Tag |
Content |
WERAM ID |
WERAM-Dar-0137 |
Ensembl Protein ID |
ENSDARP00000080522.4 |
Gene Name |
mbtd1 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
1.40e-103 |
328.5 |
164 |
268 |
|
Organism |
Danio rerio |
Domain Profile |
Me_Reader MBT
MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknssei...rvatveeviggrlkvsfeese.dedddyWidessp 85 +dw +y+++ + ap+s +++++ ++ +++ g r+Ev + +++ +va + ++ g + +++e+ d++ d+W++ p ENSDARP00000080522.4 164 FDWGQYICSN--NLVGAPVSCFKHVPMGMCWGDIAEGLRVEVFNSDTNLSTkvyWVAEIVKLAGFKALLRYEGFDnDSSRDFWCNLCIP 250 59999*9987..88899**************************99877666334788888899***********9999*********** PP MBT-2.txt 86 fifpvGwaakqgkelqpp 103 i+pvGw+a++gk+l pp ENSDARP00000080522.4 251 EIHPVGWCASSGKPLVPP 268 **************9887 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 s+wk++l+k+l+gak++p ++ +k++e+++++ fk mr+Evvdk + +++rva ve+viggrl++++ees+d +dd+W+++ sp+i+ ENSDARP00000080522.4 276 SNWKAFLVKRLTGAKTLPPEFATKVQENMQYP-FKKLMRVEVVDKTHLCRTRVALVEQVIGGRLRLVYEESQDGTDDFWCHMLSPLIHS 363 69******************************.******************************************************** PP MBT-2.txt 90 vGwaakqgkelq 101 +Gw+++ g++++ ENSDARP00000080522.4 364 IGWSRSIGHRFK 375 *********976 PP MBT-2.txt 8 rktldgakvapkslseklseskalls.fkvgmrlEvvdkknsseirvatveevi.ggrlkvsfeese.dedddyWi.desspfifpvGw 92 k ++g++ ap +l+ k ++ + + fk gm+lE++d n s i+vatv++v +g l + ++se + d+ + + +sp ifpvG+ ENSDARP00000080522.4 380 SKKIEGQMDAPSQLFLKIKDVDQNGDwFKDGMKLEAIDPLNLSAICVATVRKVLaDGYLMIGIDGSEaADGSDWFCyHSTSPSIFPVGF 468 68899**************99999999************************99637899999****986667777735689******** PP MBT-2.txt 93 aakqgkelqpp 103 ++ + el+pp ENSDARP00000080522.4 469 CEINSIELTPP 479 *****999887 PP MBT-2.txt 2 dwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifpv 90 +w ylr++ g+++ap++l++k + +f+vgm+lE+vd +++ +++vatv+ ++ + l+++f+++ ++++d W+d +sp+++p+ ENSDARP00000080522.4 488 KWFDYLREI--GSIAAPVKLFNKDV---PNHGFRVGMKLEAVDLMEPRLVCVATVTRIVHRLLRIHFDGW-EDEYDQWVDCESPDLYPI 570 6999****9..*********98865...4567**************************************.999*************** PP MBT-2.txt 91 Gwaakqgkelqpp 103 Gw++ +g++lqpp ENSDARP00000080522.4 571 GWCQLTGYQLQPP 583 ***********98 PP
|
Protein Sequence (Fasta) | MENPRDMAEH TPRSERKRRD SFGMFDGYDS CSEDSSSSSS SEDSEDEVPS IPASLPIIKN 60 NGQVYTYPDG KAGMATCEMC GMVGVRDAFY SKTKRFCSVS CSRSYSSNSK KASILARLQG 120 KPPTKKAKVL QKQPLMAKLA AYAQYQASQQ NQAKSKSVVP VEGFDWGQYI CSNNLVGAPV 180 SCFKHVPMGM CWGDIAEGLR VEVFNSDTNL STKVYWVAEI VKLAGFKALL RYEGFDNDSS 240 RDFWCNLCIP EIHPVGWCAS SGKPLVPPKS IQHKYSNWKA FLVKRLTGAK TLPPEFATKV 300 QENMQYPFKK LMRVEVVDKT HLCRTRVALV EQVIGGRLRL VYEESQDGTD DFWCHMLSPL 360 IHSIGWSRSI GHRFKRSEVS KKIEGQMDAP SQLFLKIKDV DQNGDWFKDG MKLEAIDPLN 420 LSAICVATVR KVLADGYLMI GIDGSEAADG SDWFCYHSTS PSIFPVGFCE INSIELTPPR 480 GCTKLPFKWF DYLREIGSIA APVKLFNKDV PNHGFRVGMK LEAVDLMEPR LVCVATVTRI 540 VHRLLRIHFD GWEDEYDQWV DCESPDLYPI GWCQLTGYQL QPPAAQTTRE APPNVSKQKK 600 KAAQYKGQKK KRKIPVGRRP IGLGGPLRRR SFSGDEEQTP PHYLSHFSGS RRPPASGVER 660 DRSLNSEASL QVKEETPEID EFTFSQGISD QESNGSGSYY IRQEP 705Protein Fasta Sequence
>ENSDARP00000080522.4|MBT|Danio rerio MENPRDMAEHTPRSERKRRDSFGMFDGYDSCSEDSSSSSSSEDSEDEVPSIPASLPIIKNNGQVYTYPDGKAGMATCEMCGMVGVRDAFYSKTKRFCSVSCSRSYSSNSKKASILARLQGKPPTKKAKVLQKQPLMAKLAAYAQYQASQQNQAKSKSVVPVEGFDWGQYICSNNLVGAPVSCFKHVPMGMCWGDIAEGLRVEVFNSDTNLSTKVYWVAEIVKLAGFKALLRYEGFDNDSSRDFWCNLCIPEIHPVGWCASSGKPLVPPKSIQHKYSNWKAFLVKRLTGAKTLPPEFATKVQENMQYPFKKLMRVEVVDKTHLCRTRVALVEQVIGGRLRLVYEESQDGTDDFWCHMLSPLIHSIGWSRSIGHRFKRSEVSKKIEGQMDAPSQLFLKIKDVDQNGDWFKDGMKLEAIDPLNLSAICVATVRKVLADGYLMIGIDGSEAADGSDWFCYHSTSPSIFPVGFCEINSIELTPPRGCTKLPFKWFDYLREIGSIAAPVKLFNKDVPNHGFRVGMKLEAVDLMEPRLVCVATVTRIVHRLLRIHFDGWEDEYDQWVDCESPDLYPIGWCQLTGYQLQPPAAQTTREAPPNVSKQKKKAAQYKGQKKKRKIPVGRRPIGLGGPLRRRSFSGDEEQTPPHYLSHFSGSRRPPASGVERDRSLNSEASLQVKEETPEIDEFTFSQGISDQESNGSGSYYIRQEP
|
Nucleotide Sequence (Fasta) | CGCGCACTCT CGAGCCATGA CAATTGTTGA TAATCAACTG GAGTTATTTT TTGCTATAGA 60 GTAAAATAAT TTCAAGCCAG GCCCTTTCCC TCCGGGGGGC TGTCGGATCA TACCACAACA 120 AACGTAAGAT ACCGACTTGC ATGAAGGGCT AATGGAAAAC CCAAGGGATA TGGCTGAGCA 180 CACTCCCCGC TCAGAGCGGA AGAGGAGAGA TTCGTTCGGG ATGTTTGACG GGTATGACAG 240 CTGCAGTGAA GACAGCAGTA GCAGCTCCAG CTCGGAGGAC AGTGAAGATG AAGTTCCCAG 300 CATCCCTGCC AGTTTGCCTA TCATCAAAAA CAATGGCCAG GTGTACACCT ATCCTGACGG 360 GAAAGCAGGA ATGGCAACCT GTGAGATGTG TGGTATGGTT GGTGTACGAG ATGCTTTCTA 420 TTCTAAAACG AAGAGATTCT GCAGCGTGTC CTGTTCCAGA AGCTATTCCT CCAATTCTAA 480 AAAGGCCAGT ATACTGGCAA GACTTCAGGG TAAACCACCA ACGAAAAAGG CAAAAGTCTT 540 ACAGAAACAG CCGTTAATGG CAAAGTTGGC AGCTTATGCA CAGTATCAAG CAAGTCAACA 600 GAACCAAGCT AAATCAAAAT CAGTGGTTCC TGTTGAAGGC TTTGACTGGG GCCAGTACAT 660 TTGTAGCAAT AATTTAGTTG GGGCACCAGT CAGCTGTTTC AAACATGTGC CCATGGGTAT 720 GTGCTGGGGT GACATAGCTG AGGGGCTGAG GGTGGAGGTC TTCAATTCTG ACACAAACCT 780 CTCCACAAAA GTTTACTGGG TAGCAGAGAT TGTCAAACTG GCAGGTTTTA AAGCTCTTCT 840 GCGCTATGAG GGTTTTGATA ACGACTCGAG CAGAGATTTC TGGTGTAATC TGTGCATCCC 900 AGAAATCCAC CCTGTTGGAT GGTGTGCTTC TAGTGGAAAG CCACTGGTGC CTCCTAAATC 960 CATCCAGCAT AAGTATTCTA ACTGGAAAGC ATTTCTTGTG AAAAGACTCA CTGGAGCCAA 1020 AACTCTTCCG CCAGAGTTTG CCACAAAGGT TCAGGAGAAC ATGCAGTACC CGTTTAAGAA 1080 ACTGATGCGT GTGGAAGTGG TGGACAAGAC GCACCTGTGC CGCACTCGTG TGGCTCTTGT 1140 GGAACAAGTG ATCGGTGGCC GGTTACGCCT GGTGTACGAG GAGAGCCAGG ACGGCACTGA 1200 TGACTTCTGG TGTCACATGT TAAGCCCACT CATCCATTCC ATTGGCTGGT CACGAAGCAT 1260 TGGACATCGC TTCAAAAGAT CCGAGGTGTC GAAGAAGATT GAGGGTCAGA TGGATGCTCC 1320 CTCACAGCTG TTTCTTAAGA TTAAAGATGT GGATCAGAAT GGGGATTGGT TTAAAGACGG 1380 AATGAAGCTG GAAGCAATAG ACCCTCTAAA TCTCTCCGCT ATATGTGTTG CTACTGTAAG 1440 AAAGGTTTTG GCAGACGGGT ACCTAATGAT CGGGATTGAT GGTTCCGAGG CGGCTGATGG 1500 CTCAGACTGG TTCTGCTACC ACTCCACCTC TCCCTCCATC TTCCCAGTCG GCTTCTGTGA 1560 AATCAACAGC ATTGAGCTCA CACCCCCAAG AGGGTGCACC AAACTCCCTT TTAAATGGTT 1620 TGACTACCTC AGAGAAATAG GTTCGATTGC AGCCCCTGTG AAGCTCTTTA ACAAAGATGT 1680 GCCGAATCAT GGATTCCGCG TAGGCATGAA GCTGGAGGCA GTGGACTTGA TGGAGCCGCG 1740 TTTGGTGTGT GTCGCCACAG TGACCAGGAT TGTCCACAGA CTCCTGCGCA TTCACTTTGA 1800 CGGCTGGGAG GATGAGTATG ATCAGTGGGT GGACTGCGAG TCTCCAGATC TCTACCCCAT 1860 AGGCTGGTGC CAACTGACCG GCTATCAGCT GCAGCCGCCT GCCGCACAGA CCACAAGAGA 1920 AGCACCGCCA AATGTCTCGA AACAGAAAAA GAAGGCAGCA CAGTATAAAG GACAAAAAAA 1980 AAAGAGGAAG ATTCCAGTTG GGAGGAGGCC GATCGGTTTG GGTGGGCCTC TGAGGAGGAG 2040 GAGCTTCTCG GGTGATGAAG AGCAGACTCC GCCCCATTAC CTGTCCCACT TCTCTGGGTC 2100 CAGGCGACCT CCCGCCTCAG GTGTAGAGCG TGATCGCTCT CTCAACTCAG AGGCCTCGCT 2160 GCAGGTGAAA GAAGAGACTC CTGAGATCGA CGAGTTCACC TTCTCTCAAG GCATCTCGGA 2220 CCAGGAGAGC AACGGCTCGG GCAGTTATTA CATCAGACAG GAGCCATGAG CCGATGCAGC 2280 CAATCACAGA CTCTCACCTC ACTGCCAACA GCACTGGAAA AAACCCCACA CGCAGAGATG 2340 CACAGCAGAC CTGGAGGAAG AAGAAGAGAC TTCCCTCCAA AACCAGGTCT TTCTCCTTTC 2400 CTTTTATGGT TCCTTTTCAG GTTTCAGGAG AAGAACTTCA GTCATTGATG CGAGATAGAA 2460 AAGGGGGGAT TTTGGTTCAT ATAATAAGGA TAGCGTTGAT TATCCTGACT TTTTTCTTTA 2520 TTCTTTATTT TTTGTTCTCA TTTAAACAAT TTGCCCGATG GACTTTTCCT CCTCAGTGTT 2580 CATTGTACTT GAAAGTTTTC TTCGCTTTTA TACATATTTT ATCTCTTATT TTTCCTCTTT 2640 TGGTGAAGAA AAACAAAAAA GACGACAAAC ATTTTTGGTA TTTTTGGGGG TGGACATTTC 2700 AGTACCTTGT GTGTTCTTGC GCTGTTTCAC TTGTTTTGGA TGGGTGTGCG TTTGGTAATA 2760 GTAGAAATCT ATATTGAGAC AGTATATTCA TATATATATG TATGACATTC ATATTAAACA 2820 TATTTAAACG TATAAATATA GTAGTGGATT GAGGGATGAT GGTATTGAAA TCAAACCTTA 2880 CTGGTATGTA GAGTAGACTA ACGGAAAACA CTCACAATTT GCACTACAGG GATTTCAAAC 2940 GAAATGTAAA ACCAGTAAAC AAACAAACCG CAGCTTTATT GTGATGTGAT TAGCAAGCGT 3000 AACTTTAGCG GTGGGATGTG CTCAAGTCAA AGTGAAGATT ACGATATGCA AATTGTTTAG 3060 TTTTTCGACA TTTGACGCCA GTGTTTATAG GTTTTGATTA CAATCTCAAG AGCCATTTTT 3120 TAAAATACAG GCGGTCAAAG TGTTTTTGAG CCAGAGAATA AAACGTAAGC AATCACCGCT 3180 GCCTGAACAC TACCTTTCGC GAGTCTCCGA TCAATCAATC CAGCGCTAGC TCATTTACTA 3240 GCCTGGCCTC TAACATCCCA TCCCATACAT TTCCTGATTC CATTCCACAT TTTGACTACC 3300 TCTAAAAGAA GATGCGTTGC AATAGGTAGT TCTTTCATGC TTATAATCCG TATAAGCAAG 3360 CGTGTACACC ATTATATTTT ATGCAAGAGA TAAATATTCA CACTTGGACA TGTGACATAC 3420 TTCACTTTTA AAAGTCTATA CAGCATTTCT GTTTTCGAGC ATGGGAAGGA AAAGAAGAAG 3480 GTTATGCAAT AATAATATTT GTGTTGTTTT ACGATGTCTT ACTCTGAAAT CCAGAAATCA 3540 CACAGCTCCT ATATATATAT AGAGAGAGAG ACTTAAAAGG AAAGATATTG AGAAACTGTG 3600 ACAATTTTCT AAGAGCTAGA CTTGAGCTTT CCCTGTTCTA GATCCTTCTG AGTGTAAATA 3660 CATCCTCTAT ATCACATTCG CATAGTGGTT TATCTTAGTA GAACTATAAG CTCTGTTCAA 3720 TACCAGTAAG GTTGTTGGTG AACTCTCAGG AAACGTATAT ATCTCATTTA ATTCTGCTTT 3780 ATTTGAAGGT TCACGGCTAA AGCGCTACTA AAATCATTCG ATTCGATCGC CGTTTCGTTC 3840 GTTGAATTAA AAAGAACAAC TTCTTGCTCG CGTTTGTTAA ATGCTGCCTC GATTTTTGTA 3900 AATGGTCATC CACGTCGTAG GTAGATCCAT GTTAAATTAT GGTTCGTTCG TTGTATAAAA 3960 CAAATTCAAT GTATTTTTTT ACCGTTTGTT TTTCTCTCTC TTATTCTTTA TGAGTTTTAG 4020 CGGATGTTTG TACTGAATCA TTCTGTTTTT TTATGTTGTT GTTGTTCGTG GTGGGTTTCT 4080 TCAGTAGCTG TTGTGTCGTT TGCATGTGTA GTTTTTCAAA TGTAAGGCAC TGTCGTGTGT 4140 TCATGTCAAA CTGGGACTTA ATGGCCACAT TTTCCCATCA GCTGCAGGAG CCACGTTCAT 4200 TTATTTTTAT TTTTTCCATC ATTTTTTATT TTGTTATAAA CCCAAACTCA TAGCATCAGG 4260 ATTTAGGTAC ACACTGGTCA TGTCAGTCAT GTCAGCTCAG TTTAATTTCT TGAATATATA 4320 TATATATATA CACAAACATT ATAAGACCAA AATATTAATT GTTTCTGCAA TTTAAACGAA 4380 AATAAAACGA CTGTTGAGGC AAATTTAGCT GCTACCCTTG AAAGAATTTC AACGCACAAC 4440 TTCACCTTCA TCCTTTTGTC AGCAGAATTG ATGCCTTATC CTCTCTGTGT TGTTTTTTTT 4500 CAAGCTATGG GAGTACAAAA ATATACGTTA AAAAACAAAA ATATGTCGTC CAGTAGAGTT 4560 CTTATCAGTG CATGCAGCAA TGTGAGATGA ATCTTATGAG GGCCAGTTGT TGTTCTGGTC 4620 TGGATACTAA CACGGGTTTT TGTGACGTTT CCCCTCTGTC CTCAGTAATC ACATCATGGT 4680 GCTATATTCA TATATATATA TATTTGATAA CTCATTGGTT AGGTCTATCA TAGGAGAAAT 4740 AAGTCTGTAA TTATAAGTTG GAGAGCCGCT GATTATATCT TCAGATCTGT ATTTTTGGAT 4800 ACAAATAGCC GAAATCATTT GTTATAACAA TGTAAAGTGA AATTAATGAA ATAAAACAAA 4860 AAAAAGAACT AACGTTGACC CTCGTTGTAT GAAGAGGTGA GGGTGGTGGA TTTGTAACTT 4920 TTTTGATAGA GTCTGTATCT GGTCTTTGCT TTATTTCTTA TGACGAAGAT GATTATGATG 4980 ATGACGTGTG CTGTGATTAT AGGGTTTGAT AGAGCTTATA TGTATATACT TCAAACTGTG 5040 GGGGGGGAGC TTTTGTTGGT CAAATTTTAT GTTAATTTGT TTACAAGCAT TTCAAACTGT 5100 TTCCGCATGG CTGTGAAAAA TGTATCTGTT GAGTTTGGGG GAAAAAAAAA AGAAATTTTT 5160 ACACTGAATT AAAAGGTTAC TAAACGTTTG TTTG
5195Nucleotide Fasta Sequence
>ENSDARP00000080522.4|MBT|Danio rerio CGCGCACTCTCGAGCCATGACAATTGTTGATAATCAACTGGAGTTATTTTTTGCTATAGAGTAAAATAATTTCAAGCCAGGCCCTTTCCCTCCGGGGGGCTGTCGGATCATACCACAACAAACGTAAGATACCGACTTGCATGAAGGGCTAATGGAAAACCCAAGGGATATGGCTGAGCACACTCCCCGCTCAGAGCGGAAGAGGAGAGATTCGTTCGGGATGTTTGACGGGTATGACAGCTGCAGTGAAGACAGCAGTAGCAGCTCCAGCTCGGAGGACAGTGAAGATGAAGTTCCCAGCATCCCTGCCAGTTTGCCTATCATCAAAAACAATGGCCAGGTGTACACCTATCCTGACGGGAAAGCAGGAATGGCAACCTGTGAGATGTGTGGTATGGTTGGTGTACGAGATGCTTTCTATTCTAAAACGAAGAGATTCTGCAGCGTGTCCTGTTCCAGAAGCTATTCCTCCAATTCTAAAAAGGCCAGTATACTGGCAAGACTTCAGGGTAAACCACCAACGAAAAAGGCAAAAGTCTTACAGAAACAGCCGTTAATGGCAAAGTTGGCAGCTTATGCACAGTATCAAGCAAGTCAACAGAACCAAGCTAAATCAAAATCAGTGGTTCCTGTTGAAGGCTTTGACTGGGGCCAGTACATTTGTAGCAATAATTTAGTTGGGGCACCAGTCAGCTGTTTCAAACATGTGCCCATGGGTATGTGCTGGGGTGACATAGCTGAGGGGCTGAGGGTGGAGGTCTTCAATTCTGACACAAACCTCTCCACAAAAGTTTACTGGGTAGCAGAGATTGTCAAACTGGCAGGTTTTAAAGCTCTTCTGCGCTATGAGGGTTTTGATAACGACTCGAGCAGAGATTTCTGGTGTAATCTGTGCATCCCAGAAATCCACCCTGTTGGATGGTGTGCTTCTAGTGGAAAGCCACTGGTGCCTCCTAAATCCATCCAGCATAAGTATTCTAACTGGAAAGCATTTCTTGTGAAAAGACTCACTGGAGCCAAAACTCTTCCGCCAGAGTTTGCCACAAAGGTTCAGGAGAACATGCAGTACCCGTTTAAGAAACTGATGCGTGTGGAAGTGGTGGACAAGACGCACCTGTGCCGCACTCGTGTGGCTCTTGTGGAACAAGTGATCGGTGGCCGGTTACGCCTGGTGTACGAGGAGAGCCAGGACGGCACTGATGACTTCTGGTGTCACATGTTAAGCCCACTCATCCATTCCATTGGCTGGTCACGAAGCATTGGACATCGCTTCAAAAGATCCGAGGTGTCGAAGAAGATTGAGGGTCAGATGGATGCTCCCTCACAGCTGTTTCTTAAGATTAAAGATGTGGATCAGAATGGGGATTGGTTTAAAGACGGAATGAAGCTGGAAGCAATAGACCCTCTAAATCTCTCCGCTATATGTGTTGCTACTGTAAGAAAGGTTTTGGCAGACGGGTACCTAATGATCGGGATTGATGGTTCCGAGGCGGCTGATGGCTCAGACTGGTTCTGCTACCACTCCACCTCTCCCTCCATCTTCCCAGTCGGCTTCTGTGAAATCAACAGCATTGAGCTCACACCCCCAAGAGGGTGCACCAAACTCCCTTTTAAATGGTTTGACTACCTCAGAGAAATAGGTTCGATTGCAGCCCCTGTGAAGCTCTTTAACAAAGATGTGCCGAATCATGGATTCCGCGTAGGCATGAAGCTGGAGGCAGTGGACTTGATGGAGCCGCGTTTGGTGTGTGTCGCCACAGTGACCAGGATTGTCCACAGACTCCTGCGCATTCACTTTGACGGCTGGGAGGATGAGTATGATCAGTGGGTGGACTGCGAGTCTCCAGATCTCTACCCCATAGGCTGGTGCCAACTGACCGGCTATCAGCTGCAGCCGCCTGCCGCACAGACCACAAGAGAAGCACCGCCAAATGTCTCGAAACAGAAAAAGAAGGCAGCACAGTATAAAGGACAAAAAAAAAAGAGGAAGATTCCAGTTGGGAGGAGGCCGATCGGTTTGGGTGGGCCTCTGAGGAGGAGGAGCTTCTCGGGTGATGAAGAGCAGACTCCGCCCCATTACCTGTCCCACTTCTCTGGGTCCAGGCGACCTCCCGCCTCAGGTGTAGAGCGTGATCGCTCTCTCAACTCAGAGGCCTCGCTGCAGGTGAAAGAAGAGACTCCTGAGATCGACGAGTTCACCTTCTCTCAAGGCATCTCGGACCAGGAGAGCAACGGCTCGGGCAGTTATTACATCAGACAGGAGCCATGAGCCGATGCAGCCAATCACAGACTCTCACCTCACTGCCAACAGCACTGGAAAAAACCCCACACGCAGAGATGCACAGCAGACCTGGAGGAAGAAGAAGAGACTTCCCTCCAAAACCAGGTCTTTCTCCTTTCCTTTTATGGTTCCTTTTCAGGTTTCAGGAGAAGAACTTCAGTCATTGATGCGAGATAGAAAAGGGGGGATTTTGGTTCATATAATAAGGATAGCGTTGATTATCCTGACTTTTTTCTTTATTCTTTATTTTTTGTTCTCATTTAAACAATTTGCCCGATGGACTTTTCCTCCTCAGTGTTCATTGTACTTGAAAGTTTTCTTCGCTTTTATACATATTTTATCTCTTATTTTTCCTCTTTTGGTGAAGAAAAACAAAAAAGACGACAAACATTTTTGGTATTTTTGGGGGTGGACATTTCAGTACCTTGTGTGTTCTTGCGCTGTTTCACTTGTTTTGGATGGGTGTGCGTTTGGTAATAGTAGAAATCTATATTGAGACAGTATATTCATATATATATGTATGACATTCATATTAAACATATTTAAACGTATAAATATAGTAGTGGATTGAGGGATGATGGTATTGAAATCAAACCTTACTGGTATGTAGAGTAGACTAACGGAAAACACTCACAATTTGCACTACAGGGATTTCAAACGAAATGTAAAACCAGTAAACAAACAAACCGCAGCTTTATTGTGATGTGATTAGCAAGCGTAACTTTAGCGGTGGGATGTGCTCAAGTCAAAGTGAAGATTACGATATGCAAATTGTTTAGTTTTTCGACATTTGACGCCAGTGTTTATAGGTTTTGATTACAATCTCAAGAGCCATTTTTTAAAATACAGGCGGTCAAAGTGTTTTTGAGCCAGAGAATAAAACGTAAGCAATCACCGCTGCCTGAACACTACCTTTCGCGAGTCTCCGATCAATCAATCCAGCGCTAGCTCATTTACTAGCCTGGCCTCTAACATCCCATCCCATACATTTCCTGATTCCATTCCACATTTTGACTACCTCTAAAAGAAGATGCGTTGCAATAGGTAGTTCTTTCATGCTTATAATCCGTATAAGCAAGCGTGTACACCATTATATTTTATGCAAGAGATAAATATTCACACTTGGACATGTGACATACTTCACTTTTAAAAGTCTATACAGCATTTCTGTTTTCGAGCATGGGAAGGAAAAGAAGAAGGTTATGCAATAATAATATTTGTGTTGTTTTACGATGTCTTACTCTGAAATCCAGAAATCACACAGCTCCTATATATATATAGAGAGAGAGACTTAAAAGGAAAGATATTGAGAAACTGTGACAATTTTCTAAGAGCTAGACTTGAGCTTTCCCTGTTCTAGATCCTTCTGAGTGTAAATACATCCTCTATATCACATTCGCATAGTGGTTTATCTTAGTAGAACTATAAGCTCTGTTCAATACCAGTAAGGTTGTTGGTGAACTCTCAGGAAACGTATATATCTCATTTAATTCTGCTTTATTTGAAGGTTCACGGCTAAAGCGCTACTAAAATCATTCGATTCGATCGCCGTTTCGTTCGTTGAATTAAAAAGAACAACTTCTTGCTCGCGTTTGTTAAATGCTGCCTCGATTTTTGTAAATGGTCATCCACGTCGTAGGTAGATCCATGTTAAATTATGGTTCGTTCGTTGTATAAAACAAATTCAATGTATTTTTTTACCGTTTGTTTTTCTCTCTCTTATTCTTTATGAGTTTTAGCGGATGTTTGTACTGAATCATTCTGTTTTTTTATGTTGTTGTTGTTCGTGGTGGGTTTCTTCAGTAGCTGTTGTGTCGTTTGCATGTGTAGTTTTTCAAATGTAAGGCACTGTCGTGTGTTCATGTCAAACTGGGACTTAATGGCCACATTTTCCCATCAGCTGCAGGAGCCACGTTCATTTATTTTTATTTTTTCCATCATTTTTTATTTTGTTATAAACCCAAACTCATAGCATCAGGATTTAGGTACACACTGGTCATGTCAGTCATGTCAGCTCAGTTTAATTTCTTGAATATATATATATATATACACAAACATTATAAGACCAAAATATTAATTGTTTCTGCAATTTAAACGAAAATAAAACGACTGTTGAGGCAAATTTAGCTGCTACCCTTGAAAGAATTTCAACGCACAACTTCACCTTCATCCTTTTGTCAGCAGAATTGATGCCTTATCCTCTCTGTGTTGTTTTTTTTCAAGCTATGGGAGTACAAAAATATACGTTAAAAAACAAAAATATGTCGTCCAGTAGAGTTCTTATCAGTGCATGCAGCAATGTGAGATGAATCTTATGAGGGCCAGTTGTTGTTCTGGTCTGGATACTAACACGGGTTTTTGTGACGTTTCCCCTCTGTCCTCAGTAATCACATCATGGTGCTATATTCATATATATATATATTTGATAACTCATTGGTTAGGTCTATCATAGGAGAAATAAGTCTGTAATTATAAGTTGGAGAGCCGCTGATTATATCTTCAGATCTGTATTTTTGGATACAAATAGCCGAAATCATTTGTTATAACAATGTAAAGTGAAATTAATGAAATAAAACAAAAAAAAGAACTAACGTTGACCCTCGTTGTATGAAGAGGTGAGGGTGGTGGATTTGTAACTTTTTTGATAGAGTCTGTATCTGGTCTTTGCTTTATTTCTTATGACGAAGATGATTATGATGATGACGTGTGCTGTGATTATAGGGTTTGATAGAGCTTATATGTATATACTTCAAACTGTGGGGGGGGAGCTTTTGTTGGTCAAATTTTATGTTAATTTGTTTACAAGCATTTCAAACTGTTTCCGCATGGCTGTGAAAAATGTATCTGTTGAGTTTGGGGGAAAAAAAAAAGAAATTTTTACACTGAATTAAAAGGTTACTAAACGTTTGTTTG
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Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |