 2100
YSQPPATPRP RISEGFTRSS MTRPVLMPNQ DPFLQAAQNR GPALPGPLVR PPDTCSQTPR 2160
PPGPGLSDTF SRVSPSAARD PYDQPPVTPR SQSDSFGTSQ AAHDVADQPR PGSEGSFCAS 2220
SNSPMHSQGQ QFSGVSQLPG PVPTSGVTDT QNTVNMAQAD TEKLRQRQKL REIILQQQQQ 2280
KKIAGRQEKG SQDSPAVPHP GPLQHWQPEN INQAFARPPP PYPGNIRSPV APPLGPRYAV 2340
FPKDQRGPYP PDVASMGMRP HGFRFGFPGG SHGTMLSQER FLVPPQQIQG SGVSPQLRRS 2400
ISVDMPRPLN NSQMNNPVGL PQHFSPQSLP VQQHNILGQA YIELRHRAPD GRQRLPFSAP 2460
PGGAVEASSN LRHGNFIPRP DFPGPRHTEP MRRPPHGLPN QLPVHPDLEQ VPPSQQEQGH 2520
SVHSSSVVMR TLNHPLGGEF SEAPLSTSVP SETTSDNLQI TTQPSDGLEE KLDSDDPSVK 2580
ELDVKDLEGV EVKDLDDEDL ENLNLDTEDG KVVELDTLDN LETNDPNLDD LLRSGEFDII 2640
AYTDPELDLG DKKSMFNEEL DLPIDDKLDN QCASVEPKKK EQEDKTLVLS DKHSPQKKST 2700
VTNEVKMEVL SPNSKVESKC ETEKSDENKD NVDPTCSQAS AHSDLNDGEK TSLHPCDPDL 2760
FEKRTNRETA DSSANVIQGS TQLPAQDVIN SCGITGSTPV LSSLLANEKS DNSDIRPLGS 2820
PPPTLPASPS NHVSSLPPLI APPGHVLDNT VNSNVTVVSR VNHVFSQGVQ VNPGFIPGQS 2880
TVNHNLGTGK PTTQTGSLTS QSGTSSVSGP QQLMIPQTLA QQNRERPLLL EEQPLLLQDL 2940
LDQERQEQQQ QRQMQAMIRQ RSEPFFPNID FDAITDPIMK AKMVALKGIN KVMAQNNLGM 3000
PPMVMSRFPF MGQAVTGTQN SEGQNLGPQA ISQDGSITHQ ISRPNPPNFG PGFVNDSQRK 3060
QYEEWLQETQ QLLQMQQKYL EEQIGAHRKS KKALSAKQRT AKKAGREFPE EDAEQLKHVT 3120
EQQSMVQKQL EQIRKQQKEH AELIEDYRIK QQQQQQQCAM APPTMMPSVQ PQPPLIPGAT 3180
PPTMSQPSFP MVPQQLQHQH QQHTTVISGH TSPVRMPNLP GWQPNSAPAH LPLNPPRIQP 3240
PVAQLPIKTC TPAPGTVSNA NPQSGPPPRV EFDDNNPFSE SFQERERKER LREQQERQRI 3300
QLMQEVDRQR ALQQRMEMEQ HGMVGSEISS SRTSVSQIPF YSSDLPCDFM QPPRPLQQSP 3360
QHQQQMGQVL QQQNIQQGSI NSPSTQTFMQ TNERRQVGPP SFVPDSPSIP VGSPNFSSVK 3420
QGHGSLSGTS FQQSPVRPSF TPALPAAPPV ANSSLPCGQD STITHGHSYP ASTQSLIQLY 3480
SDIIPEEKGK KKRTRKKKRD DDAESTKAPS TPHSDITAPP TPSISETTST PAV 3533
Nucleotide Sequence
(Fasta)		AGACCTCGAA GTAGGGGAAA AACTGCAGTG GAAGATGAGG ACAGCATGGA TGGGCTGGAG 60
ACAACAGAAA CAGAAACGAT TGTGGAAACA GGTATCAAAA CTCAAGATAC AGTGGTGCGA 120
TCTCGGCTCA CTGCAACCTC CACCCACCGG GTTCAAGCAG TTCTCCCTGC CTCAGCCTCC 180
CAAGCAGGGT CTTACTCTCT TACCCAGGCT GGAGTGCAGT GGAGGCTGAG TGAACAGCTC 240
TGCGCTTTTT GTTACTGTGG GGAAAAAAGT TCCTTAGGAC AAGGAGACTT AAAACAGTTC 300
AGAGTAACGC CTGGATTTAT CTTGCCATGG AGAAACCAAC CTTCTAACAA GAAGGACATT 360
GATGACAACA GCAATGGAAC CTATGAGAAA ATGCAAAACT CAGCACCACG AAAACAAAGA 420
GGACAGAGAA AAGAACGATC TCCTCAGCAG AATATAGTAT CTTGTGTAAG TGTAAGCACC 480
CAGACAGCTT CAGATGATCA GGCTGGTAAA CTGTGGGATG AACTCAGTCT GGTTGGGCTT 540
CCAGATGCCA TTGATGTCCA AGCCTTATTT GATTCTACAG GCACTTGTTG GGCTCATCAC 600
CGTTGTGTGG AGTGGTCACT AGGAGTATGC CAGATGGAAG AACCATTGTC AGTGAACGTG 660
GACAAAGCTG TTGTCTCAGG GAGCACAGAA AAATTTTGTT CATTCTGTTT TCACCTTGGA 720
GCCACTATCA AATGCTGTGA AGAGAAATGT ACCCAGATGT ATCATTATCC TTGTGCTGCA 780
GGAGCCGGCA CCTTTCACGA TTTCAGTCAC ATCTTCCTGC TTTGTCCAGA ACACATTGAC 840
CAAGCTCCCG AAAGATCAAA GGAAGATGCA AACTGTGCAG TGTGCGACAG CCCGGGAGAC 900
CTCTTAGATC AGTTCTTTTG TACTACTTGT GGTCAGCACT ATCATGGAAT GTGCCTGGAT 960
ATAGCGGTTA CTCCATTAAA ACGTGCAGGT TGGCAATGTC CTGAGTGCAA AGTGTGCCAG 1020
AACTGCAAAC AATCGGGAGA AGATAGCAAG ATGCTAGTGT GTGATACGTG TGACAAAGGG 1080
TATCATACTT TTTGTCTTCA ACCAGTTATG AAATCAGTAC CAACTAATGG CTGGAAATGC 1140
AAAAATTGCA GAATATGTAT AGAGTGTGGC ACACGGTCTA GTTCTCAGTG GCATCACAAT 1200
TGCCTGATAT GTGACAATTG TTACCAACAG CAGGATAACT TATGTCCCTT CTGTGGGAAG 1260
TGCTATCATC CAGAATTGCA GAAAGACATG CTTCATTGTA ATATGTGCAA AAGGTGGGTT 1320
CACCTAGAGT GTGACAAACC AACAGATCAT GAACTGGATC CTCAGCTCAA AGAAGAGTAT 1380
ATCTGCATGT ATTGTAAACA CCTGGGAGCT GAGATGGATC CTTTACAGCC AGGTGAGGAA 1440
GTGGAGATAG CTGAGCTCAC TACAGATTAT AACAATGAAA TGGAAGTTGA AGGCCCTGAA 1500
GATCAAATGG TATTCCCAGA GCATGCAGTT AGTAAAGATG TCAACGATCA GGAGTCCACT 1560
CCTGGAATTG TTCCAGATGC AGTTCAAGTC CACACTGAAG AGCAACAGAA GAGTCATCCC 1620
TCAGAAAGTC TTGACACAGA TAGTCTTCTC ATTGCTGTAT CATCCCAACA TAAAATGAAT 1680
ACCGAATTGG AAAAACAGAT TTCTAATGAA GTTGATAGTG AAGAAATGAA AACGTCTTCT 1740
GAAGTGAAGC ATATTTGTGG CGAAGATCAA ATGGAAGATA AAATGGAAGT GACAGAAAAC 1800
ATTGAAGTCG TTACACACCA GATCATTGTG CAGCAAGAGG AACTGCAGTT GTTAGAGGAA 1860
CCTAAAACAG TGGTATCCAA AGAAGAATCG GGGCCTCCAA AATTAGTCAT TGAATCTGTC 1920
ACTCTTCCAC TGGAAACCTT AGTGTCCCCA CATGAGGGAA GTATTTCACT ATGTCCTGAG 1980
GAACAGTTGG TTATAGAAAG ACTACAAGGA GAAAAGGAAC AGAAAGAAAA TTCTGAACTT 2040
TCTACTGGAT TGATGGACTC TGAAATGACT CCTACAATTG AGAGTTGTGT GAAAGATGTT 2100
TCATACCAAG GAGACAAATC TATAAAGTTA TCATCTGAGA CAGAGTCATC ATTTTCATCA 2160
TCAGCAGACA TAAGCAAGGC AGATGTGTCT TCCTCCCCAA CACCTTCTTC AGACTTGCCT 2220
TTGCATGACA TGCTGCACAA TTACCCTTCA GCTCTTAGTT CCTCTGCTGG AAACATCATG 2280
CCAACAACTT ACATCTCAGT CACTCCAAAA ATTGGCATGG GTAAACCAGC TATTACTAAA 2340
AGAAAATTTT CTCCTGGTAG ACCTCGGTCC AAACAGGGGG CTTGGAGTAC CCATAATACA 2400
GTGAGCCCAC CTTCCTGGTC CCCAGACATT TCAGAAGGTC GGGAAATTTT TAAACCCAGG 2460
CAGCTTCCTG GCAGTGCCAT TTGGAGCATC AAAGTGGGCC GTGGGTCTGG ATTTCCAGGA 2520
AAGCGGAGAC CTCGAGGTGC AGGACTGTCG GGACGAGGTG GCCGAGGCAG GTCAAAGCTG 2580
AAAAGTGGAA TCGGAGCTGT TGTATTGCCT GGGGTGTCTG CTGCAGATAT TTCATCAAAT 2640
AAGGATGATG AAGAAAACTC TATGCACAAT ACAGTTGTGT TGTTTTCTAG TAGTGACAAG 2700
TTCACTTTGA ATCAGGATAT GTGTGTAGTT TGTGGCAGTT TTGGCCAAGG AGCAGAAGGA 2760
AGATTACTTG CCTGTTCTCA GTGTGGTCAG TGTTACCATC CATACTGTGT CAGTATTAAG 2820
ATCACTAAAG TGGTTCTTAG CAAAGGTTGG AGGTGTCTTG AGTGCACTGT GTGTGAGGCC 2880
TGTGGGAAGG CAACTGACCC AGGAAGACTC CTGCTGTGTG ATGATTGTGA CATAAGTTAT 2940
CACACCTACT GCCTAGACCC TCCATTGCAG ACAGTTCCCA AAGGAGGCTG GAAGTGCAAA 3000
TGGTGTGTTT GGTGCAGACA CTGTGGAGCA ACATCTGCAG GTCTAAGATG TGAATGGCAG 3060
AACAATTACA CACAGTGCGC TCCTTGTGCA AGCTTATCTT CCTGTCCAGT CTGCTATCGA 3120
AACTATAGAG AAGAAGATCT TATTCTGCAA TGTAGACAAT GTGATAGATG GATGCATGCA 3180
GTTTGTCAAA ACTTAAATAC TGAGGAAGAA GTGGAAAATG TAGCAGACAT TGGTTTTGAT 3240
TGTAGCATGT GCAGACCCTA TATGCCTGCG TCTAATGTGC CTTCCTCAGA CTGCTGTGAA 3300
TCTTCACTTG TAGCACAAAT TGTCACAAAA GTAAAAGAGC TAGACCCACC CAAGACTTAT 3360
ACCCAGGATG GTGTGTGTTT GACTGAATCA GGGATGACTC AGTTACAGAG CCTCACAGTT 3420
ACAGTTCCAA GAAGAAAACG GTCAAAACCA AAATTGAAAT TGAAGATTAT AAATCAGAAT 3480
AGCGTGGCCG TCCTTCAGAC CCCTCCAGAC ATCCAATCAG AGCATTCAAG GGATGGTGAA 3540
ATGGATGATA GTCGAGAAGG AGAACTTATG GATTGTGATG GAAAATCAGA ATCTAGTCCT 3600
GAGCGGGAAG CTGTGGATGA TGAAACTAAG GGAGTAGAAG GAACAGATGG TGTCAAAAAG 3660
AGAAAAAGGA AACCATACAG ACCAGGTATT GGTGGATTTA TGGTGCGGCA AAGAAGTCGA 3720
ACTGGGCAAG GGAAAACCAA AAGATCTGTG ATCAGGAAAG ATTCCTCAGG CTCTATTTCT 3780
GAGCAGTTAC CTTGCAGAGA TGATGGCTGG AGTGAGCAGT TACCAGATAC TTTAGTTGAT 3840
GAATCTGTTT CTGTTACTGA AAGTACTGAA AAAATAAAGA AGAGATACCG AAAAAGGAAA 3900
AATAAGCTTG AAGAAACTTT CCCTGCCTAT TTACAAGAAG CTTTCTTTGG AAAAGATCTT 3960
CTAGATACAA GTAGACAAAG CAAGATAAGT TTAGATAATC TATCAGAAGA TGCAGCTCAG 4020
CTTTCATATA AAACAAACAT GAACGCAGGT TTCTTGGATC CTTCGTTGGA TCCACTAAGT 4080
TCATCCTCGG CTCCAGCAAA ATCTGGAACT CACGGTCCTG CTGATGACCC ATTAGCTGAT 4140
ATTTCTGAAG TTTTAAACAC AGATGATGAC ATTCTTGGAA TAATTTCAGA TGATCTAGCA 4200
AAATCAGTTG ATCATTCAGA TATTGGTCCT GTCCCTGATG ATCCTTCTTT GCCTCAGCCA 4260
AGTGTCAATC AGAGTTCACG ACCATTAAGT GAAGAACAGC TAGATGGGAT CCTCAGTCCC 4320
GAACTAGACA AAATGGTCAC AGATGGAGCA ATTCTTGGAA AATTATATAA AATTCCAGAG 4380
CTTGGCGGAA AAGATGTTGA AGACTTATTT ACAGCTGTAC TTAGTCCTGC GAACACTCAG 4440
CCAACTCCAT TGCCACAGCC TCCCCCACCA ACACAGCTGT TGCCAATACA CAATCAGGAT 4500
GTTTTTTCAC GGATGCCACT CATGAATGGC CTTATTGGAC CCAGTCCTCA TCTCCCACAT 4560
AATTCTTTGC CACCTGGAAG CGGACTGGGA ACTTTCTCTG CAATTGCACA ATCCCCTTAT 4620
CCTGATGCCA GGGATAAAAA TTCAGCCTTT AATCCAATGG CAAGTGATCC TAACAACTCT 4680
TGGACATCAT CAGCTCCCAC TGTGGAAGGA GAAAATGACA CACTGTCGAA TGCTCAGAGA 4740
AGCACGCTTA AGTGGGAGAA AGAGGAGGCT CTGGGTGAAA TGGCCACAGT TGCACCGGTT 4800
CTGTACACCA ATATTAATTT CCCCAACTTA AAGGAAGAAT TCCCTGATTG GACTACTAGA 4860
GTGAAGCAAA TTGCCAAATT GTGGAGAAAA GCAAGCTCAC AGGAAAGAGC ACCATATGTG 4920
CAAAAAGCCA GAGATAACAG AGCTGCTTTA CGCATTAATA AAGTACAGAT GTCAAATGAT 4980
TCCATGAAAA GGCAGCAACA GCAAGATAGC ATCGATCCCA GCTCTCGTAT TGATTCAGAG 5040
CTTTTTAAAG ATCCATTAAA GCAAAGAGAA TCAGAACATG AACAGGAATG GAAATTTAGA 5100
CAGCAAATGC GTCAGAAAAG TAAGCAGCAA GCTAAAATTG AAGCCACACA GAAACTTGAA 5160
CAGGTGAAAA ATGAGCAGCA GCAGCAGCAA CAACAGCAGT TTGGTTCTCA GCATCTTCTG 5220
GTGCAGTCTG GTTCAGATAC ACCAAGTAGT GGGATACAGA GTCCCTTGAC ACCTCAGCCT 5280
GGCAATGGAA ATATGTCTCC TGCACAGTCA TTCCATAAAG AACTGTTTAC AAAACAGCCA 5340
CCCAGTACCC CTACATCTAC ATCAGATGAT GTGTTTGTAA AACCACAAGC TCCACCTCCT 5400
CCTCCAGCCC CATCCCGGAT TCCCATTCAG GAGGGTCTTT CTCAGGCTCA GACTTCTCAG 5460
CCACCTTCAC CACAAGTGTT TTCACCTGGG TCCTCCAACT CACGACCACC ATCTCCAATG 5520
GATCCGTATG CAAAAATGGT TGGTACCCCT CGACCACCTC CTGTGGGCCA TAGTTTTTCC 5580
AGAAGAAATT CTGCTGCACC AGTGGAAAAC TGTACACCTT TATCATCGGT ATCTAGGCCC 5640
CTTCAAATGA ATGAGACAAC AGCAAATAGG CCATCCCCAG TCAGAGATTT ATATGTGTTT 5700
CAAAGACAAC GGATACCTGA CCCATATGCA CGACCCTTGT TGACACCTGC ACCTCTTGAT 5760
AGTGGTCCTG GACCTTTTAA GACTCCAATG CAACCTCCTC CATCCTCTCA GGATCCTTAT 5820
GGATCAGTGT CACAGGCATC AAGGCGATTG TCTATTGACC CTTATGAAAG GCCTGCTTTG 5880
ACACCAAGAC CTATAGATAA TTTTTCTCAT AGTCAGTCAA ATGATCCATA TAGTCAGCCT 5940
CCCCTAACCC CACATCCAAC AATGAATGAA TCTTTTGCCC ATCCTTCAAG GGCTTTTTCC 6000
CAGCCTGGAA CCATATCAAG GCCAACATCT CAGGACCCAT ACTCCCAGCC CCCAGGAACT 6060
CCACGACCTG TTGTAGATTC TTATTCCCAA TCTTCAGGAA CAGCTAGGTC TAATACAGAC 6120
CCTTACTCTC AACCTCCTGG AACTCCCCGG CCTGCTACTG TTGACCCATA TAGTCAGCAG 6180
CCCCCAACCC CAAGACCATC TACACAGACG GACTTGTTTG TTACATCTGT AACTAATCAG 6240
AGGCATTCTG ATCCATATGC TCATCCTCCC GGAACACCAA GACCTGGAAT ATCTGTCCCT 6300
TACTCTCAGC CACCAGCAAC ACCAAGGCCA AGGATTTCAG AGGGTTTTAC TAGGTCCTCA 6360
ATGACAAGAC CAGTCCTCAT GCCAAATCAG GATCCTTTCC TGCAAGCAGC ACAAAACCGA 6420
GGACCAGCTT TACCTGGCCC GTTAGTAAGG CCACCCGATA CATGTTCCCA GACACCTAGG 6480
CCCCCTGGAC CTGGCCTTTC AGACACATTT AGCCGTGTTT CCCCATCTGC TGCCCGTGAT 6540
CCCTATGATC AGCCTCCGGT GACTCCAAGA TCTCAGTCGG ACTCTTTTGG AACCAGTCAA 6600
GCTGCCCATG ATGTTGCTGA TCAGCCAAGG CCTGGGTCAG AGGGGAGCTT CTGTGCATCT 6660
TCAAACTCTC CAATGCACTC CCAAGGCCAG CAGTTCTCTG GTGTCTCCCA GCTTCCTGGA 6720
CCTGTGCCAA CTTCAGGAGT AACTGATACA CAGAATACTG TGAATATGGC CCAAGCAGAT 6780
ACAGAAAAAT TGAGACAGCG GCAGAAGTTG CGTGAAATTA TTCTTCAGCA GCAACAGCAG 6840
AAGAAGATTG CAGGTCGGCA GGAGAAGGGG TCACAGGACT CACCCGCAGT GCCTCATCCA 6900
GGGCCTCTTC AACACTGGCA ACCAGAGAAT ATTAACCAGG CTTTCGCCAG ACCCCCACCT 6960
CCTTATCCTG GGAACATTAG GTCTCCTGTT GCCCCTCCTT TAGGACCTAG ATATGCTGTT 7020
TTCCCAAAAG ATCAGCGTGG ACCCTATCCT CCTGATGTTG CTAGTATGGG GATGAGACCT 7080
CATGGATTTA GATTTGGATT TCCAGGAGGT AGTCATGGTA CCATGCTGAG TCAAGAGCGC 7140
TTCCTTGTGC CTCCTCAACA AATACAGGGA TCTGGAGTTT CTCCACAACT AAGAAGATCA 7200
ATATCTGTAG ATATGCCTAG GCCTTTAAAT AACTCACAAA TGAATAATCC AGTTGGACTT 7260
CCTCAGCATT TTTCACCACA GAGCCTGCCA GTTCAGCAGC ACAACATACT GGGCCAAGCA 7320
TATATTGAAC TGAGACATAG GGCTCCTGAC GGAAGGCAAC GGCTGCCTTT CAGTGCTCCA 7380
CCTGGCGGCG CTGTAGAGGC GTCTTCTAAT CTGAGACATG GAAACTTCAT TCCCCGGCCA 7440
GACTTTCCGG GCCCTAGACA CACAGAGCCC ATGAGACGAC CTCCCCACGG TCTACCTAAT 7500
CAGCTACCTG TGCACCCAGA TTTGGAACAA GTGCCACCAT CTCAACAAGA GCAAGGTCAT 7560
TCTGTCCATT CATCTTCTGT GGTCATGAGG ACTCTGAATC ATCCACTAGG TGGTGAATTT 7620
TCAGAAGCTC CTTTGTCAAC ATCTGTACCA TCTGAAACAA CGTCTGATAA TTTACAGATA 7680
ACCACCCAAC CTTCTGATGG TCTAGAAGAA AAACTCGATT CTGATGACCC TTCTGTGAAA 7740
GAACTGGATG TTAAAGACCT TGAGGGGGTT GAAGTCAAAG ACTTAGATGA TGAAGATCTT 7800
GAAAACTTAA ATTTAGATAC AGAGGATGGC AAGGTAGTTG AATTGGATAC TTTAGATAAT 7860
TTGGAAACTA ATGATCCCAA CCTGGATGAC CTCTTAAGGT CAGGAGAGTT TGATATCATT 7920
GCGTATACAG ATCCAGAACT TGATCTGGGA GATAAGAAAA GCATGTTTAA TGAGGAGCTA 7980
GATCTTCCAA TTGACGATAA GTTAGATAAT CAGTGTGCAT CTGTTGAACC CAAAAAAAAG 8040
GAACAAGAAG ACAAAACTCT GGTTCTCTCT GATAAACATT CACCACAGAA AAAATCCACT 8100
GTTACCAATG AGGTAAAAAT GGAAGTATTG TCTCCAAATT CTAAGGTGGA ATCCAAATGT 8160
GAAACTGAAA AAAGTGATGA GAATAAAGAT AATGTTGACC CTACCTGCTC ACAGGCTTCT 8220
GCTCACTCAG ACCTAAATGA TGGAGAAAAG ACTTCTTTGC ATCCTTGTGA TCCAGATCTA 8280
TTTGAGAAAA GAACGAATCG AGAAACCGCT GACTCCAGTG CAAATGTCAT TCAAGGATCC 8340
ACTCAACTAC CTGCTCAAGA TGTAATAAAC TCTTGTGGCA TAACTGGATC AACTCCAGTT 8400
CTCTCAAGTT TACTTGCTAA TGAAAAATCT GATAATTCAG ACATTAGGCC ATTGGGGTCT 8460
CCACCACCAA CTCTGCCGGC CTCACCATCT AATCATGTGT CAAGTTTGCC TCCTTTAATA 8520
GCACCGCCTG GCCATGTTTT GGATAATACC GTGAATTCTA ATGTAACAGT AGTCTCTAGG 8580
GTAAACCATG TTTTTTCTCA GGGTGTGCAG GTAAATCCAG GATTCATTCC AGGTCAGTCA 8640
ACAGTTAACC ACAATTTGGG GACAGGAAAA CCTACAACTC AAACTGGGTC TCTCACAAGT 8700
CAGTCTGGTA CCAGTAGCGT GTCTGGACCC CAACAACTAA TGATTCCTCA AACATTAGCA 8760
CAGCAGAATA GAGAGAGGCC CCTTCTTCTA GAAGAACAGC CGCTGCTTCT ACAGGATCTT 8820
TTGGATCAAG AAAGGCAAGA ACAGCAGCAG CAAAGACAGA TGCAAGCCAT GATTCGTCAG 8880
CGATCAGAAC CATTCTTCCC TAATATTGAT TTTGATGCAA TTACAGATCC GATAATGAAA 8940
GCCAAAATGG TGGCTCTTAA AGGCATAAAT AAAGTGATGG CACAAAACAA TCTGGGCATG 9000
CCACCAATGG TGATGAGCAG GTTCCCTTTT ATGGGCCAGG CGGTAACTGG AACTCAGAAT 9060
AGTGAAGGAC AGAACCTTGG ACCACAAGCC ATTTCTCAGG ATGGCAGTAT AACACATCAG 9120
ATTTCTAGGC CTAATCCTCC AAATTTTGGT CCAGGCTTTG TCAATGATTC ACAGCGTAAG 9180
CAGTATGAAG AGTGGCTCCA GGAGACCCAA CAGCTGCTTC AAATGCAGCA GAAGTATCTT 9240
GAAGAACAAA TTGGTGCTCA TAGAAAATCT AAGAAGGCCC TTTCAGCTAA ACAGCGTACC 9300
GCCAAGAAAG CTGGGCGTGA ATTTCCAGAG GAAGATGCAG AACAACTCAA GCATGTTACT 9360
GAACAGCAAA GCATGGTTCA GAAACAGCTA GAACAGATTC GTAAACAACA GAAAGAACAC 9420
GCTGAATTGA TTGAAGATTA TCGGATCAAA CAGCAGCAAC AGCAGCAGCA ATGTGCGATG 9480
GCCCCACCTA CCATGATGCC CAGTGTCCAG CCCCAGCCAC CCCTAATTCC AGGTGCCACT 9540
CCACCCACCA TGAGCCAACC CTCCTTTCCC ATGGTGCCAC AGCAGCTTCA GCACCAGCAC 9600
CAGCAGCACA CAACAGTTAT TTCTGGCCAT ACTAGCCCTG TTAGAATGCC TAATTTACCT 9660
GGGTGGCAGC CCAACAGTGC TCCTGCCCAC CTGCCCCTCA ATCCTCCTAG AATTCAACCC 9720
CCAGTTGCCC AGTTACCAAT AAAAACTTGT ACACCAGCCC CAGGGACAGT CTCAAATGCA 9780
AATCCACAGA GTGGACCACC ACCTCGGGTA GAATTTGATG ACAACAATCC CTTTAGTGAA 9840
AGTTTTCAAG AACGGGAACG TAAGGAACGT TTACGAGAAC AGCAAGAGAG GCAACGGATC 9900
CAACTCATGC AAGAGGTAGA TAGACAAAGA GCTTTGCAGC AGAGGATGGA AATGGAGCAG 9960
CATGGCATGG TGGGCTCTGA GATAAGTAGT AGTAGGACAT CTGTGTCCCA GATTCCCTTC 10020
TACAGTTCTG ACTTACCTTG CGATTTTATG CAACCTCCAA GACCCCTTCA GCAGTCTCCA 10080
CAACACCAAC AGCAAATGGG ACAGGTTTTA CAGCAACAGA ATATACAACA AGGATCGATT 10140
AATTCACCCT CCACCCAAAC TTTCATGCAG ACTAATGAGC GAAGGCAGGT AGGACCTCCT 10200
TCATTTGTTC CTGATTCACC ATCAATCCCT GTTGGAAGCC CAAATTTTTC TTCTGTTAAG 10260
CAGGGACATG GAAGTCTTTC TGGGACCAGC TTCCAACAGT CTCCAGTGAG GCCTTCTTTT 10320
ACACCTGCTT TACCAGCAGC ACCTCCAGTA GCTAATAGCA GTCTCCCATG TGGCCAAGAT 10380
TCTACTATAA CCCATGGACA CAGTTATCCG GCATCAACCC AATCGCTCAT TCAGTTGTAT 10440
TCTGATATAA TCCCAGAGGA AAAAGGGAAA AAGAAAAGAA CAAGAAAAAA GAAAAGAGAT 10500
GATGATGCAG AATCCACCAA GGCTCCATCA ACTCCCCATT CAGATATAAC TGCTCCACCG 10560
ACTCCAAGCA TCTCAGAAAC TACCTCTACT CCTGCAGTGA GCACACCCAG TGAGCTTCCT 10620
CAACAGGCCG ACCAAGAGTC GGTGGAACCA GTCGGCCCAT CCACTCCCAG TATGGCAGCA 10680
GGCCAGCTAT GTACAGAAGT AGAGAACAAA CTGCCCAATA GTGATTTCTC ACAAGCAACT 10740
CCAAATCAAC AGACTTATGC AAATTCAGAA GTAGATAAGC TCTCCATGGA AACCCCTGCC 10800
AAAACAGAAG AGATAAAACT GGAAAAGCCT GAGACAGAGT CATGCCCGGG CCAAGAGGAG 10860
CCTAAATTGG AGGAACAGAG TGGCAGTAAG GTAGAAGGAA ATGCTGTAGC CTGTCCTGTC 10920
TCCTCAGCAC AGAGTCCTCC CCATTCTGTT GGGGCCCCTG CTGCCAAAGG AGACTCAGGG 10980
AATGAACTTC TGAAACACTT ATTGAAAAAT AAAAAGTCAT CTTCTCTTTT AAATCAAAAA 11040
CCTGAGGGCA ATATTTGTTC AGAAGATGAC TGTACGAAGG ATAATAAACT AGTTGAGAAG 11100
CAGAACCCAG CTGAAGGACT GCAAACTTTG GGGGCTCAAA TGCAAGGTGG TTTTGGATGT 11160
GGCAACCAGT TGCCAAAAAC AGATGGAGGA AGTGAAACCA AGAAACAGCG AAGCAAACGG 11220
ACTCAGAGGA CGGGTGAGAA AGCAGCACCT CGCTC 11256
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Chs-0076 ENSCSAP00000002864.1 Chlorocebus sabaeus 95 0.0 5777
WERAM-Pat-0168 ENSPTRP00000046674.3 Pan troglodytes 93 0.0 5633
WERAM-Hos-0018 ENSP00000347325.3 Homo sapiens 93 0.0 5633
WERAM-Nol-0046 ENSNLEP00000005663.2 Nomascus leucogenys 92 0.0 5556
WERAM-Paa-0005 ENSPANP00000006150.1 Papio anubis 92 0.0 5497
WERAM-Gog-0210 ENSGGOP00000027941.1 Gorilla gorilla 89 0.0 5319
WERAM-Eqc-0189 ENSECAP00000020200.1 Equus caballus 85 0.0 5115
WERAM-Aim-0154 ENSAMEP00000014067.1 Ailuropoda melanoleuca 84 0.0 5023
WERAM-Ict-0124 ENSSTOP00000012342.2 Ictidomys tridecemlineatus 83 0.0 5000
WERAM-Caf-0059 ENSCAFP00000007370.4 Canis familiaris 83 0.0 4997
WERAM-Tut-0198 ENSTTRP00000016174.1 Tursiops truncatus 82 0.0 4938
WERAM-Orc-0115 ENSOCUP00000009766.3 Oryctolagus cuniculus 82 0.0 4929
WERAM-Fec-0096 ENSFCAP00000008002.3 Felis catus 82 0.0 4814
WERAM-Cap-0018 ENSCPOP00000001682.2 Cavia porcellus 80 0.0 4806
WERAM-Mum-0152 ENSMUSP00000043874.7 Mus musculus 80 0.0 4783
WERAM-Bot-0193 ENSBTAP00000028347.5 Bos taurus 80 0.0 4757
WERAM-Ova-0045 ENSOARP00000005594.1 Ovis aries 79 0.0 4653
WERAM-Mup-0098 ENSMPUP00000009152.1 Mustela putorius furo 82 0.0 4559
WERAM-Ora-0065 ENSOANP00000009850.3 Ornithorhynchus anatinus 72 0.0 4217
WERAM-Otg-0078 ENSOGAP00000005885.2 Otolemur garnettii 84 0.0 4170
WERAM-Sah-0130 ENSSHAP00000013860.1 Sarcophilus harrisii 73 0.0 4117
WERAM-Myl-0122 ENSMLUP00000010086.2 Myotis lucifugus 79 0.0 4082
WERAM-Caj-0209 ENSCJAP00000036628.3 Callithrix jacchus 92 0.0 4015
WERAM-Gaga-0065 ENSGALP00000010110.4 Gallus gallus 67 0.0 3928
WERAM-Meg-0048 ENSMGAP00000004625.2 Meleagris gallopavo 68 0.0 3913
WERAM-Anp-0025 ENSAPLP00000003226.1 Anas platyrhynchos 67 0.0 3885
WERAM-Tag-0008 ENSTGUP00000000641.1 Taeniopygia guttata 67 0.0 3628
WERAM-Anc-0148 ENSACAP00000014142.2 Anolis carolinensis 63 0.0 3479
WERAM-Tas-0126 ENSTSYP00000013377.1 Tarsius syrichta 86 0.0 3182
WERAM-Lac-0079 ENSLACP00000010253.1 Latimeria chalumnae 56 0.0 2978
WERAM-Loa-0084 ENSLAFP00000006640.4 Loxodonta africana 82 0.0 2927
WERAM-Poa-0169 ENSPPYP00000020408.2 Pongo abelii 92 0.0 2763
WERAM-Ptv-0086 ENSPVAP00000007862.1 Pteropus vampyrus 76 0.0 2567
WERAM-Dio-0019 ENSDORP00000002189.1 Dipodomys ordii 77 0.0 2517
WERAM-Mim-0010 ENSMICP00000000977.1 Microcebus murinus 83 0.0 2505
WERAM-Chh-0008 ENSCHOP00000000593.1 Choloepus hoffmanni 78 0.0 2213
WERAM-Leo-0127 ENSLOCP00000015481.1 Lepisosteus oculatus 53 0.0 2038
WERAM-Mod-0040 ENSMODP00000005845.3 Monodelphis domestica 75 0.0 2009
WERAM-Vip-0013 ENSVPAP00000001498.1 Vicugna pacos 83 0.0 1928
WERAM-Ten-0186 ENSTNIP00000018287.1 Tetraodon nigroviridis 45 0.0 1651
WERAM-Dar-0184 ENSDARP00000115827.2 Danio rerio 47 0.0 1406
WERAM-Gaa-0138 ENSGACP00000017696.1 Gasterosteus aculeatus 48 0.0 1352
WERAM-Xim-0205 ENSXMAP00000016470.1 Xiphophorus maculatus 46 0.0 1303
WERAM-Pof-0064 ENSPFOP00000005925.2 Poecilia formosa 46 0.0 1297
WERAM-Ocp-0124 ENSOPRP00000012666.1 Ochotona princeps 75 0.0 1295
WERAM-Tar-0071 ENSTRUP00000014027.1 Takifugu rubripes 47 0.0 1292
WERAM-Orla-0181 ENSORLP00000020984.1 Oryzias latipes 44 0.0 1264
WERAM-Mae-0021 ENSMEUP00000001693.1 Macropus eugenii 70 0.0 1177
WERAM-Prc-0090 ENSPCAP00000008256.1 Procavia capensis 80 0.0 1120
WERAM-Ran-0259 ENSRNOP00000072878.1 Rattus norvegicus 73 0.0 1047
WERAM-Orn-0120 ENSONIP00000012272.1 Oreochromis niloticus 57 0.0 796
WERAM-Gam-0038 ENSGMOP00000003815.1 Gadus morhua 65 0.0 793
WERAM-Asm-0011 ENSAMXP00000001840.1 Astyanax mexicanus 40 0.0 786
WERAM-Soa-0040 ENSSARP00000003919.1 Sorex araneus 61 0.0 674
WERAM-Pem-0018 ENSPMAP00000002590.1 Petromyzon marinus 43 0.0 647
WERAM-Pes-0170 ENSPSIP00000020005.1 Pelodiscus sinensis 76 3e-164 578
WERAM-Sus-0005 ENSSSCP00000000202.2 Sus scrofa 43 1e-161 570
WERAM-Dan-0166 ENSDNOP00000021359.1 Dasypus novemcinctus 43 2e-159 562
WERAM-Ere-0080 ENSEEUP00000007438.1 Erinaceus europaeus 42 4e-151 535
WERAM-Xet-0077 ENSXETP00000024426.3 Xenopus tropicalis 49 1e-130 467
WERAM-Fia-0003 ENSFALP00000000206.1 Ficedula albicollis 53 3e-126 452
WERAM-Ect-0018 ENSETEP00000001138.1 Echinops telfairi 51 3e-77 290
WERAM-Drm-0094 FBpp0072043 Drosophila melanogaster 33 7e-67 255
WERAM-Cae-0045 T12D8.1 Caenorhabditis elegans 46 2e-56 220
WERAM-Mua-0133 GSMUA_Achr8P31480_001 Musa acuminata 32 9e-26 119
WERAM-Glm-0107 GLYMA09G36290.1 Glycine max 30 9e-25 115
WERAM-Brr-0201 Bra040045.1-P Brassica rapa 32 9e-25 115
WERAM-Bro-0020 Bo1g145070.1 Brassica oleracea 32 1e-24 115
WERAM-Cis-0045 ENSCSAVP00000009955.1 Ciona savignyi 34 2e-24 114
WERAM-Php-0038 PP1S184_45V6.1 Physcomitrella patens 32 2e-24 114
WERAM-Arl-0072 fgenesh2_kg.3__ 844__ AT3G08020.1 Arabidopsis lyrata 32 8e-24 112
WERAM-Amt-0090 ERN00866 Amborella trichopoda 31 1e-23 111
WERAM-Art-0067 AT3G08020.1 Arabidopsis thaliana 32 1e-23 111
WERAM-Met-0094 KEH29501 Medicago truncatula 29 2e-23 110
WERAM-Pot-0104 POPTR_0009s06440.1 Populus trichocarpa 31 3e-23 110
WERAM-Thc-0017 EOX96661 Theobroma cacao 31 4e-23 110
WERAM-Sol-0013 Solyc01g087430.2.1 Solanum lycopersicum 30 4e-23 110
WERAM-Prp-0032 EMJ21805 Prunus persica 31 9e-23 108
WERAM-Viv-0082 VIT_13s0064g00630.t01 Vitis vinifera 32 1e-22 108
WERAM-Brd-0094 BRADI4G06137.1 Brachypodium distachyon 31 2e-21 104
WERAM-Crn-0024 AAW44449 Cryptococcus neoformans 39 3e-21 103
WERAM-Tub-0051 ENSTBEP00000006325.1 Tupaia belangeri 34 3e-21 103
WERAM-Tra-0246 Traes_5DS_E82950B9C.1 Triticum aestivum 30 5e-21 103
WERAM-Sei-0081 Si021380m Setaria italica 29 6e-21 102
WERAM-Orl-0077 KN539619.1_FGP013 Oryza longistaminata 29 8e-21 102
WERAM-Orni-0122 ONIVA12G14190.1 Oryza nivara 29 9e-21 102
WERAM-Orgl-0120 OGLUM12G15650.1 Oryza glumaepatula 29 1e-20 102
WERAM-Orr-0123 ORUFI12G15660.1 Oryza rufipogon 29 1e-20 102
WERAM-Orp-0113 OPUNC12G12830.1 Oryza punctata 29 1e-20 101
WERAM-Ors-0110 OS12T0527800-01 Oryza sativa 29 1e-20 101
WERAM-Org-0115 ORGLA12G0122900.1 Oryza glaberrima 29 1e-20 101
WERAM-Zem-0055 GRMZM2G081350_P01 Zea mays 30 2e-20 101
WERAM-Orbr-0125 OB12G21490.1 Oryza brachyantha 29 2e-20 100
Created Date 25-Jun-2016