Tag |
Content |
WERAM ID |
WERAM-Dan-0131 |
Ensembl Protein ID |
ENSDNOP00000022376.1 |
Gene Name |
L3MBTL2 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
4.10e-94 |
298 |
18 |
61 |
|
Organism |
Dasypus novemcinctus |
Domain Profile |
Me_Reader MBT
MBT-2.txt 61 ggrlkvsfeese.dedddyWidesspfifpvGwaakqgkelqpp 103 g r+ +++e+ e d+++d+W++ + +++p+Gw+a + k l pp ENSDNOP00000022376.1 18 GYRVLLRYEGFEnDASHDFWCNLGTVDVHPIGWCAINSKILVPP 61 7899********************************99998776 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 +dwk yl+k l g++++p++++ k+ es++++ f++gmrlEvvdk ++s++r+a+v++viggrl++ +e+ d+ddd+W++++sp+i+p ENSDNOP00000022376.1 69 TDWKGYLMKQLVGSRTLPVDFHIKMAESMKYP-FRQGMRLEVVDKAQVSRTRMAVVDTVIGGRLRLLYEDG-DSDDDFWCHMWSPLIHP 155 69******************************.**************************************.***************** PP MBT-2.txt 90 vGwaakqgkelqp 102 vGw+++ g+ +++ ENSDNOP00000022376.1 156 VGWSRRVGHGIKM 168 *********9987 PP MBT-2.txt 20 slseklseskalls.fkvgmrlEvvdkknsseirvatveev.iggrlkvsfeese.dedddyWi.desspfifpvGwaakqgkelqpp 103 l++k++ ++ + f+ gm+lE++d n +i+vat+ +v +g l + ++ + d+ + ++ss ifp+ +++k+ el+pp ENSDNOP00000022376.1 191 YLFKKVRAVYTEGGwFEEGMKLEAIDPLNLGNICVATICKVlLDGYLMICVDGGPsTDGSDWFCyHASSHAIFPATFCQKNDVELTPP 278 577888877777778***********************98736999******9976556677772567889***********999987 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 ++w++yl kt +++ap l++ + +fkvgm+lE+vd +++ +i+vatv+ v+ + l ++f+++ d+++d W+d +sp+i+p ENSDNOP00000022376.1 286 FNWETYLEKT--MSRAAPSRLFNMD---CPSHGFKVGMKLEAVDLMEPRLICVATVKRVVHRLLSIHFDGW-DSEYDQWVDCESPDIYP 368 59********..6778999999754...45567**************************************.***************** PP MBT-2.txt 90 vGwaakqgkelqpp 103 vGw++ +g++lqpp ENSDNOP00000022376.1 369 VGWCELTGYQLQPP 382 ************98 PP
|
Protein Sequence (Fasta) | MFLSPCHSLL LVPLFLSGYR VLLRYEGFEN DASHDFWCNL GTVDVHPIGW CAINSKILVP 60 PRTIHAKFTD WKGYLMKQLV GSRTLPVDFH IKMAESMKYP FRQGMRLEVV DKAQVSRTRM 120 AVVDTVIGGR LRLLYEDGDS DDDFWCHMWS PLIHPVGWSR RVGHGIKMSE RRSDMAHHPT 180 FRKIYCDAVP YLFKKVRAVY TEGGWFEEGM KLEAIDPLNL GNICVATICK VLLDGYLMIC 240 VDGGPSTDGS DWFCYHASSH AIFPATFCQK NDVELTPPKG YEAQTFNWET YLEKTMSRAA 300 PSRLFNMDCP SHGFKVGMKL EAVDLMEPRL ICVATVKRVV HRLLSIHFDG WDSEYDQWVD 360 CESPDIYPVG WCELTGYQLQ PPVATEPTTP LKAKEATKKK KKQFGKKRKR ILPTKTRPLR 420 QGSKKPLLEE DLQAAEKPAS EPVPDEVIAV PVKEEHPNTP DKAPELPVPL EHIKQETED 479Protein Fasta Sequence
>ENSDNOP00000022376.1|MBT|Dasypus novemcinctus MFLSPCHSLLLVPLFLSGYRVLLRYEGFENDASHDFWCNLGTVDVHPIGWCAINSKILVPPRTIHAKFTDWKGYLMKQLVGSRTLPVDFHIKMAESMKYPFRQGMRLEVVDKAQVSRTRMAVVDTVIGGRLRLLYEDGDSDDDFWCHMWSPLIHPVGWSRRVGHGIKMSERRSDMAHHPTFRKIYCDAVPYLFKKVRAVYTEGGWFEEGMKLEAIDPLNLGNICVATICKVLLDGYLMICVDGGPSTDGSDWFCYHASSHAIFPATFCQKNDVELTPPKGYEAQTFNWETYLEKTMSRAAPSRLFNMDCPSHGFKVGMKLEAVDLMEPRLICVATVKRVVHRLLSIHFDGWDSEYDQWVDCESPDIYPVGWCELTGYQLQPPVATEPTTPLKAKEATKKKKKQFGKKRKRILPTKTRPLRQGSKKPLLEEDLQAAEKPASEPVPDEVIAVPVKEEHPNTPDKAPELPVPLEHIKQETED
|
Nucleotide Sequence (Fasta) | GGAAAACCAC CTACCAAGAA AGCCAAAGTT CTGCACAAAG CAGCCTGGTC TGCCAAAATT 60 GGGGCCTTCC TCCACTCCCA AGGGACTGGA CAGCTAGCAG ATGGGACACC CACAGGGCAA 120 GACGCTCTGG TCTTGGGTTT CGATTGGGGG AAGTTCCTGA AGGATCACAG TTACAAAGCT 180 GCTCCTGTCA GCTGTTTTAA ACACGTCCCA CTCTATGACC AGTGGGAGAT GTGATGAGGG 240 GATGAAAGGT GGAGGTGCTC AACAGCGACG CCGTGCTCCC CAGCCGGGTT TACTGGATCG 300 CCACTGTCAT CAGCTGCCGT GAGTGGCCGC TGGCCAGGTC AGGGATGTGT CAAGAGAGTA 360 ACATCTCTAG AAGGGGTCTT ACCACTGTGC CATAACGCTT TTCCAGTAAG TGGCCTGGCT 420 TTGTTTTGGC TGTGACTGGT AGAGAACAGG GACCCATTCA CCTGGAAGGC ATTCTTGGCA 480 TAGGCAGTGG AAAATTTCAT TTAGGCTAGA GAAGTAGAAA AGCTTAAGAA TGTTCCTTTC 540 CCCCTGCCAC TCTCTCTTGC TGGTCCCCCT ATTCCTGTCA GGGTATCGGG TGCTGCTCCG 600 GTATGAAGGT TTTGAAAATG ATGCCAGCCA TGACTTCTGG TGCAACCTGG GAACTGTGGA 660 TGTCCACCCC ATCGGCTGGT GTGCCATCAA CAGCAAGATC CTGGTGCCCC CACGGACCAT 720 CCACGCCAAG TTCACGGACT GGAAGGGCTA CCTCATGAAG CAGTTGGTGG GCTCCAGGAC 780 CCTGCCTGTG GATTTCCATA TCAAGATGGC GGAGAGCATG AAGTACCCCT TTCGGCAGGG 840 CATGCGGCTG GAGGTGGTGG ACAAGGCCCA GGTGTCCCGC ACCCGGATGG CCGTGGTGGA 900 CACGGTGATT GGGGGGCGCC TGCGGCTCCT CTATGAGGAT GGGGACAGTG ACGACGATTT 960 CTGGTGCCAC ATGTGGAGCC CCCTGATCCA CCCAGTGGGT TGGTCACGGC GTGTGGGCCA 1020 CGGCATCAAG ATGTCAGAGA GGCGCAGTGA CATGGCCCAT CATCCCACCT TCCGGAAAAT 1080 CTACTGCGAC GCAGTTCCTT ACCTCTTCAA GAAGGTACGA GCTGTCTACA CGGAAGGCGG 1140 TTGGTTTGAG GAGGGGATGA AGCTGGAGGC TATTGATCCC CTGAATCTGG GCAACATCTG 1200 CGTGGCAACC ATCTGCAAGG TTCTCCTGGA CGGCTACCTG ATGATCTGTG TAGATGGGGG 1260 GCCCTCCACA GATGGCTCCG ACTGGTTCTG TTACCATGCC TCCTCCCATG CCATCTTCCC 1320 AGCCACCTTC TGCCAGAAGA ATGATGTTGA GCTGACACCT CCAAAAGGGT ACGAGGCACA 1380 GACTTTCAAC TGGGAGACCT ACTTGGAAAA GACCATGTCA AGAGCAGCTC CATCAAGACT 1440 CTTCAACATG GACTGCCCCA GCCACGGCTT CAAGGTGGGC ATGAAGCTGG AGGCCGTGGA 1500 CCTGATGGAG CCCCGGCTCA TCTGCGTGGC CACGGTGAAG CGGGTGGTGC ATCGGCTCCT 1560 CAGCATCCAC TTCGACGGCT GGGACAGCGA GTATGACCAG TGGGTGGACT GCGAGTCTCC 1620 GGACATCTAC CCCGTGGGCT GGTGCGAGCT CACCGGCTAC CAGCTCCAGC CACCGGTGGC 1680 CACAGAGCCA ACCACACCTC TGAAAGCCAA AGAGGCCACA AAGAAGAAAA AGAAACAATT 1740 TGGGAAGAAA AGGAAACGAA TTTTGCCCAC CAAGACCCGG CCCCTCAGAC AGGGCTCCAA 1800 GAAGCCCCTG CTGGAAGAGG ACCTGCAGGC CGCAGAGAAG CCGGCGTCCG AGCCGGTTCC 1860 TGATGAGGTC ATTGCTGTGC CCGTGAAGGA GGAGCACCCG AACACACCTG ACAAGGCTCC 1920 CGAGCTGCCC GTGCCCCTCG AACACATCAA GCAGGAGACA GAGGATTGAG CCTGCCTTGC 1980 CGCCGGCCTC GTCACCTAAC TGGAAGCCAG CCCGGGGCCC TCTCCCGTGT CTCCAGCCCA 2040 CTTCAGCTTG GAGTCCGAGC CTTTCTGCAC AAATTCTGCC TGATGCTGCG AGGGCCGGGC 2100 ACTGGAGGAC CAGCTTGCCT CTGCCCTCCT TTTTGGCAGG GCCTATGTGG CTGGGGCTGC 2160 CTGTGAGCAG CTCCGTGTCC AGCCAGAGTC CCGACTTCAC CACCAAGCTG CCCAGACTGC 2220 CTGCTGTCCA TGGAGTAGCC TCACACCCAC CATCTTCCAC CAGTGCCAGG GGTGGGGGGC 2280 GCCCGAGGGA GTGGCCTGAG TGAGGTGAAG GCTACAGCCG CTGCCTGGTC CCACGGGGCT 2340 AGCCAAGCAG ATCTGCCTTT CTGGCCTCCT GGGTTGATGC TGTACCCCCA GCACCCCAGG 2400 GACATCCTAT GCAGGCCCCT AGCTCTGGCG GGCAGCAGTG ACCAGGATGT GGGTCTCAGC 2460 AGCTCATGAG TTTGCCCTGA CTTCCTCTGC TGGCATGAGC ACTGACGCCT ATTTCCTAAG 2520 AGGAACGGTG GGGGAGAGGG CAGGTTTGCT CCCTGGGTAG GGAAGCTTGC AGGGGCCTAT 2580 GGAGGGAAGG ATGCCACCCC CGCCCTGTGC TAGCTGGTGC AGACTAGGCA GGAAGGGAGC 2640 TCGCTGCCAG GCGCTGCAGG ATAGGCAGGT GAGCTCAGGC CCCTGCGTGC GAGAGGGTCC 2700 CAGCTGAGAG GCAGGCCCTG CCAGAGGGGC CCTTAGCCCA GCAGTGTCTC TTGGAGGGAA 2760 GGATAAAAAA GGGAAACATG GCTCTTTTTC CCTTACTGCC CATGTTCTCA ACATTTCAAT 2820 ACTTACTACT CTTTGAAACA ACATTCTAGA AGCTCCCCTG CTGTCCACCC AAATTCTAGT 2880 TAGTCTCATT TTGAAACTGC CTCTATGATC AATCCTATCT CCTCAGTAAC TCTTCTGCCC 2940 AGAGCCTAAG GTGGGGGTGG GCTCAGTCCT GGGCCCTCTT CCTCTGTGCT TGGGGTGAGG 3000 TGGCGCTGCG TCAGGTGGCT CTGGAGGGCT GCAGCCATGT TGTCCAGCTG CCAGGAGCAG 3060 TCAGGCTGCT CACACCCTCT CCTTGCCATG GGTTTGCTCG TTACTCAGGC TGTTTGGTTT 3120 CATCCCAGAG ATAGGGTGAC TGGCTAAGGG GAGCACGTTT CTAGTCATGG GCCTGGGGTA 3180 TTTCCAGGCA GGTTCACAGA GAACTTCATT TTCCTTTGCT AATCACATTG GGTGGCCCCA 3240 CACAGTACAG GAAGGCAGCC TGTTAGCCCA GCCCAGGTGC CTCAAAAAGC AAAGAGGCCT 3300 TGGAATACAG TGAGGCCCCC AGGACTGAAG CATGTCTCAG GCAGAAGGCC ACGTCCCCCA 3360 GCGCATCACA CCCCGCAACT CCGGTGGTGA CAGGTCAGGC CATCCACCTC CAAGGGAGGA 3420 CGGAGCCTTA TTCCTTGGGG ACAGGATACG TGGAGGGAGC TGGCCTGGGT GTGAACTTTG 3480 GCTCTGCCAC CTGCTCACAG AACCCTGCTT TTGTTCAGGG TGATGTGTCC AGCTAAAAAG 3540 ATCTCCTCTT CCCAGATGCC CTTGCAGAAG GGGTCCAATT CTAGCTGAGA GCTTTGGGAA 3600 GACTTCTTGG GCAGGGCCTC TGGGAAGAGC AGGTATCTAG GCTATTTTGG CCCCTTGCCC 3660 CTACCTCCTT CTTGAATGAA GAAACAATGG CAGGTGGTGC TATGAGCACG AAAGTCACCT 3720 GTAAGGATGG CAGAGCAGAA GTTCGTGTTC AGCTGCTGTG CCAGCCCTGG CCTGGCCTCT 3780 CCACACGAAC TTCTTGTATC AGACAAATAA ATTCCTTACT TGTTGAAGTC TGCTTTGTCA 3840 GATTACTTGC AGCACGATAC TCTGCTACCA CCTCCCACAG AGGATTGTGA TTAAATGAGT 3900 TAATACACGA AGGGTGCAAA GAATTCTCTC ACAAGCTCCC CATCCATACA TTTCTGTCAT 3960 CCCTACTCCC CCCCCAACCC CAAGACTGTG AGTTCCCCCA AAGCAGCACA GACTGAGATG 4020 AATGAGTGTG CAGAGCTTGT GTTTGTGCCT AAAGGTCACT TTGTCTGAGA TGGAAACAGT 4080 GGCCTCTTGG AAACCTGTAT TCAAGGCCCC AAGTGAACGT TGTGCCTCAC TGTGTCTGCC 4140 ATGGGTGGAG CTGAACGCC
Nucleotide Fasta Sequence
>ENSDNOP00000022376.1|MBT|Dasypus novemcinctus GGAAAACCACCTACCAAGAAAGCCAAAGTTCTGCACAAAGCAGCCTGGTCTGCCAAAATTGGGGCCTTCCTCCACTCCCAAGGGACTGGACAGCTAGCAGATGGGACACCCACAGGGCAAGACGCTCTGGTCTTGGGTTTCGATTGGGGGAAGTTCCTGAAGGATCACAGTTACAAAGCTGCTCCTGTCAGCTGTTTTAAACACGTCCCACTCTATGACCAGTGGGAGATGTGATGAGGGGATGAAAGGTGGAGGTGCTCAACAGCGACGCCGTGCTCCCCAGCCGGGTTTACTGGATCGCCACTGTCATCAGCTGCCGTGAGTGGCCGCTGGCCAGGTCAGGGATGTGTCAAGAGAGTAACATCTCTAGAAGGGGTCTTACCACTGTGCCATAACGCTTTTCCAGTAAGTGGCCTGGCTTTGTTTTGGCTGTGACTGGTAGAGAACAGGGACCCATTCACCTGGAAGGCATTCTTGGCATAGGCAGTGGAAAATTTCATTTAGGCTAGAGAAGTAGAAAAGCTTAAGAATGTTCCTTTCCCCCTGCCACTCTCTCTTGCTGGTCCCCCTATTCCTGTCAGGGTATCGGGTGCTGCTCCGGTATGAAGGTTTTGAAAATGATGCCAGCCATGACTTCTGGTGCAACCTGGGAACTGTGGATGTCCACCCCATCGGCTGGTGTGCCATCAACAGCAAGATCCTGGTGCCCCCACGGACCATCCACGCCAAGTTCACGGACTGGAAGGGCTACCTCATGAAGCAGTTGGTGGGCTCCAGGACCCTGCCTGTGGATTTCCATATCAAGATGGCGGAGAGCATGAAGTACCCCTTTCGGCAGGGCATGCGGCTGGAGGTGGTGGACAAGGCCCAGGTGTCCCGCACCCGGATGGCCGTGGTGGACACGGTGATTGGGGGGCGCCTGCGGCTCCTCTATGAGGATGGGGACAGTGACGACGATTTCTGGTGCCACATGTGGAGCCCCCTGATCCACCCAGTGGGTTGGTCACGGCGTGTGGGCCACGGCATCAAGATGTCAGAGAGGCGCAGTGACATGGCCCATCATCCCACCTTCCGGAAAATCTACTGCGACGCAGTTCCTTACCTCTTCAAGAAGGTACGAGCTGTCTACACGGAAGGCGGTTGGTTTGAGGAGGGGATGAAGCTGGAGGCTATTGATCCCCTGAATCTGGGCAACATCTGCGTGGCAACCATCTGCAAGGTTCTCCTGGACGGCTACCTGATGATCTGTGTAGATGGGGGGCCCTCCACAGATGGCTCCGACTGGTTCTGTTACCATGCCTCCTCCCATGCCATCTTCCCAGCCACCTTCTGCCAGAAGAATGATGTTGAGCTGACACCTCCAAAAGGGTACGAGGCACAGACTTTCAACTGGGAGACCTACTTGGAAAAGACCATGTCAAGAGCAGCTCCATCAAGACTCTTCAACATGGACTGCCCCAGCCACGGCTTCAAGGTGGGCATGAAGCTGGAGGCCGTGGACCTGATGGAGCCCCGGCTCATCTGCGTGGCCACGGTGAAGCGGGTGGTGCATCGGCTCCTCAGCATCCACTTCGACGGCTGGGACAGCGAGTATGACCAGTGGGTGGACTGCGAGTCTCCGGACATCTACCCCGTGGGCTGGTGCGAGCTCACCGGCTACCAGCTCCAGCCACCGGTGGCCACAGAGCCAACCACACCTCTGAAAGCCAAAGAGGCCACAAAGAAGAAAAAGAAACAATTTGGGAAGAAAAGGAAACGAATTTTGCCCACCAAGACCCGGCCCCTCAGACAGGGCTCCAAGAAGCCCCTGCTGGAAGAGGACCTGCAGGCCGCAGAGAAGCCGGCGTCCGAGCCGGTTCCTGATGAGGTCATTGCTGTGCCCGTGAAGGAGGAGCACCCGAACACACCTGACAAGGCTCCCGAGCTGCCCGTGCCCCTCGAACACATCAAGCAGGAGACAGAGGATTGAGCCTGCCTTGCCGCCGGCCTCGTCACCTAACTGGAAGCCAGCCCGGGGCCCTCTCCCGTGTCTCCAGCCCACTTCAGCTTGGAGTCCGAGCCTTTCTGCACAAATTCTGCCTGATGCTGCGAGGGCCGGGCACTGGAGGACCAGCTTGCCTCTGCCCTCCTTTTTGGCAGGGCCTATGTGGCTGGGGCTGCCTGTGAGCAGCTCCGTGTCCAGCCAGAGTCCCGACTTCACCACCAAGCTGCCCAGACTGCCTGCTGTCCATGGAGTAGCCTCACACCCACCATCTTCCACCAGTGCCAGGGGTGGGGGGCGCCCGAGGGAGTGGCCTGAGTGAGGTGAAGGCTACAGCCGCTGCCTGGTCCCACGGGGCTAGCCAAGCAGATCTGCCTTTCTGGCCTCCTGGGTTGATGCTGTACCCCCAGCACCCCAGGGACATCCTATGCAGGCCCCTAGCTCTGGCGGGCAGCAGTGACCAGGATGTGGGTCTCAGCAGCTCATGAGTTTGCCCTGACTTCCTCTGCTGGCATGAGCACTGACGCCTATTTCCTAAGAGGAACGGTGGGGGAGAGGGCAGGTTTGCTCCCTGGGTAGGGAAGCTTGCAGGGGCCTATGGAGGGAAGGATGCCACCCCCGCCCTGTGCTAGCTGGTGCAGACTAGGCAGGAAGGGAGCTCGCTGCCAGGCGCTGCAGGATAGGCAGGTGAGCTCAGGCCCCTGCGTGCGAGAGGGTCCCAGCTGAGAGGCAGGCCCTGCCAGAGGGGCCCTTAGCCCAGCAGTGTCTCTTGGAGGGAAGGATAAAAAAGGGAAACATGGCTCTTTTTCCCTTACTGCCCATGTTCTCAACATTTCAATACTTACTACTCTTTGAAACAACATTCTAGAAGCTCCCCTGCTGTCCACCCAAATTCTAGTTAGTCTCATTTTGAAACTGCCTCTATGATCAATCCTATCTCCTCAGTAACTCTTCTGCCCAGAGCCTAAGGTGGGGGTGGGCTCAGTCCTGGGCCCTCTTCCTCTGTGCTTGGGGTGAGGTGGCGCTGCGTCAGGTGGCTCTGGAGGGCTGCAGCCATGTTGTCCAGCTGCCAGGAGCAGTCAGGCTGCTCACACCCTCTCCTTGCCATGGGTTTGCTCGTTACTCAGGCTGTTTGGTTTCATCCCAGAGATAGGGTGACTGGCTAAGGGGAGCACGTTTCTAGTCATGGGCCTGGGGTATTTCCAGGCAGGTTCACAGAGAACTTCATTTTCCTTTGCTAATCACATTGGGTGGCCCCACACAGTACAGGAAGGCAGCCTGTTAGCCCAGCCCAGGTGCCTCAAAAAGCAAAGAGGCCTTGGAATACAGTGAGGCCCCCAGGACTGAAGCATGTCTCAGGCAGAAGGCCACGTCCCCCAGCGCATCACACCCCGCAACTCCGGTGGTGACAGGTCAGGCCATCCACCTCCAAGGGAGGACGGAGCCTTATTCCTTGGGGACAGGATACGTGGAGGGAGCTGGCCTGGGTGTGAACTTTGGCTCTGCCACCTGCTCACAGAACCCTGCTTTTGTTCAGGGTGATGTGTCCAGCTAAAAAGATCTCCTCTTCCCAGATGCCCTTGCAGAAGGGGTCCAATTCTAGCTGAGAGCTTTGGGAAGACTTCTTGGGCAGGGCCTCTGGGAAGAGCAGGTATCTAGGCTATTTTGGCCCCTTGCCCCTACCTCCTTCTTGAATGAAGAAACAATGGCAGGTGGTGCTATGAGCACGAAAGTCACCTGTAAGGATGGCAGAGCAGAAGTTCGTGTTCAGCTGCTGTGCCAGCCCTGGCCTGGCCTCTCCACACGAACTTCTTGTATCAGACAAATAAATTCCTTACTTGTTGAAGTCTGCTTTGTCAGATTACTTGCAGCACGATACTCTGCTACCACCTCCCACAGAGGATTGTGATTAAATGAGTTAATACACGAAGGGTGCAAAGAATTCTCTCACAAGCTCCCCATCCATACATTTCTGTCATCCCTACTCCCCCCCCAACCCCAAGACTGTGAGTTCCCCCAAAGCAGCACAGACTGAGATGAATGAGTGTGCAGAGCTTGTGTTTGTGCCTAAAGGTCACTTTGTCTGAGATGGAAACAGTGGCCTCTTGGAAACCTGTATTCAAGGCCCCAAGTGAACGTTGTGCCTCACTGTGTCTGCCATGGGTGGAGCTGAACGCC
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |