Tag |
Content |
WERAM ID |
WERAM-Dar-0167 |
Ensembl Protein ID |
ENSDARP00000101801.3 |
Gene Name |
l3mbtl1b |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
2.80e-86 |
272.9 |
234 |
330 |
|
Organism |
Danio rerio |
Domain Profile |
Me_Reader MBT
MBT-2.txt 2 dwkeylrktldgakvapkslseklseskalls.fkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 +w+ yl + +a +ap +l+++ ++ ++ + fkvgm+lE +d ++ + +v tv ev g r++++f++ e +d+W++++s ++ p ENSDARP00000101801.3 234 SWSVYLEEE--RAAAAPLKLFKEHQSFPQSRNgFKVGMKLEGLDPCHPALFCVLTVAEVQGYRIRLHFDGY-PECYDFWVNADSWDVKP 319 7999**999..9**********99999888777**************************************.***************** PP MBT-2.txt 90 vGwaakqgkel 100 Gw++k+ +l ENSDARP00000101801.3 320 PGWCEKTSLKL 330 *****998776 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 ++w++y++++ + + apk+l+++l+ s ++++f+ gm+lE+vd+kn s i+vat+ + +++rl ++ + d+++dyW+d+ssp+i+p ENSDARP00000101801.3 341 FNWNTYVKNC--RGQLAPKHLFKSLNTSVTPSGFRAGMKLEAVDRKNLSDICVATIAAAVDNRLLIHIDHC-DDTHDYWCDASSPYIHP 426 59********..99*********************************************************.***************** PP MBT-2.txt 90 vGwaakqgkelqpp 103 vG++++ +l++p ENSDARP00000101801.3 427 VGYCEEVKLTLTTP 440 *****999888776 PP MBT-2.txt 2 dwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifpv 90 +w++yl +t g ++ap+ +++ +++ +f+vg +lE+vdk+n+++irvat+++ ++r+k++f+++ ++++dyW+d++sp ++pv ENSDARP00000101801.3 450 SWEKYLEET--GTQAAPARAFKQ----RPPHGFQVGVKLEAVDKRNPMLIRVATISDTEEHRIKIHFDGW-SDEYDYWLDADSPELHPV 531 8*******9..999999988865....56678**************************************.****************** PP MBT-2.txt 91 Gwaakqgkelqpp 103 Gw++k+g++lq p ENSDARP00000101801.3 532 GWCQKTGHPLQHP 544 **********986 PP
|
Protein Sequence (Fasta) | MAETSVSDGP ATGGDFDMMS ALDWKDGIAT LPGSDIRFRM TEFGTLEIVT EAEPKIKETE 60 LTDPQPKITG PINRHPPDLN TTSNQTAKIQ SNTDHQTSTP ASTEPQRQAG GDSSTVDNPI 120 INTVPNAIVP VTEAPINCRT CGLSGSRESF LQGKFCSASC VQPSSGRSTP AEAFEGERLG 180 KRVRKKKKMF MESEDEEEEN IEEEEERVKS SKGRRAAKVA RLVTAPLVKK KTWSWSVYLE 240 EERAAAAPLK LFKEHQSFPQ SRNGFKVGMK LEGLDPCHPA LFCVLTVAEV QGYRIRLHFD 300 GYPECYDFWV NADSWDVKPP GWCEKTSLKL LLPKGCRDGE FNWNTYVKNC RGQLAPKHLF 360 KSLNTSVTPS GFRAGMKLEA VDRKNLSDIC VATIAAAVDN RLLIHIDHCD DTHDYWCDAS 420 SPYIHPVGYC EEVKLTLTTP AEYKHLKGFS WEKYLEETGT QAAPARAFKQ RPPHGFQVGV 480 KLEAVDKRNP MLIRVATISD TEEHRIKIHF DGWSDEYDYW LDADSPELHP VGWCQKTGHP 540 LQHPNGTRDS PVPPGQGCPT PGCNGVGHIR GPRYGTHYTA VSCPYSDLNF NKDGLVPDRL 600 SGERPVTISG PPRHRRAETL TQTHQPTSSA STPEPPDTTT DACPQARPVR EHVVTAAAPK 660 CVKAPQVKQE GDGKDSLQQF LHESVFCGWE QPRFQLCWEK HGKLLPEALG LTAKRVSKWN 720 TEEVASFVRG LPGCREHAPT FRKEQIDGEA FLLLTQSDIV KILSIKLGPA LKIYNSILML 780 KSADEE 786Protein Fasta Sequence
>ENSDARP00000101801.3|MBT|Danio rerio MAETSVSDGPATGGDFDMMSALDWKDGIATLPGSDIRFRMTEFGTLEIVTEAEPKIKETELTDPQPKITGPINRHPPDLNTTSNQTAKIQSNTDHQTSTPASTEPQRQAGGDSSTVDNPIINTVPNAIVPVTEAPINCRTCGLSGSRESFLQGKFCSASCVQPSSGRSTPAEAFEGERLGKRVRKKKKMFMESEDEEEENIEEEEERVKSSKGRRAAKVARLVTAPLVKKKTWSWSVYLEEERAAAAPLKLFKEHQSFPQSRNGFKVGMKLEGLDPCHPALFCVLTVAEVQGYRIRLHFDGYPECYDFWVNADSWDVKPPGWCEKTSLKLLLPKGCRDGEFNWNTYVKNCRGQLAPKHLFKSLNTSVTPSGFRAGMKLEAVDRKNLSDICVATIAAAVDNRLLIHIDHCDDTHDYWCDASSPYIHPVGYCEEVKLTLTTPAEYKHLKGFSWEKYLEETGTQAAPARAFKQRPPHGFQVGVKLEAVDKRNPMLIRVATISDTEEHRIKIHFDGWSDEYDYWLDADSPELHPVGWCQKTGHPLQHPNGTRDSPVPPGQGCPTPGCNGVGHIRGPRYGTHYTAVSCPYSDLNFNKDGLVPDRLSGERPVTISGPPRHRRAETLTQTHQPTSSASTPEPPDTTTDACPQARPVREHVVTAAAPKCVKAPQVKQEGDGKDSLQQFLHESVFCGWEQPRFQLCWEKHGKLLPEALGLTAKRVSKWNTEEVASFVRGLPGCREHAPTFRKEQIDGEAFLLLTQSDIVKILSIKLGPALKIYNSILMLKSADEE
|
Nucleotide Sequence (Fasta) | CCCATTTGAA TAAAGCGGAC TCCTTTTGTT TTAAGAGCGT CAAAACCGTA AGGAGATTCA 60 AATACCACAT ACTATATCTT TAATATAAGG CCTTCTTAGA GCAACACGCA CTGATTAAGC 120 GAATTCTGGG GTCACGTAAG GACTCTAGGT GCTTCAGTTC GTCTAACTGT TTGCATCATG 180 AAGAGCATCC TTCACAAACA AACGTTGCGA TGAAGTTTAT AGAGGCTATA GAAGTTGGAC 240 GACACATATG AATCGGCGCA TGCGCAGTAA CGCCGCCATC CAGCTCTAAA TAAGAGTTAA 300 GAGAGAAACG AGAAAAAGAT GGCAGAGACA TCTGTAAGTG ATGGCCCTGC CACAGGAGGT 360 GATTTTGACA TGATGAGTGC TCTAGACTGG AAGGACGGCA TAGCCACGTT GCCTGGAAGT 420 GACATTCGGT TTCGGATGAC TGAATTTGGC ACTTTGGAGA TTGTCACAGA GGCAGAACCC 480 AAAATTAAAG AAACAGAGCT TACAGACCCA CAGCCTAAAA TTACAGGCCC AATCAACCGT 540 CATCCACCTG ACTTAAACAC AACTTCAAAT CAGACTGCAA AGATCCAGTC AAATACTGAT 600 CATCAGACAA GTACTCCTGC CTCCACCGAG CCCCAAAGGC AGGCCGGCGG GGACAGCAGC 660 ACGGTTGACA ACCCCATCAT AAACACTGTT CCCAATGCCA TCGTTCCTGT CACCGAAGCC 720 CCCATAAACT GCAGGACCTG TGGTCTCTCT GGCTCAAGGG AGTCCTTCCT ACAGGGCAAA 780 TTTTGCAGCG CTTCTTGTGT ACAGCCTTCT AGTGGGAGGT CAACCCCAGC TGAGGCATTC 840 GAAGGTGAGC GTTTAGGTAA ACGTGTGAGA AAGAAGAAGA AGATGTTTAT GGAGTCTGAA 900 GATGAGGAGG AGGAGAATAT AGAAGAGGAA GAGGAGAGAG TTAAATCCTC AAAGGGCAGA 960 CGAGCGGCTA AAGTTGCGAG ACTAGTAACG GCACCTCTCG TGAAGAAGAA AACCTGGAGC 1020 TGGTCAGTTT ATCTGGAGGA GGAGAGAGCT GCTGCCGCTC CGCTCAAACT CTTTAAAGAG 1080 CACCAGTCGT TTCCTCAAAG CAGGAATGGA TTTAAAGTTG GCATGAAATT AGAAGGGCTG 1140 GACCCCTGTC ATCCTGCGCT CTTCTGCGTT TTGACTGTTG CAGAGGTGCA AGGCTACAGG 1200 ATTCGGCTTC ATTTTGATGG TTATCCTGAG TGCTATGACT TTTGGGTTAA TGCTGACTCG 1260 TGGGATGTGA AACCTCCAGG GTGGTGTGAG AAAACCAGCC TCAAGCTCTT GCTGCCAAAA 1320 GGCTGCAGAG ATGGGGAGTT TAACTGGAAT ACATATGTGA AAAACTGTAG AGGTCAATTG 1380 GCCCCCAAAC ATCTCTTCAA GAGTCTTAAT ACATCAGTTA CGCCGTCAGG ATTTCGTGCA 1440 GGGATGAAGC TGGAAGCTGT GGACAGGAAG AACCTGTCAG ACATTTGTGT AGCGACCATT 1500 GCTGCTGCTG TTGATAACCG ACTCCTCATT CACATTGACC ACTGTGACGA TACGCATGAT 1560 TATTGGTGTG ATGCCAGCAG TCCATACATT CATCCAGTAG GGTACTGTGA GGAAGTCAAG 1620 TTAACGCTCA CTACACCTGC AGAGTATAAA CACCTTAAGG GCTTTTCCTG GGAAAAATAC 1680 CTTGAAGAAA CTGGAACCCA GGCTGCCCCA GCCAGAGCCT TTAAACAGAG ACCACCACAT 1740 GGCTTCCAAG TTGGGGTGAA GCTGGAGGCA GTGGACAAAC GTAATCCCAT GCTCATCCGT 1800 GTTGCCACCA TCTCTGATAC AGAAGAACAC AGAATCAAGA TCCATTTCGA CGGCTGGAGT 1860 GATGAATATG ATTATTGGCT AGACGCCGAC AGCCCAGAAC TGCACCCCGT AGGTTGGTGT 1920 CAGAAGACGG GTCATCCTCT ACAACATCCC AATGGTACTA GAGATTCTCC AGTTCCTCCA 1980 GGACAAGGCT GTCCAACCCC AGGATGCAAT GGAGTCGGAC ACATCAGAGG ACCTCGGTAT 2040 GGGACACATT ACACGGCGGT GAGTTGTCCA TACTCGGACC TAAATTTTAA TAAGGATGGG 2100 TTGGTTCCAG ACAGGCTGAG CGGGGAGAGG CCGGTCACTA TCAGTGGACC CCCACGCCAT 2160 CGACGTGCTG AAACACTCAC TCAAACACAC CAGCCTACGT CCAGCGCCAG CACTCCAGAG 2220 CCCCCAGACA CCACCACTGA CGCTTGTCCA CAAGCCCGGC CCGTGCGCGA GCATGTTGTG 2280 ACTGCCGCTG CTCCCAAATG TGTCAAGGCA CCACAGGTGA AGCAGGAAGG GGACGGAAAA 2340 GATTCTCTAC AGCAGTTCCT GCATGAGTCT GTGTTTTGTG GATGGGAGCA GCCGAGGTTT 2400 CAGCTGTGTT GGGAGAAGCA TGGCAAACTG TTGCCTGAAG CTTTAGGCCT CACTGCCAAG 2460 AGAGTGTCCA AGTGGAACAC AGAGGAGGTT GCAAGTTTTG TACGAGGGCT TCCTGGCTGC 2520 AGAGAGCATG CTCCCACCTT CAGGAAGGAG CAAATTGATG GCGAGGCCTT CCTGCTCCTT 2580 ACTCAATCAG ACATTGTAAA GATTCTGAGC ATCAAGCTCG GTCCTGCTCT CAAAATTTAT 2640 AACTCTATCC TCATGCTGAA GAGTGCAGAC GAGGAGTAAT ATCTGAAAGT TGCTCCGTCC 2700 CTCCACAAGT GTTTCTGACC AATGCTCAGT CATTACTCTC ACTATGATTG ACAGACTTTG 2760 GCAGAGTCAG CCTATTCAAC AAACTCTACG TGATCAGAAA AATCCATCCC TAAAAAGCTG 2820 ATCAAAAATG ACGTCACCTC TGCCAGCTCC TCTAAAATAA GTCTGCTGAA ACAGATGATC 2880 TGAATGATTA TCTGATCATC TGTTGATTTG TACACTCTGG AGGGGGGGCA TGTGGACACT 2940 TTACTGAAGC ACCTTAAAAT GCTTAAAGCT TATACTGGAA CCTTGCGTTG TAGATATTTA 3000 TCTTTTTATG GTTGCTAACA TGACGGCTAA TCAAAAGGAA AGGTTGGTGG AGCTTTTACT 3060 TGAAATATAA ATTTTTTTTA AAAATGCAAA AAGACCATTG TTTGTAATCA AACACACATC 3120 CCAAATGATC CAGATTGGCC TGTTTGAGAC CACTAGAGGG CAGCGGGATT TTGTGTGTGT 3180 CTGTGTGTGT TTTAAAGACT TTGCAAGCAC GTGTGTGTGT GTGTGTGTTT GTGTGTGTGT 3240 GTGTGTGTGT GTGTGTGTGC GTGTGCGTGT GCGTGTGCAT GTGTGTGTGT GTGTGTGTGT 3300 GTGTGTGTGT GTGTGTGTGT GTGGTGTGTG TGTTTTTGTG TGTGTGTGTG TGTGTGAGAG 3360 AGTGTTTGTA AAGTGAATAA TGTGTGCTTG TATTAAATGT CAGGGAATTG TTGTTCTGGG 3420 CAGATCTGGA ATTGAATGTC TCAGTTTGTT TTCACATGAG ATGTGTGATC TTGTAAAAAT 3480 GCATTTGTAA ATTGAAAACA TTGTATAGTG CTTTGAACAG TGTGCTGACT GTACAAACAG 3540 AATAGTGTGT GTGTGCGTGT GTGTGTGTGT GTGTGTGTGT GTGTGTGTGT GTTTTAAGCC 3600 TCTGAGACCC TGAGATATTT TGTCTTGTAC AAGCATTCCT GAGCACCAAG ACATTTCGTC 3660 CTGTCATTGA CTGAGTAAAA GCTAATCTGT TGTGTGGTGC AGCTCTGCTA CAGCTGATTT 3720 TACTCACTCT GCTTTCCTGG TTTGGTTTGG ATTTGCAGTG CTTCTGAAAT CATACATACA 3780 TGTACAGTAT AAGCCGGTTT ATCTTACAGC ATTAAGGTCT GGATTCTCAA TCAAATTAGG 3840 GTGAGAAACC GGTGAAGAAT TACAGAATGG TTCTACAAAA CAACTGATAC TCAAAACAGA 3900 TCAAATTCAG CTAATTTGAC TAGAAGGCTT AGGACAATGA TAGAAAATCA AGATGTGGGA 3960 AAATCCTCTT TGCAGAGCTT TGACTTGTGT GTGTGTGTGT GTGTGTTTGT TTGTGCGTAT 4020 GTCTAAGCCA GGGGTGTCCA AACTCAGTCC CGGAGGGCCG GTGTCCTGGA GAGTTTAGCT 4080 CCAACCCTAA TAAAACACAC CTGAAGCAGC TAATCAAGCT CCTACTTGAT ATACTGGAAA 4140 CTTCCCGGCA GGTGTGTTGA AGCAAGTTGG AGCTAAACTC GGCAGGACAA CGGCCCTCCA 4200 GGACTGAGTT TGGACACCCC TGGTCCAAGC AGATGGCTTA TGTTTGACAG AATGTGCTTT 4260 TCCCCCAAGT GGATGAATGG ATAGATTGAA GGAGAATAAA TAAGGATTTC CAAC
4315Nucleotide Fasta Sequence
>ENSDARP00000101801.3|MBT|Danio rerio CCCATTTGAATAAAGCGGACTCCTTTTGTTTTAAGAGCGTCAAAACCGTAAGGAGATTCAAATACCACATACTATATCTTTAATATAAGGCCTTCTTAGAGCAACACGCACTGATTAAGCGAATTCTGGGGTCACGTAAGGACTCTAGGTGCTTCAGTTCGTCTAACTGTTTGCATCATGAAGAGCATCCTTCACAAACAAACGTTGCGATGAAGTTTATAGAGGCTATAGAAGTTGGACGACACATATGAATCGGCGCATGCGCAGTAACGCCGCCATCCAGCTCTAAATAAGAGTTAAGAGAGAAACGAGAAAAAGATGGCAGAGACATCTGTAAGTGATGGCCCTGCCACAGGAGGTGATTTTGACATGATGAGTGCTCTAGACTGGAAGGACGGCATAGCCACGTTGCCTGGAAGTGACATTCGGTTTCGGATGACTGAATTTGGCACTTTGGAGATTGTCACAGAGGCAGAACCCAAAATTAAAGAAACAGAGCTTACAGACCCACAGCCTAAAATTACAGGCCCAATCAACCGTCATCCACCTGACTTAAACACAACTTCAAATCAGACTGCAAAGATCCAGTCAAATACTGATCATCAGACAAGTACTCCTGCCTCCACCGAGCCCCAAAGGCAGGCCGGCGGGGACAGCAGCACGGTTGACAACCCCATCATAAACACTGTTCCCAATGCCATCGTTCCTGTCACCGAAGCCCCCATAAACTGCAGGACCTGTGGTCTCTCTGGCTCAAGGGAGTCCTTCCTACAGGGCAAATTTTGCAGCGCTTCTTGTGTACAGCCTTCTAGTGGGAGGTCAACCCCAGCTGAGGCATTCGAAGGTGAGCGTTTAGGTAAACGTGTGAGAAAGAAGAAGAAGATGTTTATGGAGTCTGAAGATGAGGAGGAGGAGAATATAGAAGAGGAAGAGGAGAGAGTTAAATCCTCAAAGGGCAGACGAGCGGCTAAAGTTGCGAGACTAGTAACGGCACCTCTCGTGAAGAAGAAAACCTGGAGCTGGTCAGTTTATCTGGAGGAGGAGAGAGCTGCTGCCGCTCCGCTCAAACTCTTTAAAGAGCACCAGTCGTTTCCTCAAAGCAGGAATGGATTTAAAGTTGGCATGAAATTAGAAGGGCTGGACCCCTGTCATCCTGCGCTCTTCTGCGTTTTGACTGTTGCAGAGGTGCAAGGCTACAGGATTCGGCTTCATTTTGATGGTTATCCTGAGTGCTATGACTTTTGGGTTAATGCTGACTCGTGGGATGTGAAACCTCCAGGGTGGTGTGAGAAAACCAGCCTCAAGCTCTTGCTGCCAAAAGGCTGCAGAGATGGGGAGTTTAACTGGAATACATATGTGAAAAACTGTAGAGGTCAATTGGCCCCCAAACATCTCTTCAAGAGTCTTAATACATCAGTTACGCCGTCAGGATTTCGTGCAGGGATGAAGCTGGAAGCTGTGGACAGGAAGAACCTGTCAGACATTTGTGTAGCGACCATTGCTGCTGCTGTTGATAACCGACTCCTCATTCACATTGACCACTGTGACGATACGCATGATTATTGGTGTGATGCCAGCAGTCCATACATTCATCCAGTAGGGTACTGTGAGGAAGTCAAGTTAACGCTCACTACACCTGCAGAGTATAAACACCTTAAGGGCTTTTCCTGGGAAAAATACCTTGAAGAAACTGGAACCCAGGCTGCCCCAGCCAGAGCCTTTAAACAGAGACCACCACATGGCTTCCAAGTTGGGGTGAAGCTGGAGGCAGTGGACAAACGTAATCCCATGCTCATCCGTGTTGCCACCATCTCTGATACAGAAGAACACAGAATCAAGATCCATTTCGACGGCTGGAGTGATGAATATGATTATTGGCTAGACGCCGACAGCCCAGAACTGCACCCCGTAGGTTGGTGTCAGAAGACGGGTCATCCTCTACAACATCCCAATGGTACTAGAGATTCTCCAGTTCCTCCAGGACAAGGCTGTCCAACCCCAGGATGCAATGGAGTCGGACACATCAGAGGACCTCGGTATGGGACACATTACACGGCGGTGAGTTGTCCATACTCGGACCTAAATTTTAATAAGGATGGGTTGGTTCCAGACAGGCTGAGCGGGGAGAGGCCGGTCACTATCAGTGGACCCCCACGCCATCGACGTGCTGAAACACTCACTCAAACACACCAGCCTACGTCCAGCGCCAGCACTCCAGAGCCCCCAGACACCACCACTGACGCTTGTCCACAAGCCCGGCCCGTGCGCGAGCATGTTGTGACTGCCGCTGCTCCCAAATGTGTCAAGGCACCACAGGTGAAGCAGGAAGGGGACGGAAAAGATTCTCTACAGCAGTTCCTGCATGAGTCTGTGTTTTGTGGATGGGAGCAGCCGAGGTTTCAGCTGTGTTGGGAGAAGCATGGCAAACTGTTGCCTGAAGCTTTAGGCCTCACTGCCAAGAGAGTGTCCAAGTGGAACACAGAGGAGGTTGCAAGTTTTGTACGAGGGCTTCCTGGCTGCAGAGAGCATGCTCCCACCTTCAGGAAGGAGCAAATTGATGGCGAGGCCTTCCTGCTCCTTACTCAATCAGACATTGTAAAGATTCTGAGCATCAAGCTCGGTCCTGCTCTCAAAATTTATAACTCTATCCTCATGCTGAAGAGTGCAGACGAGGAGTAATATCTGAAAGTTGCTCCGTCCCTCCACAAGTGTTTCTGACCAATGCTCAGTCATTACTCTCACTATGATTGACAGACTTTGGCAGAGTCAGCCTATTCAACAAACTCTACGTGATCAGAAAAATCCATCCCTAAAAAGCTGATCAAAAATGACGTCACCTCTGCCAGCTCCTCTAAAATAAGTCTGCTGAAACAGATGATCTGAATGATTATCTGATCATCTGTTGATTTGTACACTCTGGAGGGGGGGCATGTGGACACTTTACTGAAGCACCTTAAAATGCTTAAAGCTTATACTGGAACCTTGCGTTGTAGATATTTATCTTTTTATGGTTGCTAACATGACGGCTAATCAAAAGGAAAGGTTGGTGGAGCTTTTACTTGAAATATAAATTTTTTTTAAAAATGCAAAAAGACCATTGTTTGTAATCAAACACACATCCCAAATGATCCAGATTGGCCTGTTTGAGACCACTAGAGGGCAGCGGGATTTTGTGTGTGTCTGTGTGTGTTTTAAAGACTTTGCAAGCACGTGTGTGTGTGTGTGTGTTTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGCGTGTGCGTGTGCGTGTGCATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGGTGTGTGTGTTTTTGTGTGTGTGTGTGTGTGTGAGAGAGTGTTTGTAAAGTGAATAATGTGTGCTTGTATTAAATGTCAGGGAATTGTTGTTCTGGGCAGATCTGGAATTGAATGTCTCAGTTTGTTTTCACATGAGATGTGTGATCTTGTAAAAATGCATTTGTAAATTGAAAACATTGTATAGTGCTTTGAACAGTGTGCTGACTGTACAAACAGAATAGTGTGTGTGTGCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTTTAAGCCTCTGAGACCCTGAGATATTTTGTCTTGTACAAGCATTCCTGAGCACCAAGACATTTCGTCCTGTCATTGACTGAGTAAAAGCTAATCTGTTGTGTGGTGCAGCTCTGCTACAGCTGATTTTACTCACTCTGCTTTCCTGGTTTGGTTTGGATTTGCAGTGCTTCTGAAATCATACATACATGTACAGTATAAGCCGGTTTATCTTACAGCATTAAGGTCTGGATTCTCAATCAAATTAGGGTGAGAAACCGGTGAAGAATTACAGAATGGTTCTACAAAACAACTGATACTCAAAACAGATCAAATTCAGCTAATTTGACTAGAAGGCTTAGGACAATGATAGAAAATCAAGATGTGGGAAAATCCTCTTTGCAGAGCTTTGACTTGTGTGTGTGTGTGTGTGTGTTTGTTTGTGCGTATGTCTAAGCCAGGGGTGTCCAAACTCAGTCCCGGAGGGCCGGTGTCCTGGAGAGTTTAGCTCCAACCCTAATAAAACACACCTGAAGCAGCTAATCAAGCTCCTACTTGATATACTGGAAACTTCCCGGCAGGTGTGTTGAAGCAAGTTGGAGCTAAACTCGGCAGGACAACGGCCCTCCAGGACTGAGTTTGGACACCCCTGGTCCAAGCAGATGGCTTATGTTTGACAGAATGTGCTTTTCCCCCAAGTGGATGAATGGATAGATTGAAGGAGAATAAATAAGGATTTCCAAC
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |