Tag |
Content |
WERAM ID |
WERAM-Pof-0206 |
Ensembl Protein ID |
ENSPFOP00000017012.2 |
Gene Name |
l3mbtl1b |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
3.00e-90 |
285.6 |
231 |
328 |
|
Organism |
Poecilia formosa |
Domain Profile |
Me_Reader MBT
MBT-2.txt 2 dwkeylrktldgakvapkslseklseskalls.fkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 +w++yl + + ++ap++l+++ ++ ++ + fkvgm+lE +d +++s+ +v tv e+ g r++++f++ e +d+W +++s ++ p ENSPFOP00000017012.2 231 SWPAYLEEG--RTIAAPVKLFKEHQSFPQSRNsFKVGMKLEGLDPSHPSLFCVLTVAEIQGYRVRLHFDGY-PECYDFWANADSWDLKP 316 79*****99..9**********99998887766**************************************.***************** PP MBT-2.txt 90 vGwaakqgkelq 101 +Gw++k+g++l ENSPFOP00000017012.2 317 AGWCEKNGHKLL 328 *********995 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 ++w++y++++ + + apk+l+++l+ s ++++f+ gm+lE+ d+kn+s+i+vat+ +v+++rl ++f+ + d+++dyW+d+ssp+i+p ENSPFOP00000017012.2 338 FNWSTYVKNC--RGQLAPKHLFKSLNTSVTPSGFRAGMKLEAADRKNPSQICVATIAAVVDNRLLIHFDSL-DDTHDYWCDASSPYIHP 423 59********..99********************************************************9.***************** PP MBT-2.txt 90 vGwaakqgkelqp 102 vG++++ +l + ENSPFOP00000017012.2 424 VGFCEEAQLTLIT 436 *****99888766 PP MBT-2.txt 2 dwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifpv 90 +w++y+ + ga+ ap+ ++ +++ +f+vgm++E+vdk+n+++irvat+ + ++rlkv+f+++ + d+dyW++++ p+++pv ENSPFOP00000017012.2 447 SWEKYMEEA--GAQPAPARAFKP----RPPHGFQVGMKVEAVDKRNPMLIRVATIVNTEDHRLKVHFDGW-NMDYDYWVETDCPDLHPV 528 788888888..888888877654....44567**************************************.****************** PP MBT-2.txt 91 Gwaakqgkelqpp 103 Gw++k+g++lq p ENSPFOP00000017012.2 529 GWCQKTGHPLQHP 541 **********986 PP
|
Protein Sequence (Fasta) | MTDTPPSDGP SQGAEFDMMG ALDWKDGIAT LPGSDIRFRM TEFGTLEIVT DVEVKGQEAE 60 ANRETLNPVP SHTPTPPPEV QSQASTATAL VNQSKPGSSQ AKEGDPGMEV GPRVKAASGT 120 DPGPNGELLR CRSCGGPVSR NALIEGKYCS SCVQPSSGRS SPAEARDSQA VEGERLGKRV 180 RKKRKIYMDS GDEEEDNQEE PEEKAKSTKG RRGAKMAKLV PATPNKKRAW SWPAYLEEGR 240 TIAAPVKLFK EHQSFPQSRN SFKVGMKLEG LDPSHPSLFC VLTVAEIQGY RVRLHFDGYP 300 ECYDFWANAD SWDLKPAGWC EKNGHKLLLP KGCKEGEFNW STYVKNCRGQ LAPKHLFKSL 360 NTSVTPSGFR AGMKLEAADR KNPSQICVAT IAAVVDNRLL IHFDSLDDTH DYWCDASSPY 420 IHPVGFCEEA QLTLITPPEH KDSKNFSWEK YMEEAGAQPA PARAFKPRPP HGFQVGMKVE 480 AVDKRNPMLI RVATIVNTED HRLKVHFDGW NMDYDYWVET DCPDLHPVGW CQKTGHPLQH 540 PNSTSDSLPA PGQGCPTPGC NGVGHIRGPR YGTHYTQVSC PYSEMNLNKE GLLPDRLGGE 600 RPLVLSGPPA RGRRPDAHPN NPAQTTSAPA QSEPPLDPQS RKPAPVEAEH SECNNQPEPV 660 GGANEQSHNG TRPKRMAPLP KYLKMHYVKD EISDGKSSPE TISLQQALHE SVFPPGISAS 720 PPHRVALCWD KHCQLLPEVL GLTAKRVATW SAEEVAGFVK GLPGCKEHAA TFKTEQIDGE 780 AFLLLTQADI VKILSIKLGP ALKIYNSILM LKNADEE 817Protein Fasta Sequence
>ENSPFOP00000017012.2|MBT|Poecilia formosa MTDTPPSDGPSQGAEFDMMGALDWKDGIATLPGSDIRFRMTEFGTLEIVTDVEVKGQEAEANRETLNPVPSHTPTPPPEVQSQASTATALVNQSKPGSSQAKEGDPGMEVGPRVKAASGTDPGPNGELLRCRSCGGPVSRNALIEGKYCSSCVQPSSGRSSPAEARDSQAVEGERLGKRVRKKRKIYMDSGDEEEDNQEEPEEKAKSTKGRRGAKMAKLVPATPNKKRAWSWPAYLEEGRTIAAPVKLFKEHQSFPQSRNSFKVGMKLEGLDPSHPSLFCVLTVAEIQGYRVRLHFDGYPECYDFWANADSWDLKPAGWCEKNGHKLLLPKGCKEGEFNWSTYVKNCRGQLAPKHLFKSLNTSVTPSGFRAGMKLEAADRKNPSQICVATIAAVVDNRLLIHFDSLDDTHDYWCDASSPYIHPVGFCEEAQLTLITPPEHKDSKNFSWEKYMEEAGAQPAPARAFKPRPPHGFQVGMKVEAVDKRNPMLIRVATIVNTEDHRLKVHFDGWNMDYDYWVETDCPDLHPVGWCQKTGHPLQHPNSTSDSLPAPGQGCPTPGCNGVGHIRGPRYGTHYTQVSCPYSEMNLNKEGLLPDRLGGERPLVLSGPPARGRRPDAHPNNPAQTTSAPAQSEPPLDPQSRKPAPVEAEHSECNNQPEPVGGANEQSHNGTRPKRMAPLPKYLKMHYVKDEISDGKSSPETISLQQALHESVFPPGISASPPHRVALCWDKHCQLLPEVLGLTAKRVATWSAEEVAGFVKGLPGCKEHAATFKTEQIDGEAFLLLTQADIVKILSIKLGPALKIYNSILMLKNADEE
|
Nucleotide Sequence (Fasta) | GTCTGCGCTC CATTGATACA CTCACTCCTA CTTCTGACAG TGGGGGAAGG AGGAGAGAGG 60 GATATACTTT AAACGCCTGT TCGAGGGCAA CAGGGAAGTT CGAGCCCCAC TAAGGCTTCT 120 GGTATCCCTT AAATCAGTCC CGAACCGAGT TTTGGGCGTG CTGCGAGCAA ACGCAGGCCT 180 ACCGATAGCG AGCTGAACTT TTCCCGAGAC CCAAACTTGT CAGGCAGCCG CATCTTGCGC 240 GCATGCGCAT TGGTCTTATC CAGCTCTAAA TAAGAGTTAA ACAGAAACGA GGTAGGTCAT 300 ATCAGAGGAG TGGGAATGAC TGACACTCCA CCCAGTGATG GACCCTCCCA GGGAGCCGAG 360 TTTGACATGA TGGGAGCTCT GGACTGGAAG GATGGTATTG CTACACTTCC AGGCAGTGAT 420 ATCAGGTTCC GCATGACAGA GTTTGGGACC CTTGAGATAG TCACAGACGT AGAGGTCAAA 480 GGGCAGGAGG CAGAGGCTAA TCGTGAGACC TTGAACCCAG TGCCGTCTCA CACTCCAACC 540 CCTCCACCCG AAGTCCAGTC ACAGGCCAGC ACGGCCACAG CTCTGGTCAA TCAGAGCAAA 600 CCGGGCTCAT CTCAAGCTAA AGAGGGGGAC CCTGGCATGG AGGTTGGCCC TAGGGTTAAA 660 GCTGCTTCTG GTACGGATCC AGGTCCAAAT GGGGAGCTGT TAAGGTGTCG GTCCTGTGGT 720 GGACCCGTTT CCAGGAACGC CCTAATAGAG GGAAAATACT GTAGCTCTTG TGTTCAGCCT 780 TCAAGCGGCA GATCTTCTCC AGCAGAAGCC CGTGACAGTC AGGCAGTGGA GGGTGAGCGA 840 CTGGGGAAAC GTGTTCGGAA AAAGAGGAAG ATCTACATGG ATTCTGGTGA TGAAGAGGAG 900 GACAATCAAG AAGAACCAGA GGAAAAGGCT AAGTCTACCA AAGGCAGGAG GGGAGCCAAA 960 ATGGCCAAAC TTGTGCCTGC CACGCCCAAT AAGAAGCGGG CGTGGAGCTG GCCTGCTTAC 1020 CTGGAGGAGG GGCGAACCAT TGCTGCACCT GTGAAACTTT TCAAAGAGCA CCAATCGTTT 1080 CCTCAAAGCA GGAACAGTTT TAAGGTTGGA ATGAAGCTCG AAGGGCTTGA TCCATCTCAC 1140 CCCTCTCTCT TTTGCGTGCT CACTGTTGCA GAGATCCAAG GTTACAGAGT CAGACTCCAC 1200 TTCGATGGTT ACCCTGAATG CTACGACTTC TGGGCCAATG CCGACTCGTG GGATCTGAAG 1260 CCAGCCGGGT GGTGTGAGAA GAACGGGCAC AAGTTATTAC TGCCTAAAGG CTGTAAAGAA 1320 GGAGAGTTTA ACTGGAGTAC GTATGTGAAA AACTGCAGAG GCCAACTGGC TCCAAAGCAT 1380 CTTTTTAAGA GCCTCAACAC ATCCGTGACC CCATCTGGAT TTAGAGCTGG GATGAAACTG 1440 GAGGCAGCCG ACAGGAAGAA CCCCTCACAG ATCTGTGTAG CAACAATCGC TGCCGTTGTC 1500 GACAACCGCC TTCTGATTCA TTTTGACAGC CTGGATGACA CACATGATTA TTGGTGTGAT 1560 GCCAGCAGTC CGTACATACA TCCTGTTGGT TTCTGTGAAG AAGCTCAGTT GACTCTAATA 1620 ACTCCACCTG AACATAAAGA TTCCAAGAAT TTCTCATGGG AAAAGTACAT GGAGGAAGCA 1680 GGAGCACAAC CTGCTCCTGC AAGAGCTTTC AAACCGCGAC CTCCTCATGG CTTCCAGGTT 1740 GGGATGAAAG TTGAAGCCGT TGATAAGAGG AACCCCATGC TCATCCGTGT AGCTACCATA 1800 GTGAACACAG AGGACCACCG ACTGAAGGTC CACTTCGATG GCTGGAATAT GGATTACGAC 1860 TACTGGGTTG AGACAGATTG CCCAGATCTG CACCCAGTCG GATGGTGTCA GAAAACCGGA 1920 CACCCGTTAC AGCACCCCAA CAGCACAAGT GATTCATTGC CTGCCCCGGG ACAAGGCTGT 1980 CCCACCCCAG GATGCAACGG GGTTGGACAC ATAAGGGGGC CTCGCTACGG GACGCACTAC 2040 ACCCAGGTGA GCTGCCCTTA CTCTGAGATG AACCTGAACA AGGAGGGCTT GTTGCCAGAT 2100 CGTCTCGGTG GAGAGCGACC TCTCGTCCTC AGCGGGCCTC CGGCACGGGG GCGGCGCCCC 2160 GACGCGCACC CGAACAATCC AGCCCAGACC ACATCGGCGC CGGCACAGAG CGAGCCGCCA 2220 CTGGATCCCC AGAGCAGGAA ACCAGCGCCT GTGGAAGCAG AGCATTCAGA ATGCAACAAC 2280 CAGCCAGAGC CAGTAGGTGG AGCCAACGAG CAAAGCCACA ATGGAACGAG GCCTAAAAGA 2340 ATGGCTCCAC TGCCCAAGTA TCTAAAAATG CACTATGTCA AGGATGAGAT TAGTGATGGG 2400 AAATCGTCCC CAGAAACCAT CTCACTCCAG CAAGCACTAC ACGAGTCAGT GTTCCCCCCC 2460 GGCATCTCCG CCTCCCCCCC GCACAGAGTG GCTCTTTGCT GGGACAAACA CTGCCAGCTG 2520 CTGCCCGAGG TCCTGGGGCT GACTGCCAAG AGAGTGGCCA CTTGGAGCGC TGAGGAGGTG 2580 GCCGGTTTTG TCAAAGGACT CCCAGGATGT AAAGAGCATG CTGCTACTTT TAAAACAGAG 2640 CAAATAGATG GCGAGGCCTT CCTGCTTCTC ACCCAGGCAG ACATCGTTAA GATCCTGTCC 2700 ATCAAGCTGG GACCGGCTCT GAAGATCTAC AACTCCATCC TCATGCTGAA GAACGCCGAC 2760 GAAGAGTGAG ACCCGACGTC AGGGGGAGTC TCTCCCTCCA CGCAGCTCTC GACTCAAGTC 2820 TCAGAGAAAA AAAGAAGAGA AAAAAATCAA CTAGAACAAG GCCAATTAGT TTCTCTGCAG 2880 TGGTGCAGCT ACGAGAGAGG AGAGAGGAGA AAGCCTTTGT CTGGAAGGTG TAGCGTCTCT 2940 TCCTCTACGA CGGCCAGCTT GGGAGAGCAT TTTAAGACAC CATGAAGATT TACTAACCCG 3000 AGTTGTTTTG TTTACAGAAT CTTGAAAACA TGCAGGCGCC TTTAAGGCTT CTTAACATTG 3060 TACAGTTTAC AGATTGGATT TATTGTCCCA GTTGTTGGAT TTCTTGTTTG TAAAGAAAAG 3120 GTGCTGCGGC TCCGAGCTGG TAGAACAAGT ATTATTATTA TTATTATTAT TATTATAAAT 3180 TTTTTGTTTG TTTCGCTTTG AGAAGCTGCA AAATACAATC GGAAAACGGC GAGAAGATTT 3240 TTTTTAAAAT GTGAAACCCA GAGGAGCAGA GGCACTTCAG CGTTTCTCCT ATAAATTAGA 3300 GAGAGATGAC TGCTCAGCAG GCTCAAAGAG CATCGGTGTT TTGGTCATTT GGAGTTGGCA 3360 GGAGGTTCGA TTCAATAAGA ATGCTTGAAA CGGCGTCCTT GTTTGTGTGC AGAGATGATT 3420 AAGTGTGTTT GAGGAATGGA GATGCAAGTT CCCACTGTTC TGTGTATGTT GCGTTTCTGG 3480 TCTGCGGATC GTTTTGGGCC GAGCTGCGAC GGCCGGCTCG GTAAATCAAG GAACCTGTCC 3540 CGTCTCTGTA GATGCTGAAC TAGCTGTTTT TGTTTGTTTG TTTTTTTTGT TTGTTTTTTT 3600 TTTTGTAGAA AACACACAAA TATGAATGTT AAACAACTTA AAGTTGTTCT GGTATCCACC 3660 TTTTTGTTCC TGGTTCGAAA AAGCTCTGAC TTTGTAAGTA GAGCTAAAAG AAGAAGCCTC 3720 TCTCTTTTCT TCTACCAGAG TTTAGTCCTG CTTTGTTATG CAAAGACTAA TGATCTGTCT 3780 GTACAGGCAA GAAGGACATG AAGACCGTGA ACTGACAAAA CAAGCAATTT AATGGTAAGG 3840 GGGAGGGGCC TTTGTAAATA CGCCACGGCA GGTTGGATGT GTACATCAGT AACGGTTCAT 3900 GCAAACAGCT TTTATTTATG TTTTGTAAAT TATGGGATAA TGGTACGCTG CTCTGCCTCC 3960 TCTGACGGAA CGTGTGAATG GGAGACAATA AATGAGATGC ACACTGTCTG CTGTCCTCAT 4020 TTTAACCCCC GCCGTGTCGC CACACAAACT CACCGATCAT CTGAAGCTGC GCTCCGCGAC 4080 TCCCTGTTGT TTACGCGTCG GCCATGTTTG GCTGATCAAC CACAGCGTTC TGAACGCTTT 4140 GTCAGACGAC AATCTGATTT ATGACTTCAG TGAAAGTCAA ACTATCTTCT AGTTTTTAGT 4200 TTTGTGTTTT TTGTGTGTTT GTATGAATGT GGAAGTGGTG AAGTAACTTC TGCACCTCTT 4260 ATATATTTAT TCAGTGGTGT GGGGGGAAAA ATCCCATAGG ATTAAATGAT TGGTTCTAAC 4320 AAAATCACC
Nucleotide Fasta Sequence
>ENSPFOP00000017012.2|MBT|Poecilia formosa GTCTGCGCTCCATTGATACACTCACTCCTACTTCTGACAGTGGGGGAAGGAGGAGAGAGGGATATACTTTAAACGCCTGTTCGAGGGCAACAGGGAAGTTCGAGCCCCACTAAGGCTTCTGGTATCCCTTAAATCAGTCCCGAACCGAGTTTTGGGCGTGCTGCGAGCAAACGCAGGCCTACCGATAGCGAGCTGAACTTTTCCCGAGACCCAAACTTGTCAGGCAGCCGCATCTTGCGCGCATGCGCATTGGTCTTATCCAGCTCTAAATAAGAGTTAAACAGAAACGAGGTAGGTCATATCAGAGGAGTGGGAATGACTGACACTCCACCCAGTGATGGACCCTCCCAGGGAGCCGAGTTTGACATGATGGGAGCTCTGGACTGGAAGGATGGTATTGCTACACTTCCAGGCAGTGATATCAGGTTCCGCATGACAGAGTTTGGGACCCTTGAGATAGTCACAGACGTAGAGGTCAAAGGGCAGGAGGCAGAGGCTAATCGTGAGACCTTGAACCCAGTGCCGTCTCACACTCCAACCCCTCCACCCGAAGTCCAGTCACAGGCCAGCACGGCCACAGCTCTGGTCAATCAGAGCAAACCGGGCTCATCTCAAGCTAAAGAGGGGGACCCTGGCATGGAGGTTGGCCCTAGGGTTAAAGCTGCTTCTGGTACGGATCCAGGTCCAAATGGGGAGCTGTTAAGGTGTCGGTCCTGTGGTGGACCCGTTTCCAGGAACGCCCTAATAGAGGGAAAATACTGTAGCTCTTGTGTTCAGCCTTCAAGCGGCAGATCTTCTCCAGCAGAAGCCCGTGACAGTCAGGCAGTGGAGGGTGAGCGACTGGGGAAACGTGTTCGGAAAAAGAGGAAGATCTACATGGATTCTGGTGATGAAGAGGAGGACAATCAAGAAGAACCAGAGGAAAAGGCTAAGTCTACCAAAGGCAGGAGGGGAGCCAAAATGGCCAAACTTGTGCCTGCCACGCCCAATAAGAAGCGGGCGTGGAGCTGGCCTGCTTACCTGGAGGAGGGGCGAACCATTGCTGCACCTGTGAAACTTTTCAAAGAGCACCAATCGTTTCCTCAAAGCAGGAACAGTTTTAAGGTTGGAATGAAGCTCGAAGGGCTTGATCCATCTCACCCCTCTCTCTTTTGCGTGCTCACTGTTGCAGAGATCCAAGGTTACAGAGTCAGACTCCACTTCGATGGTTACCCTGAATGCTACGACTTCTGGGCCAATGCCGACTCGTGGGATCTGAAGCCAGCCGGGTGGTGTGAGAAGAACGGGCACAAGTTATTACTGCCTAAAGGCTGTAAAGAAGGAGAGTTTAACTGGAGTACGTATGTGAAAAACTGCAGAGGCCAACTGGCTCCAAAGCATCTTTTTAAGAGCCTCAACACATCCGTGACCCCATCTGGATTTAGAGCTGGGATGAAACTGGAGGCAGCCGACAGGAAGAACCCCTCACAGATCTGTGTAGCAACAATCGCTGCCGTTGTCGACAACCGCCTTCTGATTCATTTTGACAGCCTGGATGACACACATGATTATTGGTGTGATGCCAGCAGTCCGTACATACATCCTGTTGGTTTCTGTGAAGAAGCTCAGTTGACTCTAATAACTCCACCTGAACATAAAGATTCCAAGAATTTCTCATGGGAAAAGTACATGGAGGAAGCAGGAGCACAACCTGCTCCTGCAAGAGCTTTCAAACCGCGACCTCCTCATGGCTTCCAGGTTGGGATGAAAGTTGAAGCCGTTGATAAGAGGAACCCCATGCTCATCCGTGTAGCTACCATAGTGAACACAGAGGACCACCGACTGAAGGTCCACTTCGATGGCTGGAATATGGATTACGACTACTGGGTTGAGACAGATTGCCCAGATCTGCACCCAGTCGGATGGTGTCAGAAAACCGGACACCCGTTACAGCACCCCAACAGCACAAGTGATTCATTGCCTGCCCCGGGACAAGGCTGTCCCACCCCAGGATGCAACGGGGTTGGACACATAAGGGGGCCTCGCTACGGGACGCACTACACCCAGGTGAGCTGCCCTTACTCTGAGATGAACCTGAACAAGGAGGGCTTGTTGCCAGATCGTCTCGGTGGAGAGCGACCTCTCGTCCTCAGCGGGCCTCCGGCACGGGGGCGGCGCCCCGACGCGCACCCGAACAATCCAGCCCAGACCACATCGGCGCCGGCACAGAGCGAGCCGCCACTGGATCCCCAGAGCAGGAAACCAGCGCCTGTGGAAGCAGAGCATTCAGAATGCAACAACCAGCCAGAGCCAGTAGGTGGAGCCAACGAGCAAAGCCACAATGGAACGAGGCCTAAAAGAATGGCTCCACTGCCCAAGTATCTAAAAATGCACTATGTCAAGGATGAGATTAGTGATGGGAAATCGTCCCCAGAAACCATCTCACTCCAGCAAGCACTACACGAGTCAGTGTTCCCCCCCGGCATCTCCGCCTCCCCCCCGCACAGAGTGGCTCTTTGCTGGGACAAACACTGCCAGCTGCTGCCCGAGGTCCTGGGGCTGACTGCCAAGAGAGTGGCCACTTGGAGCGCTGAGGAGGTGGCCGGTTTTGTCAAAGGACTCCCAGGATGTAAAGAGCATGCTGCTACTTTTAAAACAGAGCAAATAGATGGCGAGGCCTTCCTGCTTCTCACCCAGGCAGACATCGTTAAGATCCTGTCCATCAAGCTGGGACCGGCTCTGAAGATCTACAACTCCATCCTCATGCTGAAGAACGCCGACGAAGAGTGAGACCCGACGTCAGGGGGAGTCTCTCCCTCCACGCAGCTCTCGACTCAAGTCTCAGAGAAAAAAAGAAGAGAAAAAAATCAACTAGAACAAGGCCAATTAGTTTCTCTGCAGTGGTGCAGCTACGAGAGAGGAGAGAGGAGAAAGCCTTTGTCTGGAAGGTGTAGCGTCTCTTCCTCTACGACGGCCAGCTTGGGAGAGCATTTTAAGACACCATGAAGATTTACTAACCCGAGTTGTTTTGTTTACAGAATCTTGAAAACATGCAGGCGCCTTTAAGGCTTCTTAACATTGTACAGTTTACAGATTGGATTTATTGTCCCAGTTGTTGGATTTCTTGTTTGTAAAGAAAAGGTGCTGCGGCTCCGAGCTGGTAGAACAAGTATTATTATTATTATTATTATTATTATAAATTTTTTGTTTGTTTCGCTTTGAGAAGCTGCAAAATACAATCGGAAAACGGCGAGAAGATTTTTTTTAAAATGTGAAACCCAGAGGAGCAGAGGCACTTCAGCGTTTCTCCTATAAATTAGAGAGAGATGACTGCTCAGCAGGCTCAAAGAGCATCGGTGTTTTGGTCATTTGGAGTTGGCAGGAGGTTCGATTCAATAAGAATGCTTGAAACGGCGTCCTTGTTTGTGTGCAGAGATGATTAAGTGTGTTTGAGGAATGGAGATGCAAGTTCCCACTGTTCTGTGTATGTTGCGTTTCTGGTCTGCGGATCGTTTTGGGCCGAGCTGCGACGGCCGGCTCGGTAAATCAAGGAACCTGTCCCGTCTCTGTAGATGCTGAACTAGCTGTTTTTGTTTGTTTGTTTTTTTTGTTTGTTTTTTTTTTTGTAGAAAACACACAAATATGAATGTTAAACAACTTAAAGTTGTTCTGGTATCCACCTTTTTGTTCCTGGTTCGAAAAAGCTCTGACTTTGTAAGTAGAGCTAAAAGAAGAAGCCTCTCTCTTTTCTTCTACCAGAGTTTAGTCCTGCTTTGTTATGCAAAGACTAATGATCTGTCTGTACAGGCAAGAAGGACATGAAGACCGTGAACTGACAAAACAAGCAATTTAATGGTAAGGGGGAGGGGCCTTTGTAAATACGCCACGGCAGGTTGGATGTGTACATCAGTAACGGTTCATGCAAACAGCTTTTATTTATGTTTTGTAAATTATGGGATAATGGTACGCTGCTCTGCCTCCTCTGACGGAACGTGTGAATGGGAGACAATAAATGAGATGCACACTGTCTGCTGTCCTCATTTTAACCCCCGCCGTGTCGCCACACAAACTCACCGATCATCTGAAGCTGCGCTCCGCGACTCCCTGTTGTTTACGCGTCGGCCATGTTTGGCTGATCAACCACAGCGTTCTGAACGCTTTGTCAGACGACAATCTGATTTATGACTTCAGTGAAAGTCAAACTATCTTCTAGTTTTTAGTTTTGTGTTTTTTGTGTGTTTGTATGAATGTGGAAGTGGTGAAGTAACTTCTGCACCTCTTATATATTTATTCAGTGGTGTGGGGGGAAAAATCCCATAGGATTAAATGATTGGTTCTAACAAAATCACC
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |