Tag |
Content |
WERAM ID |
WERAM-Ten-0098 |
Ensembl Protein ID |
ENSTNIP00000010889.1 |
Gene Name |
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Ensembl Information |
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Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HMT |
SUV39 |
7.70e-73 |
243.6 |
258 |
1225 |
|
Organism |
Tetraodon nigroviridis |
Domain Profile |
HMT SUV39
SUV39.txt 14 GvrclddiakgsFvciyaGeiltddeaeke 43 G r + + + g+ v yaG + + +++++ ENSTNIP00000010889.1 258 GARVVAKYKDGNLVWLYAGIVAEMPNNKNR 287 77999999***********99887777655 PP SUV39.txt 1 vrLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdss........ 79 vrLq+fkt+nkGwG+rclddiakgsFvciyaG+iltdd+a+keg e+gdey+a+ld++esven+kegyes++ +s+ + ENSTNIP00000010889.1 805 VRLQLFKTQNKGWGIRCLDDIAKGSFVCIYAGKILTDDFADKEGPEMGDEYFANLDHIESVENFKEGYESEAHCSDSEGsgvddtnd 891 79************************************************************************988879******* PP SUV39.txt 80 ....................................................................................... 79 ENSTNIP00000010889.1 892 eddkdskseeesdssddtfvkdsyyssssvwrsyttrgqvkgnkegedaaapalrkktsgvralgvfllsslgsqdskdgmntstkg 978 *************************************************************************************** PP SUV39.txt 80 ....................................................................................... 79 ENSTNIP00000010889.1 979 ndedkppampeesgkskvvswlnqglktvsrkseqennrkliffhlitgnrreqqvsaeicffsalkpslvtgcvptprtlalfvqs 1065 *************************************************************************************** PP SUV39.txt 80 ....................................................................................... 79 ENSTNIP00000010889.1 1066 kkqdvmtlsdsddvqtissgsddnkekekvplgvtkkqvavkstrgialkaghgmmvktgtpggaggpggssktgqqghsggggdga 1152 *************************************************************************************** PP SUV39.txt 80 ..ntrqekdkeeseyiidakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 ntr ++d+ees+yiidak egn+gr+lnHscspNlfvqnvfvdthdlrfp+vafFaskri+agtELtwdY+ ENSTNIP00000010889.1 1153 hrNTRLFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVDTHDLRFPWVAFFASKRIRAGTELTWDYN 1225 ************************************************************************7 PP
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Protein Sequence (Fasta) | VGSLSLPLLL IDKTESTERM EVDGWDSSLE EELGVSLDEL RKVIEATVET SDIVQEKRAQ 60 LMELKQLVEE KEKEEAQTEL LLTRAFQSVE ECEKLVKAAC QRNGLVYQES GPEDQGEEGC 120 PLSPEVIEID DEDDDDDVIA VGCFRGHTER SRRSLQKTSQ QVQNLAQLVK KHSAIVTVPS 180 QSVTQPNPNV SEDELKTGMN ILGKKRTKTW YRGILIAITP IGNGVLKYKV KFDKGKNLLS 240 GNHIAFDYNP TLEALYVGAR VVAKYKDGNL VWLYAGIVAE MPNNKNRMRF LIFFDDGYAS 300 YVTLPELFPV CRPLRRTWED IEDPSCRDFI EEYITAYPSR PMVLLKVGQI IKTEWEGTWW 360 KSKVEEVDGS LVKILFLDDK RSEWIYRGST RLEPMFNLKM TTANMQEKKL AGQQRTRPNM 420 GALRSKGPVV QYTSDGPVGA SPVKSPPTSP SQPPQTSPQT QHPPPSEPQQ SAQAPQPAPL 480 PRPEGKHQMA KKSTSPFVPG VGGTHASKIS LSSGPSNPAA VKTGNLLIAA AATASPTPPS 540 YPKQQSAPAP PPVPPATAIV PQQPAYRAST DRIFYLPHTC QPACLKRVRP VGPDVHQGKN 600 PLLMPLLYEF RRMTGRRKVN RKMSFHVIYK APCGLCLRNM SEIQHYLFQT NCDFIYLEMF 660 CLDAYVLVDR PFQPQRPFYY IHDITGGKED IPLSCVNEID STPPPKVAYS KERIPEDGVF 720 INTSDDFLVG CDCTDGCRDK SKCSCHQLTR QATGCTPGGQ INPNAGYTYK RLEECLPTGI 780 YECNKRCKCC PRMCTNRLVQ HGLQVRLQLF KTQNKGWGIR CLDDIAKGSF VCIYAGKILT 840 DDFADKEGPE MGDEYFANLD HIESVENFKE GYESEAHCSD SEGSGVDDTN DEDDKDSKSE 900 EESDSSDDTF VKDSYYSSSS VWRSYTTRGQ VKGNKEGEDA AAPALRKKTS GVRALGVFLL 960 SSLGSQDSKD GMNTSTKGND EDKPPAMPEE SGKSKVVSWL NQGLKTVSRK SEQENNRKLI 1020 FFHLITGNRR EQQVSAEICF FSALKPSLVT GCVPTPRTLA LFVQSKKQDV MTLSDSDDVQ 1080 TISSGSDDNK EKEKVPLGVT KKQVAVKSTR GIALKAGHGM MVKTGTPGGA GGPGGSSKTG 1140 QQGHSGGGGD GAHRNTRLFF DGEESCYIID AKLEGNLGRY LNHSCSPNLF VQNVFVDTHD 1200 LRFPWVAFFA SKRIRAGTEL TWDYNYEVGS VQGKVLLCCC GSTECRGRLL Protein Fasta Sequence
>ENSTNIP00000010889.1|SUV39|Tetraodon nigroviridis VGSLSLPLLLIDKTESTERMEVDGWDSSLEEELGVSLDELRKVIEATVETSDIVQEKRAQLMELKQLVEEKEKEEAQTELLLTRAFQSVEECEKLVKAACQRNGLVYQESGPEDQGEEGCPLSPEVIEIDDEDDDDDVIAVGCFRGHTERSRRSLQKTSQQVQNLAQLVKKHSAIVTVPSQSVTQPNPNVSEDELKTGMNILGKKRTKTWYRGILIAITPIGNGVLKYKVKFDKGKNLLSGNHIAFDYNPTLEALYVGARVVAKYKDGNLVWLYAGIVAEMPNNKNRMRFLIFFDDGYASYVTLPELFPVCRPLRRTWEDIEDPSCRDFIEEYITAYPSRPMVLLKVGQIIKTEWEGTWWKSKVEEVDGSLVKILFLDDKRSEWIYRGSTRLEPMFNLKMTTANMQEKKLAGQQRTRPNMGALRSKGPVVQYTSDGPVGASPVKSPPTSPSQPPQTSPQTQHPPPSEPQQSAQAPQPAPLPRPEGKHQMAKKSTSPFVPGVGGTHASKISLSSGPSNPAAVKTGNLLIAAAATASPTPPSYPKQQSAPAPPPVPPATAIVPQQPAYRASTDRIFYLPHTCQPACLKRVRPVGPDVHQGKNPLLMPLLYEFRRMTGRRKVNRKMSFHVIYKAPCGLCLRNMSEIQHYLFQTNCDFIYLEMFCLDAYVLVDRPFQPQRPFYYIHDITGGKEDIPLSCVNEIDSTPPPKVAYSKERIPEDGVFINTSDDFLVGCDCTDGCRDKSKCSCHQLTRQATGCTPGGQINPNAGYTYKRLEECLPTGIYECNKRCKCCPRMCTNRLVQHGLQVRLQLFKTQNKGWGIRCLDDIAKGSFVCIYAGKILTDDFADKEGPEMGDEYFANLDHIESVENFKEGYESEAHCSDSEGSGVDDTNDEDDKDSKSEEESDSSDDTFVKDSYYSSSSVWRSYTTRGQVKGNKEGEDAAAPALRKKTSGVRALGVFLLSSLGSQDSKDGMNTSTKGNDEDKPPAMPEESGKSKVVSWLNQGLKTVSRKSEQENNRKLIFFHLITGNRREQQVSAEICFFSALKPSLVTGCVPTPRTLALFVQSKKQDVMTLSDSDDVQTISSGSDDNKEKEKVPLGVTKKQVAVKSTRGIALKAGHGMMVKTGTPGGAGGPGGSSKTGQQGHSGGGGDGAHRNTRLFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVDTHDLRFPWVAFFASKRIRAGTELTWDYNYEVGSVQGKVLLCCCGSTECRGRLL
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Nucleotide Sequence (Fasta) | GTCGGTAGCC TTAGCTTACC GCTGTTACTA ATAGATAAGA CGGAAAGCAC CGAGAGAATG 60 GAGGTGGATG GCTGGGACTC CAGTCTGGAG GAGGAGCTGG GTGTTTCTCT GGACGAGCTC 120 AGAAAGGTCA TTGAAGCAAC TGTGGAAACT AGCGACATTG TGCAGGAGAA GAGGGCTCAG 180 TTGATGGAGC TCAAGCAGCT GGTGGAGGAG AAAGAGAAAG AGGAGGCCCA GACAGAGCTG 240 CTGCTGACCA GAGCCTTTCA GTCCGTAGAG GAGTGTGAGA AACTGGTGAA GGCAGCTTGC 300 CAAAGGAACG GCCTCGTTTA CCAGGAGAGC GGCCCGGAGG ACCAAGGGGA GGAAGGATGC 360 CCGCTGTCCC CCGAGGTCAT CGAGATAGAC GACGAGGACG ATGACGATGA TGTCATCGCC 420 GTTGGTTGTT TCAGAGGCCA CACGGAACGC TCTCGCCGAT CTTTGCAGAA AACCTCCCAG 480 CAGGTGCAGA ATTTAGCCCA GTTGGTGAAA AAGCATTCGG CCATCGTCAC CGTTCCGTCC 540 CAGTCCGTAA CACAGCCGAA CCCCAACGTG TCAGAAGACG AGCTCAAGAC GGGGATGAAC 600 ATTTTAGGGA AAAAACGCAC CAAGACCTGG TACCGGGGCA TCCTCATCGC CATCACCCCT 660 ATTGGAAACG GCGTGCTCAA GTATAAAGTA AAGTTTGACA AAGGCAAAAA CCTGTTGTCG 720 GGAAACCACA TCGCTTTCGA CTACAACCCC ACCCTGGAGG CTCTGTACGT CGGTGCTCGG 780 GTTGTGGCCA AGTACAAAGA CGGTAACCTG GTGTGGCTGT ACGCTGGAAT AGTAGCAGAG 840 ATGCCCAACA ACAAGAACCG AATGAGGTTT TTAATCTTCT TTGACGATGG ATACGCCTCA 900 TACGTAACGT TACCTGAGCT CTTCCCAGTT TGTCGACCAT TACGGCGTAC CTGGGAGGAC 960 ATAGAGGACC CGTCCTGTCG AGACTTTATC GAGGAGTACA TCACGGCCTA CCCCAGCAGG 1020 CCCATGGTGC TCCTGAAAGT GGGCCAGATC ATCAAGACCG AGTGGGAAGG GACGTGGTGG 1080 AAGAGCAAAG TGGAGGAAGT GGATGGAAGC CTGGTCAAGA TCCTCTTTCT GGACGATAAG 1140 AGGAGTGAGT GGATCTACAG AGGCTCCACC AGGCTGGAAC CCATGTTCAA CCTGAAGATG 1200 ACCACCGCCA ACATGCAGGA GAAGAAGCTG GCCGGCCAGC AAAGGACGCG ACCTAACATG 1260 GGAGCGCTGA GGAGCAAAGG CCCGGTTGTA CAGTACACCA GCGACGGCCC TGTGGGAGCC 1320 TCTCCCGTCA AAAGCCCACC GACGTCGCCC AGCCAGCCTC CGCAGACGTC CCCACAAACG 1380 CAGCATCCTC CGCCCTCTGA GCCCCAGCAG AGCGCGCAGG CGCCCCAGCC CGCGCCGCTG 1440 CCACGTCCCG AGGGTAAACA CCAAATGGCC AAGAAGAGTA CTTCTCCATT TGTGCCCGGG 1500 GTGGGAGGAA CCCACGCCTC CAAAATCAGC CTTTCCTCTG GTCCCAGTAA CCCCGCCGCC 1560 GTAAAAACAG GAAACCTCCT GATCGCGGCT GCAGCCACGG CCTCCCCCAC CCCACCCTCG 1620 TACCCGAAAC AGCAGTCCGC CCCCGCCCCG CCTCCCGTTC CCCCGGCCAC CGCCATCGTC 1680 CCGCAGCAGC CGGCGTACCG CGCCTCCACA GACCGCATCT TCTACCTGCC CCACACGTGC 1740 CAGCCGGCCT GCCTGAAGCG CGTCCGTCCC GTCGGACCAG ACGTTCACCA GGGGAAGAAC 1800 CCCCTCCTCA TGCCCTTACT CTACGAGTTC AGGCGCATGA CAGGCCGACG CAAAGTCAAC 1860 CGCAAGATGT CCTTCCACGT CATCTACAAG GCCCCGTGTG GACTTTGCCT GCGCAACATG 1920 TCCGAAATCC AGCACTACCT CTTCCAGACG AACTGTGACT TTATATATTT GGAGATGTTT 1980 TGTTTGGACG CGTACGTGCT GGTGGACCGG CCCTTCCAGC CTCAGAGGCC TTTCTACTAC 2040 ATCCACGACA TCACCGGTGG AAAGGAGGAC ATCCCGCTTT CCTGTGTGAA CGAGATCGAT 2100 TCCACGCCGC CCCCTAAAGT CGCCTACAGT AAAGAGCGGA TTCCTGAGGA CGGCGTCTTC 2160 ATCAACACCA GCGACGACTT CCTGGTCGGC TGCGACTGCA CGGACGGCTG CCGGGACAAG 2220 TCTAAGTGCT CCTGTCACCA GCTGACCCGC CAGGCTACGG GTTGTACCCC AGGGGGGCAG 2280 ATTAACCCGA ACGCTGGATA CACCTACAAG CGGTTAGAGG AGTGCCTCCC CACAGGGATC 2340 TACGAGTGCA ACAAGCGGTG TAAATGCTGC CCTCGCATGT GCACCAACCG GCTGGTGCAG 2400 CACGGCCTGC AAGTGCGCCT GCAGCTCTTC AAAACCCAGA ACAAAGGCTG GGGCATCCGC 2460 TGCCTGGACG ACATAGCCAA AGGCTCCTTC GTCTGCATCT ACGCGGGTAA AATTTTGACA 2520 GACGACTTTG CCGACAAGGA AGGTCCGGAG ATGGGAGACG AGTACTTTGC TAATCTGGAC 2580 CACATAGAGA GTGTGGAGAA CTTCAAAGAG GGCTACGAGA GCGAGGCTCA CTGTTCGGAC 2640 AGCGAGGGAA GCGGCGTGGA CGACACCAAC GACGAGGACG ACAAAGACTC GAAAAGCGAA 2700 GAGGAGAGCG ACAGTTCCGA CGACACCTTC GTCAAGGACA GCTACTACAG CTCCAGCTCG 2760 GTGTGGAGGA GTTACACCAC CCGCGGTCAG GTCAAAGGCA ACAAGGAGGG TGAGGATGCT 2820 GCTGCGCCCG CTCTTAGGAA AAAGACGAGT GGAGTTAGAG CGTTGGGGGT GTTTTTGTTG 2880 TCTTCTTTAG GAAGCCAAGA CAGTAAAGAT GGGATGAACA CCTCCACTAA GGGGAACGAC 2940 GAGGACAAGC CGCCGGCCAT GCCGGAAGAA TCGGGGAAAA GTAAAGTGGT TTCTTGGCTC 3000 AACCAGGGCC TGAAGACGGT GAGTCGGAAG TCCGAGCAGG AAAATAATCG CAAACTCATC 3060 TTTTTCCATT TGATCACAGG AAACAGGAGA GAGCAACAGG TGAGTGCTGA AATCTGCTTT 3120 TTTTCCGCTC TTAAACCCTC TCTGGTGACT GGATGTGTCC CCACACCGAG GACTTTGGCT 3180 CTTTTTGTAC AGTCAAAGAA GCAAGACGTG ATGACTCTTT CCGACAGCGA TGACGTTCAG 3240 ACCATCAGCT CGGGATCGGA CGACAACAAG GAGAAAGAGA AAGTCCCCCT GGGCGTGACT 3300 AAGAAGCAGG TGGCGGTGAA GTCCACCCGA GGCATCGCCC TGAAGGCCGG CCACGGGATG 3360 ATGGTGAAAA CCGGCACGCC CGGCGGCGCA GGAGGTCCCG GCGGCAGCAG CAAGACGGGA 3420 CAGCAGGGAC ACTCGGGAGG AGGCGGAGAC GGCGCTCACA GAAACACTCG CCTCTTCTTC 3480 GACGGCGAGG AGTCCTGTTA CATCATTGAC GCTAAGCTGG AAGGAAATCT GGGGCGCTAC 3540 CTCAACCACA GCTGCAGTCC GAACCTGTTT GTCCAGAACG TGTTTGTGGA CACGCATGAC 3600 CTGCGCTTTC CCTGGGTGGC GTTCTTTGCC AGCAAGCGGA TTCGGGCCGG CACGGAGCTG 3660 ACGTGGGACT ACAACTACGA GGTGGGCAGC GTGCAGGGGA AGGTGCTGCT CTGCTGCTGC 3720 GGCTCCACCG AGTGCAGAGG GAGACTCCTG TGA
3754Nucleotide Fasta Sequence
>ENSTNIP00000010889.1|SUV39|Tetraodon nigroviridis GTCGGTAGCCTTAGCTTACCGCTGTTACTAATAGATAAGACGGAAAGCACCGAGAGAATGGAGGTGGATGGCTGGGACTCCAGTCTGGAGGAGGAGCTGGGTGTTTCTCTGGACGAGCTCAGAAAGGTCATTGAAGCAACTGTGGAAACTAGCGACATTGTGCAGGAGAAGAGGGCTCAGTTGATGGAGCTCAAGCAGCTGGTGGAGGAGAAAGAGAAAGAGGAGGCCCAGACAGAGCTGCTGCTGACCAGAGCCTTTCAGTCCGTAGAGGAGTGTGAGAAACTGGTGAAGGCAGCTTGCCAAAGGAACGGCCTCGTTTACCAGGAGAGCGGCCCGGAGGACCAAGGGGAGGAAGGATGCCCGCTGTCCCCCGAGGTCATCGAGATAGACGACGAGGACGATGACGATGATGTCATCGCCGTTGGTTGTTTCAGAGGCCACACGGAACGCTCTCGCCGATCTTTGCAGAAAACCTCCCAGCAGGTGCAGAATTTAGCCCAGTTGGTGAAAAAGCATTCGGCCATCGTCACCGTTCCGTCCCAGTCCGTAACACAGCCGAACCCCAACGTGTCAGAAGACGAGCTCAAGACGGGGATGAACATTTTAGGGAAAAAACGCACCAAGACCTGGTACCGGGGCATCCTCATCGCCATCACCCCTATTGGAAACGGCGTGCTCAAGTATAAAGTAAAGTTTGACAAAGGCAAAAACCTGTTGTCGGGAAACCACATCGCTTTCGACTACAACCCCACCCTGGAGGCTCTGTACGTCGGTGCTCGGGTTGTGGCCAAGTACAAAGACGGTAACCTGGTGTGGCTGTACGCTGGAATAGTAGCAGAGATGCCCAACAACAAGAACCGAATGAGGTTTTTAATCTTCTTTGACGATGGATACGCCTCATACGTAACGTTACCTGAGCTCTTCCCAGTTTGTCGACCATTACGGCGTACCTGGGAGGACATAGAGGACCCGTCCTGTCGAGACTTTATCGAGGAGTACATCACGGCCTACCCCAGCAGGCCCATGGTGCTCCTGAAAGTGGGCCAGATCATCAAGACCGAGTGGGAAGGGACGTGGTGGAAGAGCAAAGTGGAGGAAGTGGATGGAAGCCTGGTCAAGATCCTCTTTCTGGACGATAAGAGGAGTGAGTGGATCTACAGAGGCTCCACCAGGCTGGAACCCATGTTCAACCTGAAGATGACCACCGCCAACATGCAGGAGAAGAAGCTGGCCGGCCAGCAAAGGACGCGACCTAACATGGGAGCGCTGAGGAGCAAAGGCCCGGTTGTACAGTACACCAGCGACGGCCCTGTGGGAGCCTCTCCCGTCAAAAGCCCACCGACGTCGCCCAGCCAGCCTCCGCAGACGTCCCCACAAACGCAGCATCCTCCGCCCTCTGAGCCCCAGCAGAGCGCGCAGGCGCCCCAGCCCGCGCCGCTGCCACGTCCCGAGGGTAAACACCAAATGGCCAAGAAGAGTACTTCTCCATTTGTGCCCGGGGTGGGAGGAACCCACGCCTCCAAAATCAGCCTTTCCTCTGGTCCCAGTAACCCCGCCGCCGTAAAAACAGGAAACCTCCTGATCGCGGCTGCAGCCACGGCCTCCCCCACCCCACCCTCGTACCCGAAACAGCAGTCCGCCCCCGCCCCGCCTCCCGTTCCCCCGGCCACCGCCATCGTCCCGCAGCAGCCGGCGTACCGCGCCTCCACAGACCGCATCTTCTACCTGCCCCACACGTGCCAGCCGGCCTGCCTGAAGCGCGTCCGTCCCGTCGGACCAGACGTTCACCAGGGGAAGAACCCCCTCCTCATGCCCTTACTCTACGAGTTCAGGCGCATGACAGGCCGACGCAAAGTCAACCGCAAGATGTCCTTCCACGTCATCTACAAGGCCCCGTGTGGACTTTGCCTGCGCAACATGTCCGAAATCCAGCACTACCTCTTCCAGACGAACTGTGACTTTATATATTTGGAGATGTTTTGTTTGGACGCGTACGTGCTGGTGGACCGGCCCTTCCAGCCTCAGAGGCCTTTCTACTACATCCACGACATCACCGGTGGAAAGGAGGACATCCCGCTTTCCTGTGTGAACGAGATCGATTCCACGCCGCCCCCTAAAGTCGCCTACAGTAAAGAGCGGATTCCTGAGGACGGCGTCTTCATCAACACCAGCGACGACTTCCTGGTCGGCTGCGACTGCACGGACGGCTGCCGGGACAAGTCTAAGTGCTCCTGTCACCAGCTGACCCGCCAGGCTACGGGTTGTACCCCAGGGGGGCAGATTAACCCGAACGCTGGATACACCTACAAGCGGTTAGAGGAGTGCCTCCCCACAGGGATCTACGAGTGCAACAAGCGGTGTAAATGCTGCCCTCGCATGTGCACCAACCGGCTGGTGCAGCACGGCCTGCAAGTGCGCCTGCAGCTCTTCAAAACCCAGAACAAAGGCTGGGGCATCCGCTGCCTGGACGACATAGCCAAAGGCTCCTTCGTCTGCATCTACGCGGGTAAAATTTTGACAGACGACTTTGCCGACAAGGAAGGTCCGGAGATGGGAGACGAGTACTTTGCTAATCTGGACCACATAGAGAGTGTGGAGAACTTCAAAGAGGGCTACGAGAGCGAGGCTCACTGTTCGGACAGCGAGGGAAGCGGCGTGGACGACACCAACGACGAGGACGACAAAGACTCGAAAAGCGAAGAGGAGAGCGACAGTTCCGACGACACCTTCGTCAAGGACAGCTACTACAGCTCCAGCTCGGTGTGGAGGAGTTACACCACCCGCGGTCAGGTCAAAGGCAACAAGGAGGGTGAGGATGCTGCTGCGCCCGCTCTTAGGAAAAAGACGAGTGGAGTTAGAGCGTTGGGGGTGTTTTTGTTGTCTTCTTTAGGAAGCCAAGACAGTAAAGATGGGATGAACACCTCCACTAAGGGGAACGACGAGGACAAGCCGCCGGCCATGCCGGAAGAATCGGGGAAAAGTAAAGTGGTTTCTTGGCTCAACCAGGGCCTGAAGACGGTGAGTCGGAAGTCCGAGCAGGAAAATAATCGCAAACTCATCTTTTTCCATTTGATCACAGGAAACAGGAGAGAGCAACAGGTGAGTGCTGAAATCTGCTTTTTTTCCGCTCTTAAACCCTCTCTGGTGACTGGATGTGTCCCCACACCGAGGACTTTGGCTCTTTTTGTACAGTCAAAGAAGCAAGACGTGATGACTCTTTCCGACAGCGATGACGTTCAGACCATCAGCTCGGGATCGGACGACAACAAGGAGAAAGAGAAAGTCCCCCTGGGCGTGACTAAGAAGCAGGTGGCGGTGAAGTCCACCCGAGGCATCGCCCTGAAGGCCGGCCACGGGATGATGGTGAAAACCGGCACGCCCGGCGGCGCAGGAGGTCCCGGCGGCAGCAGCAAGACGGGACAGCAGGGACACTCGGGAGGAGGCGGAGACGGCGCTCACAGAAACACTCGCCTCTTCTTCGACGGCGAGGAGTCCTGTTACATCATTGACGCTAAGCTGGAAGGAAATCTGGGGCGCTACCTCAACCACAGCTGCAGTCCGAACCTGTTTGTCCAGAACGTGTTTGTGGACACGCATGACCTGCGCTTTCCCTGGGTGGCGTTCTTTGCCAGCAAGCGGATTCGGGCCGGCACGGAGCTGACGTGGGACTACAACTACGAGGTGGGCAGCGTGCAGGGGAAGGTGCTGCTCTGCTGCTGCGGCTCCACCGAGTGCAGAGGGAGACTCCTGTGA
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Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |