Tag |
Content |
WERAM ID |
WERAM-Fia-0143 |
Ensembl Protein ID |
ENSFALP00000012125.1 |
Gene Name |
L3MBTL3 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
4.80e-102 |
323.1 |
209 |
309 |
|
Organism |
Ficedula albicollis |
Domain Profile |
Me_Reader MBT
MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvned.vkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvg 88 ++W+syleee++iavP+++Fke q++++n++ +k+g+klE+vd++++++y+++tv++v+gyr++l++dG+ +++DFW+n+dssdihpvg ENSFALP00000012125.1 209 WCWASYLEEERAIAVPTKLFKEYQSFPYNKNgFKVGMKLEGVDPEHQSIYCVLTVAEVCGYRIRLHFDGYPDCYDFWVNADSSDIHPVG 297 89*************************************************************************************** PP MBT-1.txt 89 wceksgkklepp 100 wcek+g+kl+pp ENSFALP00000012125.1 298 WCEKTGHKLHPP 309 **********98 PP MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvgw 89 fsW syl+ k++a+P ++F++++++ + +++g+klE+vdk+n++ +++atv ++++ r l+++d d+++D+W+++ s+ ihpvgw ENSFALP00000012125.1 317 FSWPSYLKACKAQAAPKSLFENQNATVIPSGFRVGMKLEAVDKKNPTFICVATVTDMVDNRFLVHFDNWDESYDYWCEAASPHIHPVGW 405 89*******************9999999999********************************************************** PP MBT-1.txt 90 ceksgkkle 98 c++++++l ENSFALP00000012125.1 406 CKEHKRTLI 414 **9999886 PP MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvgw 89 fsWe+ylee++s +P++aFk +++ +++++klEvvdk+n+ + +at++++ +yr+++++dG ds +D+W+++ds+dihp gw ENSFALP00000012125.1 425 FSWEKYLEETSSLPAPARAFKVKPSHG----FQKNMKLEVVDKRNPVFIRVATIVDTDDYRIKVHFDGWDSIYDYWTDVDSPDIHPAGW 509 89*******************887654....667******************************************************* PP MBT-1.txt 90 ceksgkklepp 100 c+k+g+ l+pp ENSFALP00000012125.1 510 CAKTGHPLQPP 520 *********98 PP
|
Protein Sequence (Fasta) | MNESASSGNG QEFDVFSAMD WKDGIGTLPG SDLKFRVNEF GALEVITDET EMESVKKATA 60 TTTWMVPTAQ EAFSEKTGIP TRLKETAKVD GLVFCENCYR YGTIEEFVPE GKFCSQKCAQ 120 QVKNKEPKEE NPSMECNGED DSKGIRKRKA KVPLKEESRD NGEKKENPDE IEDKPEGRIL 180 RVSQRARRKR KGEITVLKQT VPSKGRQAWC WASYLEEERA IAVPTKLFKE YQSFPYNKNG 240 FKVGMKLEGV DPEHQSIYCV LTVAEVCGYR IRLHFDGYPD CYDFWVNADS SDIHPVGWCE 300 KTGHKLHPPK GYKEEEFSWP SYLKACKAQA APKSLFENQN ATVIPSGFRV GMKLEAVDKK 360 NPTFICVATV TDMVDNRFLV HFDNWDESYD YWCEAASPHI HPVGWCKEHK RTLITPPDYP 420 HAKHFSWEKY LEETSSLPAP ARAFKVKPSH GFQKNMKLEV VDKRNPVFIR VATIVDTDDY 480 RIKVHFDGWD SIYDYWTDVD SPDIHPAGWC AKTGHPLQPP LSPLELVEAL EHGGCPTAGC 540 KGVGHIKRAR HIGHHSAVSC PYSEMNLNKE SLLPDRLSGE MPAASPIPRN RKVETNERST 600 SPVINDRKCP SPGHIGMKSS PHNRPSGKTV PETTKLEDAE NRSPCKKPLL CNVKEKKAPG 660 GMLQTKDALK HRECEEETEN KLLISNEIKD IEEPNTQRLL SQPVIVSSKL QIPGLPLRWE 720 QQSKLLPSVA GIPASKVSKW STDEVSEFIR SLPGCEEHGK VFKDEQIDGE AFLLMTQSDI 780 VKIMSIKLGP ALKIFNSILM FKAAEKNSHN EL 812Protein Fasta Sequence
>ENSFALP00000012125.1|MBT|Ficedula albicollis MNESASSGNGQEFDVFSAMDWKDGIGTLPGSDLKFRVNEFGALEVITDETEMESVKKATATTTWMVPTAQEAFSEKTGIPTRLKETAKVDGLVFCENCYRYGTIEEFVPEGKFCSQKCAQQVKNKEPKEENPSMECNGEDDSKGIRKRKAKVPLKEESRDNGEKKENPDEIEDKPEGRILRVSQRARRKRKGEITVLKQTVPSKGRQAWCWASYLEEERAIAVPTKLFKEYQSFPYNKNGFKVGMKLEGVDPEHQSIYCVLTVAEVCGYRIRLHFDGYPDCYDFWVNADSSDIHPVGWCEKTGHKLHPPKGYKEEEFSWPSYLKACKAQAAPKSLFENQNATVIPSGFRVGMKLEAVDKKNPTFICVATVTDMVDNRFLVHFDNWDESYDYWCEAASPHIHPVGWCKEHKRTLITPPDYPHAKHFSWEKYLEETSSLPAPARAFKVKPSHGFQKNMKLEVVDKRNPVFIRVATIVDTDDYRIKVHFDGWDSIYDYWTDVDSPDIHPAGWCAKTGHPLQPPLSPLELVEALEHGGCPTAGCKGVGHIKRARHIGHHSAVSCPYSEMNLNKESLLPDRLSGEMPAASPIPRNRKVETNERSTSPVINDRKCPSPGHIGMKSSPHNRPSGKTVPETTKLEDAENRSPCKKPLLCNVKEKKAPGGMLQTKDALKHRECEEETENKLLISNEIKDIEEPNTQRLLSQPVIVSSKLQIPGLPLRWEQQSKLLPSVAGIPASKVSKWSTDEVSEFIRSLPGCEEHGKVFKDEQIDGEAFLLMTQSDIVKIMSIKLGPALKIFNSILMFKAAEKNSHNEL
|
Nucleotide Sequence (Fasta) | TACATGCATC ATGAATGAAT CTGCCTCTAG TGGAAATGGT CAGGAGTTTG ATGTATTCAG 60 TGCAATGGAC TGGAAGGATG GCATAGGTAC TTTGCCTGGA AGTGACCTAA AGTTTAGAGT 120 CAATGAATTT GGGGCCCTGG AAGTAATTAC AGATGAAACT GAGATGGAAA GTGTTAAAAA 180 GGCAACTGCT ACCACAACCT GGATGGTTCC AACTGCTCAA GAAGCCTTTT CAGAAAAGAC 240 AGGGATCCCC ACAAGGTTGA AGGAAACTGC AAAAGTGGAT GGACTTGTTT TCTGTGAAAA 300 CTGTTACCGC TATGGTACCA TAGAAGAATT TGTTCCTGAA GGGAAATTTT GCAGCCAGAA 360 ATGTGCCCAG CAAGTAAAAA ACAAAGAACC AAAGGAGGAG AATCCCAGCA TGGAATGCAA 420 TGGGGAAGAT GATTCTAAAG GCATTCGGAA AAGAAAAGCG AAAGTACCTC TCAAAGAAGA 480 GTCCCGGGAT AACGGGGAGA AGAAGGAGAA TCCCGATGAG ATTGAGGACA AACCTGAAGG 540 AAGAATCTTG AGAGTCTCTC AGAGAGCCAG GAGAAAAAGG AAAGGGGAGA TAACAGTTTT 600 GAAACAAACT GTACCCTCTA AAGGAAGGCA AGCATGGTGT TGGGCATCCT ATCTGGAGGA 660 AGAAAGGGCC ATTGCAGTAC CTACTAAGCT TTTTAAAGAG TATCAGTCTT TCCCATACAA 720 CAAGAATGGA TTCAAGGTAG GGATGAAGCT GGAGGGTGTG GATCCCGAGC ACCAGTCAAT 780 CTACTGTGTT CTCACAGTGG CTGAGGTTTG TGGCTACAGA ATAAGACTAC ATTTTGATGG 840 ATATCCAGAT TGTTACGATT TCTGGGTGAA TGCTGATTCT TCAGACATTC ATCCTGTTGG 900 ATGGTGTGAA AAAACAGGTC ACAAGCTTCA TCCACCTAAA GGGTATAAGG AAGAAGAATT 960 CAGCTGGCCC TCCTACTTAA AGGCGTGCAA GGCTCAAGCT GCTCCTAAAT CACTGTTTGA 1020 AAACCAGAAT GCAACAGTGA TTCCGTCGGG ATTTCGCGTG GGGATGAAGC TGGAAGCCGT 1080 AGACAAGAAG AACCCGACTT TCATTTGTGT TGCCACGGTA ACAGACATGG TGGACAATCG 1140 TTTTCTGGTT CATTTTGACA ACTGGGATGA GAGTTATGAC TACTGGTGTG AGGCAGCTAG 1200 CCCACATATT CATCCTGTTG GATGGTGTAA AGAGCATAAA AGAACTCTCA TCACCCCACC 1260 AGATTATCCA CACGCTAAGC ATTTTTCTTG GGAAAAGTAT TTGGAAGAGA CCAGTTCATT 1320 ACCTGCACCT GCAAGGGCTT TTAAAGTGAA ACCTTCTCAT GGCTTTCAGA AAAACATGAA 1380 ACTTGAAGTG GTTGACAAGA GAAATCCAGT ATTTATCAGA GTAGCAACCA TTGTAGATAC 1440 GGATGACTAT AGAATAAAAG TTCATTTTGA TGGCTGGGAT AGTATTTATG ATTATTGGAC 1500 TGATGTTGAC AGCCCTGATA TCCATCCTGC AGGCTGGTGT GCGAAAACTG GACACCCTCT 1560 TCAGCCCCCA CTTAGTCCCT TGGAATTGGT GGAAGCTTTA GAGCATGGAG GGTGTCCCAC 1620 AGCGGGATGT AAGGGAGTTG GACACATTAA AAGAGCAAGA CATATCGGCC ATCATAGTGC 1680 AGTCAGCTGT CCATATTCAG AGATGAACTT GAACAAAGAA AGCCTCTTAC CTGACCGATT 1740 GAGTGGGGAG ATGCCTGCAG CCAGTCCTAT CCCCAGAAAC AGAAAAGTGG AAACAAATGA 1800 AAGATCCACC TCTCCTGTAA TCAATGACAG AAAATGCCCC AGCCCGGGTC ACATAGGTAT 1860 GAAATCTTCA CCTCACAATC GACCATCTGG GAAAACTGTA CCAGAAACAA CCAAGCTGGA 1920 AGATGCAGAA AATAGATCTC CTTGCAAGAA GCCCCTGTTA TGCAATGTGA AAGAAAAGAA 1980 GGCACCTGGT GGAATGCTAC AAACAAAGGA TGCCCTAAAG CACAGAGAGT GTGAAGAGGA 2040 GACAGAAAAT AAGCTGCTCA TTTCAAATGA AATCAAAGAT ATTGAAGAGC CCAACACACA 2100 GAGGCTTCTC TCTCAACCAG TTATCGTGTC CTCTAAGTTA CAAATCCCTG GCCTACCCTT 2160 GCGCTGGGAA CAGCAGAGCA AGCTCCTTCC AAGTGTAGCT GGGATCCCAG CCAGTAAAGT 2220 TTCCAAGTGG AGTACAGATG AGGTCTCTGA ATTTATACGA AGTTTACCGG GATGTGAAGA 2280 ACATGGAAAG GTGTTTAAAG ATGAGCAAAT TGATGGAGAA GCATTTCTGC TAATGACCCA 2340 ATCAGACATA GTCAAAATAA TGAGCATTAA ACTGGGACCA GCCCTAAAAA TCTTTAATTC 2400 CATTCTGATG TTCAAAGCTG CAGAGAAAAA CTCACACAAT GAACTTTGAA GATAATGGAA 2460 AATGTGCAGG AACCAGCTTT CTCCACTGGA GCTCATGTTT TATTCAAAGC ACAAAGACCC 2520 ACTAGAAGTG TTGAGTAAGG ACTCTCGGAA AGGAAGAAAC TTAAGTTCAG CACTGGTGGA 2580 CTATTTATAT TCTCCTGGAG CCAGTACACA TCTGAATCCT TCTGGGAAGT GTTCAAGCTT 2640 TTGAGAAGGT ACAGTGTAAC AACCGAGTCA GCTGGTCTTA TTTACCAAAC TAATGGCGCT 2700 AATTCCCCAT GGATGGTTAG GATCCCTAAC TCTCTCTGGA CATAAAGAAA ACCTTCATTA 2760 ATTATTTATG CTGTATTATA TAAGGGAACG TTAATATTTT CTAAGGATTC TTGAATTGTA 2820 CTTCATGTAC CCATTTTACT TTTCAGAAGC TTTTACTTCA TTTTATCAAA ATAAAAAGTG 2880 ATCAGCCAAA AATTAGGCTA CAGGTAGCCA GATGAGACTG TTATGGCTAA TGTGTATTTG 2940 TGCCATAGTT TAAAAATGAA ACACTTAATG TTACATATGT GACACTTTAT GCTACAGCAT 3000 ATTACTTTAC AGATAATAAA ACTGTCTGTT TGCTTGTAAC AAAACAAACC TTGTTGGGGT 3060 TGAAATTATA ATGCTTTTTT GATAACTGAA TGTTTTTACT TTTGCACGAT TACAAAAATG 3120 TTACGTGAGT TTTGCCACCA GCATCTTTAA TGTATTTTAT CAAAAGACCA GTATAGAAAA 3180 GGCTGCAACT GAGAAATAAA GTTTGACTTC ATAGAAGACT TTTTGTTTAT GCTGCACAAT 3240 AGAGTCCCAG CCATTTACAC GGATTCTGCC AGAATCCTTC AGAACATGGA GAAAATTATG 3300 AGTATTTTGA GGCAAGGAGA TTAGCAGAAA AGAAATTACA TTGAATCATG TCTGCACTTC 3360 CCAGTCTTCA GCATAGTTAC CACAACAATG GAGAAAAACT GTACTCAGGC TAGGACTGCT 3420 ACCCTGGTTT CATATTCAAC AGAAGTTTGT TTTCCCAGTG GTGGGAGAAT TATTTTAGCC 3480 ACCGCTTTCT AGCTGAAAAC TCTGATTTGT AAATGAATAA GGTGTAGGGG GAAAGGCAAA 3540 GCCGGGGAAA AGGATACTTA AATTGCACGG GCACATCCTA GGTGTAAAAT ACATGCAATT 3600 CACTAGGTCA TTAGCAGGCT GCAGATGTCA CCAGCAGGTA CTGAGGTGAG ACAGCCTCCT 3660 TTCTTGGAGG ATTATCATAA CAATTTGTCA GGGAAAGTCG TTGTACTTGG TATTTATACA 3720 CACATGATGT AAACCAGATG CACTTTATAT GGGAGAAAGC CTAGCTACCT GTATACTGAG 3780 GACGGCTCCA GAATGTTACT TTGCAAGAAG AGACAGAAGA GTTGGATCAG GTTTTTTGGC 3840 AGCCCTCTGT TTAGTGCTGC AGTGAGCAGC TGCTCAGCTG TAGAGCTGAG AACAAACAGA 3900 GCATTTCCAT TGCACAGAGC TGGGAGAATT TTACATCTTC CCACAGACTT TGCTAGGCTA 3960 TTCTTTGGCT GGAGTTCTTA AGTTTTCACT CTCTGTGTCC CTTCCAGATC GTGTACCTGC 4020 CATAATATGA GGTGAAACAG GGTCAGTATT AAGTAAGTTG CATTGCTCTG TTAATTTCCT 4080 TCCATAGCAT TGCATAAATA ATATTTTTAC ATTTTGTTCA ATATGTGTAC GTTCAAATTG 4140 CACTCTTATT GTACTACAAT ACAAATAAAA CCTGAACTGG AG
4183Nucleotide Fasta Sequence
>ENSFALP00000012125.1|MBT|Ficedula albicollis TACATGCATCATGAATGAATCTGCCTCTAGTGGAAATGGTCAGGAGTTTGATGTATTCAGTGCAATGGACTGGAAGGATGGCATAGGTACTTTGCCTGGAAGTGACCTAAAGTTTAGAGTCAATGAATTTGGGGCCCTGGAAGTAATTACAGATGAAACTGAGATGGAAAGTGTTAAAAAGGCAACTGCTACCACAACCTGGATGGTTCCAACTGCTCAAGAAGCCTTTTCAGAAAAGACAGGGATCCCCACAAGGTTGAAGGAAACTGCAAAAGTGGATGGACTTGTTTTCTGTGAAAACTGTTACCGCTATGGTACCATAGAAGAATTTGTTCCTGAAGGGAAATTTTGCAGCCAGAAATGTGCCCAGCAAGTAAAAAACAAAGAACCAAAGGAGGAGAATCCCAGCATGGAATGCAATGGGGAAGATGATTCTAAAGGCATTCGGAAAAGAAAAGCGAAAGTACCTCTCAAAGAAGAGTCCCGGGATAACGGGGAGAAGAAGGAGAATCCCGATGAGATTGAGGACAAACCTGAAGGAAGAATCTTGAGAGTCTCTCAGAGAGCCAGGAGAAAAAGGAAAGGGGAGATAACAGTTTTGAAACAAACTGTACCCTCTAAAGGAAGGCAAGCATGGTGTTGGGCATCCTATCTGGAGGAAGAAAGGGCCATTGCAGTACCTACTAAGCTTTTTAAAGAGTATCAGTCTTTCCCATACAACAAGAATGGATTCAAGGTAGGGATGAAGCTGGAGGGTGTGGATCCCGAGCACCAGTCAATCTACTGTGTTCTCACAGTGGCTGAGGTTTGTGGCTACAGAATAAGACTACATTTTGATGGATATCCAGATTGTTACGATTTCTGGGTGAATGCTGATTCTTCAGACATTCATCCTGTTGGATGGTGTGAAAAAACAGGTCACAAGCTTCATCCACCTAAAGGGTATAAGGAAGAAGAATTCAGCTGGCCCTCCTACTTAAAGGCGTGCAAGGCTCAAGCTGCTCCTAAATCACTGTTTGAAAACCAGAATGCAACAGTGATTCCGTCGGGATTTCGCGTGGGGATGAAGCTGGAAGCCGTAGACAAGAAGAACCCGACTTTCATTTGTGTTGCCACGGTAACAGACATGGTGGACAATCGTTTTCTGGTTCATTTTGACAACTGGGATGAGAGTTATGACTACTGGTGTGAGGCAGCTAGCCCACATATTCATCCTGTTGGATGGTGTAAAGAGCATAAAAGAACTCTCATCACCCCACCAGATTATCCACACGCTAAGCATTTTTCTTGGGAAAAGTATTTGGAAGAGACCAGTTCATTACCTGCACCTGCAAGGGCTTTTAAAGTGAAACCTTCTCATGGCTTTCAGAAAAACATGAAACTTGAAGTGGTTGACAAGAGAAATCCAGTATTTATCAGAGTAGCAACCATTGTAGATACGGATGACTATAGAATAAAAGTTCATTTTGATGGCTGGGATAGTATTTATGATTATTGGACTGATGTTGACAGCCCTGATATCCATCCTGCAGGCTGGTGTGCGAAAACTGGACACCCTCTTCAGCCCCCACTTAGTCCCTTGGAATTGGTGGAAGCTTTAGAGCATGGAGGGTGTCCCACAGCGGGATGTAAGGGAGTTGGACACATTAAAAGAGCAAGACATATCGGCCATCATAGTGCAGTCAGCTGTCCATATTCAGAGATGAACTTGAACAAAGAAAGCCTCTTACCTGACCGATTGAGTGGGGAGATGCCTGCAGCCAGTCCTATCCCCAGAAACAGAAAAGTGGAAACAAATGAAAGATCCACCTCTCCTGTAATCAATGACAGAAAATGCCCCAGCCCGGGTCACATAGGTATGAAATCTTCACCTCACAATCGACCATCTGGGAAAACTGTACCAGAAACAACCAAGCTGGAAGATGCAGAAAATAGATCTCCTTGCAAGAAGCCCCTGTTATGCAATGTGAAAGAAAAGAAGGCACCTGGTGGAATGCTACAAACAAAGGATGCCCTAAAGCACAGAGAGTGTGAAGAGGAGACAGAAAATAAGCTGCTCATTTCAAATGAAATCAAAGATATTGAAGAGCCCAACACACAGAGGCTTCTCTCTCAACCAGTTATCGTGTCCTCTAAGTTACAAATCCCTGGCCTACCCTTGCGCTGGGAACAGCAGAGCAAGCTCCTTCCAAGTGTAGCTGGGATCCCAGCCAGTAAAGTTTCCAAGTGGAGTACAGATGAGGTCTCTGAATTTATACGAAGTTTACCGGGATGTGAAGAACATGGAAAGGTGTTTAAAGATGAGCAAATTGATGGAGAAGCATTTCTGCTAATGACCCAATCAGACATAGTCAAAATAATGAGCATTAAACTGGGACCAGCCCTAAAAATCTTTAATTCCATTCTGATGTTCAAAGCTGCAGAGAAAAACTCACACAATGAACTTTGAAGATAATGGAAAATGTGCAGGAACCAGCTTTCTCCACTGGAGCTCATGTTTTATTCAAAGCACAAAGACCCACTAGAAGTGTTGAGTAAGGACTCTCGGAAAGGAAGAAACTTAAGTTCAGCACTGGTGGACTATTTATATTCTCCTGGAGCCAGTACACATCTGAATCCTTCTGGGAAGTGTTCAAGCTTTTGAGAAGGTACAGTGTAACAACCGAGTCAGCTGGTCTTATTTACCAAACTAATGGCGCTAATTCCCCATGGATGGTTAGGATCCCTAACTCTCTCTGGACATAAAGAAAACCTTCATTAATTATTTATGCTGTATTATATAAGGGAACGTTAATATTTTCTAAGGATTCTTGAATTGTACTTCATGTACCCATTTTACTTTTCAGAAGCTTTTACTTCATTTTATCAAAATAAAAAGTGATCAGCCAAAAATTAGGCTACAGGTAGCCAGATGAGACTGTTATGGCTAATGTGTATTTGTGCCATAGTTTAAAAATGAAACACTTAATGTTACATATGTGACACTTTATGCTACAGCATATTACTTTACAGATAATAAAACTGTCTGTTTGCTTGTAACAAAACAAACCTTGTTGGGGTTGAAATTATAATGCTTTTTTGATAACTGAATGTTTTTACTTTTGCACGATTACAAAAATGTTACGTGAGTTTTGCCACCAGCATCTTTAATGTATTTTATCAAAAGACCAGTATAGAAAAGGCTGCAACTGAGAAATAAAGTTTGACTTCATAGAAGACTTTTTGTTTATGCTGCACAATAGAGTCCCAGCCATTTACACGGATTCTGCCAGAATCCTTCAGAACATGGAGAAAATTATGAGTATTTTGAGGCAAGGAGATTAGCAGAAAAGAAATTACATTGAATCATGTCTGCACTTCCCAGTCTTCAGCATAGTTACCACAACAATGGAGAAAAACTGTACTCAGGCTAGGACTGCTACCCTGGTTTCATATTCAACAGAAGTTTGTTTTCCCAGTGGTGGGAGAATTATTTTAGCCACCGCTTTCTAGCTGAAAACTCTGATTTGTAAATGAATAAGGTGTAGGGGGAAAGGCAAAGCCGGGGAAAAGGATACTTAAATTGCACGGGCACATCCTAGGTGTAAAATACATGCAATTCACTAGGTCATTAGCAGGCTGCAGATGTCACCAGCAGGTACTGAGGTGAGACAGCCTCCTTTCTTGGAGGATTATCATAACAATTTGTCAGGGAAAGTCGTTGTACTTGGTATTTATACACACATGATGTAAACCAGATGCACTTTATATGGGAGAAAGCCTAGCTACCTGTATACTGAGGACGGCTCCAGAATGTTACTTTGCAAGAAGAGACAGAAGAGTTGGATCAGGTTTTTTGGCAGCCCTCTGTTTAGTGCTGCAGTGAGCAGCTGCTCAGCTGTAGAGCTGAGAACAAACAGAGCATTTCCATTGCACAGAGCTGGGAGAATTTTACATCTTCCCACAGACTTTGCTAGGCTATTCTTTGGCTGGAGTTCTTAAGTTTTCACTCTCTGTGTCCCTTCCAGATCGTGTACCTGCCATAATATGAGGTGAAACAGGGTCAGTATTAAGTAAGTTGCATTGCTCTGTTAATTTCCTTCCATAGCATTGCATAAATAATATTTTTACATTTTGTTCAATATGTGTACGTTCAAATTGCACTCTTATTGTACTACAATACAAATAAAACCTGAACTGGAG
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |