Tag |
Content |
WERAM ID |
WERAM-Dar-0098 |
Ensembl Protein ID |
ENSDARP00000041724.7 |
Gene Name |
sfmbt1 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
1.10e-68 |
216.1 |
19 |
120 |
|
Organism |
Danio rerio |
Domain Profile |
Me_Reader MBT
MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvnedvkegvklEvvdkd.nakvywiatvikvagyrvllrydGa..dskaDFWlnidssdihp 86 f+W++ylee+++ +vP +aFk++++ + ++ g+klEv +++ +vyw+at+i+++g+ +llry+G+ d++aDFW++i ++d+hp ENSDARP00000041724.7 19 FNWDDYLEESGALSVPHHAFKHVDQGLETG-LTPGMKLEVCVRTeSESVYWVATIITTCGQLLLLRYEGYqdDRRADFWCDIMTADLHP 106 89*************************999.**********9994569***********************999*************** PP MBT-1.txt 87 vgwceksgkklepp 100 +gw +++g++++pp ENSDARP00000041724.7 107 IGWSKQQGRMMKPP 120 ************98 PP MBT-1.txt 2 sWesyleee..ksiavPveaFkeaqtvtvned.vkegvklEvvdkdnakvywiatvikvagyrvllrydGa....dskaDFWlnidssd 83 +We+ le+ +s +vP+++ + aq + d ++ g+ +E vd+++a v+w a ++k +g r++lry G +++ W+ + ENSDARP00000041724.7 129 DWEALLEKAlaESCSVPASLLEGAQRGCNPIDlLSPGLNVELVDHQDAGVVWSAVIEKNIGGRLRLRYAGTdglpENQSITWVFYLDPL 217 6999999862267789******999876554559***********************************99666667788999999999 PP MBT-1.txt 84 ihpvgwceksgkklepp 100 +h gw+++++ +l+pp ENSDARP00000041724.7 218 LHLSGWAQEHNCTLRPP 234 99999999999999887 PP MBT-1.txt 18 eaFkeaqtvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllry.dGa.......dskaDFWlnidssdihpvgwceksgkkle 98 e F + + + ++++eg+klE+vd+ + ++ atv+kv + + l + d + + F ++ ds+ i+p w k+g kl+ ENSDARP00000041724.7 264 EEFYRDRSAITPHCFTEGMKLEAVDPAAPFTISPATVAKVFNEQFFLVLmDDMrdeaqkeGGAHSFLCHRDSPGIFPTQWSLKNGVKLS 352 45566666666789**************99999*******9888765541444633222223478***********************9 PP MBT-1.txt 99 pp 100 pp ENSDARP00000041724.7 353 PP 354 97 PP MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllrydGa.dskaDFWlnidssdihpvg 88 f+W++yl++ +++a+P ++F ++ +++ke + lE+v++ ++ + +atv kv g+++ +r++G ++ + ++ ds di+pv+ ENSDARP00000041724.7 362 FDWADYLKQCEAEAAPQQCFPPDPS---DQCIKESMMLEAVNPICPENIHVATVTKVKGQHMWIRLEGLkQAMPEIIVHTDSMDIFPVS 447 89******************88766...56788************************************777789************** PP MBT-1.txt 89 wceksgkkle 98 wce++g l ENSDARP00000041724.7 448 WCETNGYPLL 457 *****98775 PP
|
Protein Sequence (Fasta) | MSLEALESDA DSGQDVSEFN WDDYLEESGA LSVPHHAFKH VDQGLETGLT PGMKLEVCVR 60 TESESVYWVA TIITTCGQLL LLRYEGYQDD RRADFWCDIM TADLHPIGWS KQQGRMMKPP 120 EGVREKHQDW EALLEKALAE SCSVPASLLE GAQRGCNPID LLSPGLNVEL VDHQDAGVVW 180 SAVIEKNIGG RLRLRYAGTD GLPENQSITW VFYLDPLLHL SGWAQEHNCT LRPPAALLPL 240 RTEPEWEEVK KSISSQEQDS SISEEFYRDR SAITPHCFTE GMKLEAVDPA APFTISPATV 300 AKVFNEQFFL VLMDDMRDEA QKEGGAHSFL CHRDSPGIFP TQWSLKNGVK LSPPPGFQGQ 360 DFDWADYLKQ CEAEAAPQQC FPPDPSDQCI KESMMLEAVN PICPENIHVA TVTKVKGQHM 420 WIRLEGLKQA MPEIIVHTDS MDIFPVSWCE TNGYPLLHPC KPRVEKQRKV AVVQPEKHRV 480 PSKDSSPDTT KQHMNSSQAE MAGQANGKYC CPKIYFNHRC FSGPYLNKGR IAELPQCVGP 540 GNCVLVLKEV LTLLINSAYK PSRVLRELQL DQEGRWQGHG ETLKAKYKGK SYRATVEIVR 600 TADQVADFCR KTCIKLECCP NLFGPRMVLE HCSENCSVLT KTKYTYYYGK KKSRRVGRPP 660 GGHSNLEGGV KRRGRRRKRR KQLFVHKKRR SSASVDNTPA GSPQGSGDEE DLDEDDSLSE 720 DTGSEMQDEL MDDSEYSEKK SQPPTPSPSP PETPRPTRRR RKARSPSCSD DENRPPSPKS 780 PRTEVPQKLC LDSSPLEWSV TDVVRFIRTT DCAPLARIFM DQEIDGQALL LLNLPTVQEC 840 MDLKLGPAIK LCHHIERVKL AFYQQFAS 868Protein Fasta Sequence
>ENSDARP00000041724.7|MBT|Danio rerio MSLEALESDADSGQDVSEFNWDDYLEESGALSVPHHAFKHVDQGLETGLTPGMKLEVCVRTESESVYWVATIITTCGQLLLLRYEGYQDDRRADFWCDIMTADLHPIGWSKQQGRMMKPPEGVREKHQDWEALLEKALAESCSVPASLLEGAQRGCNPIDLLSPGLNVELVDHQDAGVVWSAVIEKNIGGRLRLRYAGTDGLPENQSITWVFYLDPLLHLSGWAQEHNCTLRPPAALLPLRTEPEWEEVKKSISSQEQDSSISEEFYRDRSAITPHCFTEGMKLEAVDPAAPFTISPATVAKVFNEQFFLVLMDDMRDEAQKEGGAHSFLCHRDSPGIFPTQWSLKNGVKLSPPPGFQGQDFDWADYLKQCEAEAAPQQCFPPDPSDQCIKESMMLEAVNPICPENIHVATVTKVKGQHMWIRLEGLKQAMPEIIVHTDSMDIFPVSWCETNGYPLLHPCKPRVEKQRKVAVVQPEKHRVPSKDSSPDTTKQHMNSSQAEMAGQANGKYCCPKIYFNHRCFSGPYLNKGRIAELPQCVGPGNCVLVLKEVLTLLINSAYKPSRVLRELQLDQEGRWQGHGETLKAKYKGKSYRATVEIVRTADQVADFCRKTCIKLECCPNLFGPRMVLEHCSENCSVLTKTKYTYYYGKKKSRRVGRPPGGHSNLEGGVKRRGRRRKRRKQLFVHKKRRSSASVDNTPAGSPQGSGDEEDLDEDDSLSEDTGSEMQDELMDDSEYSEKKSQPPTPSPSPPETPRPTRRRRKARSPSCSDDENRPPSPKSPRTEVPQKLCLDSSPLEWSVTDVVRFIRTTDCAPLARIFMDQEIDGQALLLLNLPTVQECMDLKLGPAIKLCHHIERVKLAFYQQFAS
|
Nucleotide Sequence (Fasta) | CTTTGTGCCA TATTGGAATG AGGTCGTGAA CGACTAGGCG GAAAAAGACA CGGCATCTAA 60 AACCGACTTG AAAAACTCCT CACTGAAGCA GTTTGATTGT CCTTCGGGGG CTTCAAACAT 120 GAGCCTTGAG GCGTTGGAGT CTGATGCAGA CTCTGGTCAG GATGTGTCAG AGTTTAACTG 180 GGACGATTAC CTGGAGGAAT CTGGGGCACT TTCTGTTCCT CATCATGCCT TCAAACATGT 240 GGACCAGGGC TTGGAGACAG GTCTGACTCC TGGTATGAAG CTGGAGGTGT GTGTGCGCAC 300 TGAATCTGAA TCTGTGTACT GGGTGGCCAC AATAATCACC ACCTGCGGAC AGTTGCTCTT 360 ACTACGATAT GAGGGCTACC AAGATGACCG ACGAGCAGAC TTTTGGTGCG ACATCATGAC 420 CGCTGACCTG CACCCGATTG GATGGAGCAA ACAGCAAGGT CGAATGATGA AACCTCCAGA 480 GGGTGTCCGA GAAAAGCACC AGGACTGGGA AGCGTTGCTG GAGAAAGCTT TGGCTGAATC 540 CTGCAGTGTT CCTGCCAGTC TACTGGAAGG GGCACAGCGT GGCTGTAATC CTATAGATCT 600 GTTAAGTCCA GGTCTAAATG TTGAGCTTGT GGACCATCAG GATGCTGGAG TGGTTTGGTC 660 TGCAGTGATT GAGAAGAACA TTGGGGGCCG CTTACGGCTT CGATACGCCG GCACAGACGG 720 GCTCCCTGAA AACCAATCCA TCACATGGGT CTTCTATCTG GATCCCCTGC TTCATCTGTC 780 AGGATGGGCA CAGGAGCACA ACTGCACCCT TAGACCACCA GCAGCTTTGC TCCCTCTGCG 840 CACTGAACCT GAATGGGAGG AGGTGAAGAA GAGCATCTCC TCTCAGGAGC AGGACTCCAG 900 CATCAGCGAG GAGTTTTACA GGGACAGATC TGCCATCACT CCGCATTGCT TTACTGAAGG 960 GATGAAGCTG GAAGCGGTGG ATCCTGCTGC TCCTTTCACT ATCAGTCCTG CCACTGTGGC 1020 CAAGGTATTT AATGAGCAGT TTTTCCTGGT TCTGATGGAT GACATGAGAG ACGAGGCACA 1080 GAAGGAGGGA GGCGCACACT CTTTCCTGTG CCACCGGGAC AGTCCTGGCA TCTTCCCAAC 1140 ACAATGGAGT CTGAAGAACG GAGTCAAGCT CAGTCCTCCT CCAGGGTTCC AAGGTCAGGA 1200 TTTTGACTGG GCCGACTATC TAAAGCAATG TGAGGCTGAA GCAGCCCCAC AGCAATGCTT 1260 TCCTCCGGAC CCATCCGATC AGTGCATCAA AGAGTCCATG ATGCTGGAGG CCGTCAACCC 1320 AATTTGTCCT GAAAACATCC ACGTAGCCAC TGTTACCAAG GTCAAAGGTC AACACATGTG 1380 GATTCGATTG GAAGGTCTGA AGCAAGCCAT GCCAGAGATC ATAGTTCACA CAGACTCCAT 1440 GGATATTTTC CCAGTGAGCT GGTGTGAGAC AAATGGTTAT CCTCTACTGC ACCCCTGCAA 1500 GCCCAGAGTG GAGAAACAGA GAAAGGTTGC AGTTGTTCAG CCAGAGAAAC ATCGAGTGCC 1560 ATCTAAAGAC TCTTCACCTG ACACTACCAA ACAACACATG AACAGCAGTC AGGCAGAGAT 1620 GGCAGGCCAG GCCAATGGGA AGTACTGCTG CCCTAAGATC TATTTTAACC ATCGCTGCTT 1680 CTCTGGACCT TATCTCAATA AGGGCCGCAT CGCAGAGCTG CCGCAGTGTG TGGGACCTGG 1740 AAACTGTGTG CTGGTGCTGA AGGAGGTGCT GACGCTACTG ATAAACTCCG CTTATAAACC 1800 CAGTCGAGTG CTGAGAGAAT TGCAGCTGGA CCAGGAGGGT CGCTGGCAGG GCCATGGAGA 1860 GACACTTAAA GCAAAGTACA AGGGGAAGAG CTACAGAGCG ACGGTTGAGA TTGTTCGCAC 1920 AGCAGATCAG GTGGCTGATT TCTGTCGGAA GACCTGCATT AAGCTGGAGT GCTGCCCAAA 1980 TCTGTTCGGC CCACGCATGG TTCTGGAGCA CTGCTCTGAA AACTGCTCTG TGCTCACCAA 2040 AACCAAATAC ACGTATTACT ATGGAAAGAA GAAGAGCAGG CGTGTGGGTC GACCTCCCGG 2100 TGGACACTCA AACCTAGAGG GGGGAGTGAA GAGACGAGGC AGGAGGAGAA AGAGGAGAAA 2160 GCAGCTCTTC GTCCACAAAA AGAGACGCTC ATCTGCTTCA GTTGACAACA CTCCAGCAGG 2220 TTCCCCTCAG GGCAGCGGCG ATGAGGAAGA TCTGGATGAA GATGACTCTC TGAGTGAAGA 2280 CACAGGCTCT GAGATGCAGG ACGAGCTAAT GGATGACTCC GAATATTCAG AGAAGAAGTC 2340 ACAGCCCCCT ACTCCCTCCC CCTCACCTCC AGAAACCCCC CGTCCCACAC GCAGAAGACG 2400 CAAAGCTCGC TCACCGTCCT GCTCTGATGA TGAGAACAGA CCTCCATCAC CCAAGAGTCC 2460 ACGTACTGAA GTTCCTCAGA AGCTGTGTTT GGACAGCAGT CCACTGGAAT GGAGCGTCAC 2520 AGATGTAGTG CGCTTCATCA GGACCACTGA CTGTGCTCCG CTGGCCCGCA TCTTCATGGA 2580 TCAAGAAATT GATGGCCAGG CGCTGCTCCT GTTAAATCTC CCAACCGTGC AGGAGTGTAT 2640 GGATCTAAAA CTGGGCCCTG CCATCAAGCT GTGCCATCAC ATCGAGCGGG TCAAGCTGGC 2700 ATTTTACCAA CAGTTTGCCA GCTGAGGGTG ACATTCTGCA AAGAAGAGTA GGGCGTTTGA 2760 CATTTTGGCT GACTTTACTA ATATTGTGAT CTTCCTTTTG CTCTATGGAA ACCTTTAGAA 2820 TCACTTAGCG CTTTAGACGC CTCCCTGTAC CATTCGTTTT CTACAAAGCA GGCACAGTTG 2880 GGGGAGGCAT TTTTTCCAAC AGGGTGAATA TGGTACTTTT ACAGTCGGGC TCTTCATTTG 2940 GAGACTAGGC TGTTGTCTTT TTTAAGATTG GTTGAGCTCA GGGTAAACTT AAACCTGGGT 3000 CAGAGGAACT AGTCCATGCA TTCAACAATA AGCAAAGCTA AACTTGTTTC TGAAACCTTT 3060 ATGAACTGTA GAGCGGATGA CAATGCATTA ACCTTAAGCA CAAGAAAACA AAAAGCAGTT 3120 GCCCTTCTAC TGTACGCGGT ATGCAAATGT GTACATACAG GAGTGTGAAT GTAAATAGTG 3180 TAAATAAGCA GATGTTAATT TTAGTGGGAC AGCTTTAATG CTCCCGTTTC AGTTTGGTTT 3240 TCTATTAAAG TTTGGGAATT ACACTGTAAA ACAACAGTGC AAACGCATGA TGGTTTCTGC 3300 CATTGTGGTT TCTGTAAATA CTAATAAACT TTTGCTCATT CGAATGATGC ATTATTAACT 3360 AAAAGTGCAA AGTAATAATA AATAAATAAC AACGTGTTAT GGTTGAGACA TAAGCACACA 3420 AATATTTCAG GTTACGTCAT TGACTGTGAT AGGGATAAAA CATTCGTTGT GGCAAATCCA 3480 GGGTCTATCA ACACCAAATT GAAGAGTTTT GTACTCTTAG AAATGTGTCT GCTTGAAAAA 3540 GTCATATTTT TATTATCAAA CAGAATGCAG CCACTGTGTT GAAATGCAAA TACTGCATTG 3600 AATAATGTCA GGGGCCTCTG TGTTGTAATC ATCGGTTTGG CCTTGTATTG CGAAGCTGTG 3660 CCCTTATAAA CAGAATCTTT AGATTTTTCA TTGAAGGATT GTATTTGAAT TGACGATGAG 3720 ATATGCAACA GTCTTGCTTT TTTATTAAAC AGCCCATCCC TATTCATCCT ACTTCTTCTT 3780 TAAGAATTTG TGCTCTACTG TTGAAAAACA AAAAAAAATG TTTTTGGAGC CTTGTCTCGC 3840 CCCAATTGTT CATTTCCCGT TTTACACAGA TTTGATTTAA GGTTGTTCAA TTAATATCAG 3900 TTTACTTTTG ATCATTTGTT GGTGGAAATG TTATTTAAAA GAAAATAAAA TTAACAGAAT 3960 CTTGAC
3967Nucleotide Fasta Sequence
>ENSDARP00000041724.7|MBT|Danio rerio CTTTGTGCCATATTGGAATGAGGTCGTGAACGACTAGGCGGAAAAAGACACGGCATCTAAAACCGACTTGAAAAACTCCTCACTGAAGCAGTTTGATTGTCCTTCGGGGGCTTCAAACATGAGCCTTGAGGCGTTGGAGTCTGATGCAGACTCTGGTCAGGATGTGTCAGAGTTTAACTGGGACGATTACCTGGAGGAATCTGGGGCACTTTCTGTTCCTCATCATGCCTTCAAACATGTGGACCAGGGCTTGGAGACAGGTCTGACTCCTGGTATGAAGCTGGAGGTGTGTGTGCGCACTGAATCTGAATCTGTGTACTGGGTGGCCACAATAATCACCACCTGCGGACAGTTGCTCTTACTACGATATGAGGGCTACCAAGATGACCGACGAGCAGACTTTTGGTGCGACATCATGACCGCTGACCTGCACCCGATTGGATGGAGCAAACAGCAAGGTCGAATGATGAAACCTCCAGAGGGTGTCCGAGAAAAGCACCAGGACTGGGAAGCGTTGCTGGAGAAAGCTTTGGCTGAATCCTGCAGTGTTCCTGCCAGTCTACTGGAAGGGGCACAGCGTGGCTGTAATCCTATAGATCTGTTAAGTCCAGGTCTAAATGTTGAGCTTGTGGACCATCAGGATGCTGGAGTGGTTTGGTCTGCAGTGATTGAGAAGAACATTGGGGGCCGCTTACGGCTTCGATACGCCGGCACAGACGGGCTCCCTGAAAACCAATCCATCACATGGGTCTTCTATCTGGATCCCCTGCTTCATCTGTCAGGATGGGCACAGGAGCACAACTGCACCCTTAGACCACCAGCAGCTTTGCTCCCTCTGCGCACTGAACCTGAATGGGAGGAGGTGAAGAAGAGCATCTCCTCTCAGGAGCAGGACTCCAGCATCAGCGAGGAGTTTTACAGGGACAGATCTGCCATCACTCCGCATTGCTTTACTGAAGGGATGAAGCTGGAAGCGGTGGATCCTGCTGCTCCTTTCACTATCAGTCCTGCCACTGTGGCCAAGGTATTTAATGAGCAGTTTTTCCTGGTTCTGATGGATGACATGAGAGACGAGGCACAGAAGGAGGGAGGCGCACACTCTTTCCTGTGCCACCGGGACAGTCCTGGCATCTTCCCAACACAATGGAGTCTGAAGAACGGAGTCAAGCTCAGTCCTCCTCCAGGGTTCCAAGGTCAGGATTTTGACTGGGCCGACTATCTAAAGCAATGTGAGGCTGAAGCAGCCCCACAGCAATGCTTTCCTCCGGACCCATCCGATCAGTGCATCAAAGAGTCCATGATGCTGGAGGCCGTCAACCCAATTTGTCCTGAAAACATCCACGTAGCCACTGTTACCAAGGTCAAAGGTCAACACATGTGGATTCGATTGGAAGGTCTGAAGCAAGCCATGCCAGAGATCATAGTTCACACAGACTCCATGGATATTTTCCCAGTGAGCTGGTGTGAGACAAATGGTTATCCTCTACTGCACCCCTGCAAGCCCAGAGTGGAGAAACAGAGAAAGGTTGCAGTTGTTCAGCCAGAGAAACATCGAGTGCCATCTAAAGACTCTTCACCTGACACTACCAAACAACACATGAACAGCAGTCAGGCAGAGATGGCAGGCCAGGCCAATGGGAAGTACTGCTGCCCTAAGATCTATTTTAACCATCGCTGCTTCTCTGGACCTTATCTCAATAAGGGCCGCATCGCAGAGCTGCCGCAGTGTGTGGGACCTGGAAACTGTGTGCTGGTGCTGAAGGAGGTGCTGACGCTACTGATAAACTCCGCTTATAAACCCAGTCGAGTGCTGAGAGAATTGCAGCTGGACCAGGAGGGTCGCTGGCAGGGCCATGGAGAGACACTTAAAGCAAAGTACAAGGGGAAGAGCTACAGAGCGACGGTTGAGATTGTTCGCACAGCAGATCAGGTGGCTGATTTCTGTCGGAAGACCTGCATTAAGCTGGAGTGCTGCCCAAATCTGTTCGGCCCACGCATGGTTCTGGAGCACTGCTCTGAAAACTGCTCTGTGCTCACCAAAACCAAATACACGTATTACTATGGAAAGAAGAAGAGCAGGCGTGTGGGTCGACCTCCCGGTGGACACTCAAACCTAGAGGGGGGAGTGAAGAGACGAGGCAGGAGGAGAAAGAGGAGAAAGCAGCTCTTCGTCCACAAAAAGAGACGCTCATCTGCTTCAGTTGACAACACTCCAGCAGGTTCCCCTCAGGGCAGCGGCGATGAGGAAGATCTGGATGAAGATGACTCTCTGAGTGAAGACACAGGCTCTGAGATGCAGGACGAGCTAATGGATGACTCCGAATATTCAGAGAAGAAGTCACAGCCCCCTACTCCCTCCCCCTCACCTCCAGAAACCCCCCGTCCCACACGCAGAAGACGCAAAGCTCGCTCACCGTCCTGCTCTGATGATGAGAACAGACCTCCATCACCCAAGAGTCCACGTACTGAAGTTCCTCAGAAGCTGTGTTTGGACAGCAGTCCACTGGAATGGAGCGTCACAGATGTAGTGCGCTTCATCAGGACCACTGACTGTGCTCCGCTGGCCCGCATCTTCATGGATCAAGAAATTGATGGCCAGGCGCTGCTCCTGTTAAATCTCCCAACCGTGCAGGAGTGTATGGATCTAAAACTGGGCCCTGCCATCAAGCTGTGCCATCACATCGAGCGGGTCAAGCTGGCATTTTACCAACAGTTTGCCAGCTGAGGGTGACATTCTGCAAAGAAGAGTAGGGCGTTTGACATTTTGGCTGACTTTACTAATATTGTGATCTTCCTTTTGCTCTATGGAAACCTTTAGAATCACTTAGCGCTTTAGACGCCTCCCTGTACCATTCGTTTTCTACAAAGCAGGCACAGTTGGGGGAGGCATTTTTTCCAACAGGGTGAATATGGTACTTTTACAGTCGGGCTCTTCATTTGGAGACTAGGCTGTTGTCTTTTTTAAGATTGGTTGAGCTCAGGGTAAACTTAAACCTGGGTCAGAGGAACTAGTCCATGCATTCAACAATAAGCAAAGCTAAACTTGTTTCTGAAACCTTTATGAACTGTAGAGCGGATGACAATGCATTAACCTTAAGCACAAGAAAACAAAAAGCAGTTGCCCTTCTACTGTACGCGGTATGCAAATGTGTACATACAGGAGTGTGAATGTAAATAGTGTAAATAAGCAGATGTTAATTTTAGTGGGACAGCTTTAATGCTCCCGTTTCAGTTTGGTTTTCTATTAAAGTTTGGGAATTACACTGTAAAACAACAGTGCAAACGCATGATGGTTTCTGCCATTGTGGTTTCTGTAAATACTAATAAACTTTTGCTCATTCGAATGATGCATTATTAACTAAAAGTGCAAAGTAATAATAAATAAATAACAACGTGTTATGGTTGAGACATAAGCACACAAATATTTCAGGTTACGTCATTGACTGTGATAGGGATAAAACATTCGTTGTGGCAAATCCAGGGTCTATCAACACCAAATTGAAGAGTTTTGTACTCTTAGAAATGTGTCTGCTTGAAAAAGTCATATTTTTATTATCAAACAGAATGCAGCCACTGTGTTGAAATGCAAATACTGCATTGAATAATGTCAGGGGCCTCTGTGTTGTAATCATCGGTTTGGCCTTGTATTGCGAAGCTGTGCCCTTATAAACAGAATCTTTAGATTTTTCATTGAAGGATTGTATTTGAATTGACGATGAGATATGCAACAGTCTTGCTTTTTTATTAAACAGCCCATCCCTATTCATCCTACTTCTTCTTTAAGAATTTGTGCTCTACTGTTGAAAAACAAAAAAAAATGTTTTTGGAGCCTTGTCTCGCCCCAATTGTTCATTTCCCGTTTTACACAGATTTGATTTAAGGTTGTTCAATTAATATCAGTTTACTTTTGATCATTTGTTGGTGGAAATGTTATTTAAAAGAAAATAAAATTAACAGAATCTTGAC
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |