Tag |
Content |
WERAM ID |
WERAM-Anc-0147 |
Ensembl Protein ID |
ENSACAP00000013938.2 |
Gene Name |
L3MBTL3 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
1.50e-99 |
315.5 |
237 |
336 |
|
Organism |
Anolis carolinensis |
Domain Profile |
Me_Reader MBT
MBT-2.txt 2 dwkeylrktldgakvapkslseklseskalls.fkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 +w++yl + +a++ap +++++ ++ + ++ fkvgm+lE vd +++s +v tv e g r++++f+e + +d+W++++s +i+p ENSACAP00000013938.2 237 SWSSYLEEE--KAIAAPLKIFKEYQSLPYNKNgFKVGMKLEGVDPEHQSMYCVLTVAETLGYRIRLHFDEY-PDCYDFWLNADSSDIHP 322 7******99..**********999887766556**************************************.9**************** PP MBT-2.txt 90 vGwaakqgkelqpp 103 vGw++k+g++l+pp ENSACAP00000013938.2 323 VGWCEKTGHKLHPP 336 ***********987 PP MBT-2.txt 1 sdwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifp 89 ++w++yl+k+ +a++apksl+e+++ + +++f+vgm+lE+vd+kn++ i+vatv++++++r+ v+f+++ de++dyW+d+ sp+i+p ENSACAP00000013938.2 344 FNWPAYLKKC--KAQAAPKSLFENQNTTVIPSGFRVGMKLEAVDRKNPTFICVATVTDIVDSRFLVHFDNW-DESYDYWCDAASPHIHP 429 59********..***********************************************************.***************** PP MBT-2.txt 90 vGwaakqgkelqpp 103 vGw+++++k+l +p ENSACAP00000013938.2 430 VGWCKEHRKTLITP 443 **********9876 PP MBT-2.txt 2 dwkeylrktldgakvapkslseklseskallsfkvgmrlEvvdkknsseirvatveeviggrlkvsfeesededddyWidesspfifpv 90 +w++yl +t + ap+ ++ k+ +f+ m+lEvvdk+n+++irvatv + ++r+k++f+++ d+ +dyW+d++sp+i+p+ ENSACAP00000013938.2 453 SWEKYLEET--SSLPAPARAFK----VKPCHGFQKNMKLEVVDKRNPVLIRVATVVDTDDHRIKIHFDGW-DSIYDYWVDADSPDIHPA 534 566666666..44444443332....3445669*************************************.****************** PP MBT-2.txt 91 Gwaakqgkelqpp 103 Gw+ k+g++lqpp ENSACAP00000013938.2 535 GWCGKTGHPLQPP 547 ***********98 PP
|
Protein Sequence (Fasta) | MTEPASSGSG QDFDVFSVMD WKDGIGTLPG SDLKKNQFRV NEFGALEVIT DETEMENVKK 60 ATATTTWMVP TAQEVQPINS RNSNKRMTLL FWKCEPYNPE CQVAFSEKTD VSSKLKEVDG 120 LHFYENCFHS GTTMEYAPGD KACSPKCTHQ IKNRELKEDK DISEFNDEDS SKNAQKRKIK 180 LPPKSECVED RNKKDKETEE NPEGRVLRVS QRATRKRKRD MAVLKETLMS KAKKAWSWSS 240 YLEEEKAIAA PLKIFKEYQS LPYNKNGFKV GMKLEGVDPE HQSMYCVLTV AETLGYRIRL 300 HFDEYPDCYD FWLNADSSDI HPVGWCEKTG HKLHPPKGYK EDEFNWPAYL KKCKAQAAPK 360 SLFENQNTTV IPSGFRVGMK LEAVDRKNPT FICVATVTDI VDSRFLVHFD NWDESYDYWC 420 DAASPHIHPV GWCKEHRKTL ITPPDYPHTK HFSWEKYLEE TSSLPAPARA FKVKPCHGFQ 480 KNMKLEVVDK RNPVLIRVAT VVDTDDHRIK IHFDGWDSIY DYWVDADSPD IHPAGWCGKT 540 GHPLQPPLSP LELVEALEQG ICPTAGCKGI GHIKRARHMG HHSAVSCPYS EINLNRERIL 600 SDRLSGEMPL NNPPTHWNRK PEGNETSASP LIKDIYQNLK KDGYERRKME SEEPSLNEAK 660 DAKDFSNRSS HSQAVILSSK LTNSSFPLRW EQQSKLLPTV AGIPASKVST WSTDEVSEIL 720 Protein Fasta Sequence
>ENSACAP00000013938.2|MBT|Anolis carolinensis MTEPASSGSGQDFDVFSVMDWKDGIGTLPGSDLKKNQFRVNEFGALEVITDETEMENVKKATATTTWMVPTAQEVQPINSRNSNKRMTLLFWKCEPYNPECQVAFSEKTDVSSKLKEVDGLHFYENCFHSGTTMEYAPGDKACSPKCTHQIKNRELKEDKDISEFNDEDSSKNAQKRKIKLPPKSECVEDRNKKDKETEENPEGRVLRVSQRATRKRKRDMAVLKETLMSKAKKAWSWSSYLEEEKAIAAPLKIFKEYQSLPYNKNGFKVGMKLEGVDPEHQSMYCVLTVAETLGYRIRLHFDEYPDCYDFWLNADSSDIHPVGWCEKTGHKLHPPKGYKEDEFNWPAYLKKCKAQAAPKSLFENQNTTVIPSGFRVGMKLEAVDRKNPTFICVATVTDIVDSRFLVHFDNWDESYDYWCDAASPHIHPVGWCKEHRKTLITPPDYPHTKHFSWEKYLEETSSLPAPARAFKVKPCHGFQKNMKLEVVDKRNPVLIRVATVVDTDDHRIKIHFDGWDSIYDYWVDADSPDIHPAGWCGKTGHPLQPPLSPLELVEALEQGICPTAGCKGIGHIKRARHMGHHSAVSCPYSEINLNRERILSDRLSGEMPLNNPPTHWNRKPEGNETSASPLIKDIYQNLKKDGYERRKMESEEPSLNEAKDAKDFSNRSSHSQAVILSSKLTNSSFPLRWEQQSKLLPTVAGIPASKVSTWSTDEVSEIL
|
Nucleotide Sequence (Fasta) | GGGGGCGCAT CCATTCCCTC TCCCAGCCCC CAAAAACCCC TCATTGGGGG CGGGGGAGAA 60 AAATACTAGA AAACCCCCTC GCTGCGCCCG TTGCCTTTCC TTTGACACTT CCAAGGAGGG 120 GTTTTTTTTG GGGGGTGGGT GGGGGAAAGA CAGGGAGGCG CAGCAGCCTA AGCAGGGTCT 180 CTGCTGCGGC AGCCAAGCTT GGGGTGCGCC GCTCTCTCTC TCTCTCGCCG CCTGGGTTTT 240 GTTCCTTGGC AAGGAAGGAA GCCAAGGGAA GGCCGACTGG GAATGGACTT TCCCTTCCTT 300 TTCCTTTCCT TACCGGTTGC ATGTGTCGCG TGTGTCTGCG TTTTGGGAAG GGAGGAGGAG 360 GATCGGGGAG AGAAAAGGCC TGTGCGCCGC CGCCGCGCTT TCTGGCTGGC TTGCTTGCTT 420 GCTTTCCGGG GATTGCTTGC TTGCATTTCC GAAACAAGCG CCTTCCTTTC CCTTCCTGAC 480 TCCTTCTTTG CCTTTTCCCC GTTCCCTTTC TCCCCGGGTG CCTCGTCTCG GGCGTGTGAA 540 TCCAATGCGT GCCCATTCTT ATACGGACAC ACCAGTAATC ATACGGAGCT CCCCCCAATT 600 CCGCCATTTT GGGCAAACTT TGCACACACA CACACTCACA CGCGCACACG CAGACGCGCG 660 CGCCGAGACG GCACTTCGGC TTCCCCAGCA AATGCACGCG TGGATTCCCC TTTTCTGCCC 720 CTTTGCTTTC TCCTCTCATG AACTAAGTAT GCACATAGGT GTGGGTGCGG AGGAAGGAAG 780 GAAGGAAGGA AAGAGAGCGC GGCTTGCCAA GCCTGGCAGC AACTCCTCCT CCTCCTCCTC 840 TCTCTGCTTT TTCTTCTTTC CTGGAGATGT GTGTGTGCGC GCGCGCGCGG AAAAAGCGGG 900 GTTTCGCCTC TCTTTCTCTT TTTCTCTCGT GTGAACGCGG CTCCCCCCCT CGGGACAGGC 960 TTGATCCAAA GCCACCGCTT TTGCGTTTTG GGCGGCACTT GTTCTTCTTT TGGGAGGGGG 1020 AGAAGAGGTG GGATGGGAGG AAGAAGAAGA AGAAGAAAGA AGGCGCTCGC CTCAATCAAG 1080 CGCCACTTCG GGTGCGGACG GAGCGCGCGC GTGGAAAGCA AGCCAGGCCT TTCCTCCTGG 1140 AGATATACGT TATAATCACC ATGACTGAAC CAGCTTCAAG TGGAAGTGGA CAGGATTTTG 1200 ATGTGTTTAG TGTAATGGAC TGGAAGGATG GGATTGGTAC CCTGCCTGGA AGTGATCTAA 1260 AGAAAAATCA GTTTCGTGTG AACGAATTTG GTGCCCTGGA AGTGATCACT GATGAAACAG 1320 AGATGGAAAA TGTTAAGAAG GCAACAGCTA CCACAACCTG GATGGTGCCA ACTGCTCAAG 1380 AAGTGCAGCC CATTAATTCT AGAAATTCCA ACAAAAGAAT GACTTTGCTT TTTTGGAAGT 1440 GTGAACCATA TAACCCAGAA TGTCAAGTAG CCTTCTCAGA GAAGACAGAT GTGTCATCAA 1500 AACTGAAGGA GGTAGATGGA CTTCATTTCT ATGAAAATTG TTTTCATTCT GGAACTACGA 1560 TGGAGTATGC ACCTGGGGAC AAAGCTTGCA GCCCTAAGTG TACCCATCAA ATTAAAAACA 1620 GGGAGCTAAA GGAAGACAAA GACATATCAG AATTCAATGA TGAAGACTCT TCTAAGAATG 1680 CTCAAAAAAG GAAAATCAAA TTGCCTCCCA AATCAGAATG TGTAGAAGAT AGAAACAAAA 1740 AGGACAAGGA AACAGAGGAG AACCCTGAAG GAAGGGTACT AAGAGTCTCT CAGAGAGCCA 1800 CACGGAAGAG GAAAAGAGAC ATGGCAGTTT TAAAAGAGAC GTTAATGTCA AAGGCAAAGA 1860 AAGCATGGAG TTGGTCTTCA TATTTGGAAG AAGAGAAGGC AATAGCAGCA CCACTTAAGA 1920 TTTTTAAAGA GTATCAATCC CTCCCTTACA ACAAAAATGG ATTCAAAGTG GGAATGAAGC 1980 TGGAAGGGGT GGATCCGGAG CACCAATCAA TGTATTGTGT CCTTACAGTA GCTGAGACAC 2040 TTGGCTACAG AATTAGACTT CACTTTGATG AATACCCAGA TTGTTACGAT TTTTGGCTGA 2100 ATGCTGACTC TTCTGATATT CACCCAGTAG GATGGTGCGA GAAAACAGGG CACAAGCTTC 2160 ATCCACCAAA AGGATATAAA GAAGATGAAT TTAATTGGCC TGCATACCTG AAGAAATGCA 2220 AGGCTCAAGC TGCTCCTAAA TCCTTATTTG AAAACCAAAA CACCACGGTG ATTCCATCAG 2280 GATTCCGAGT GGGAATGAAG CTTGAAGCCG TAGACAGAAA AAACCCTACG TTCATATGTG 2340 TTGCTACGGT AACTGACATC GTGGACAGCC GTTTCCTGGT TCATTTTGAC AATTGGGACG 2400 AAAGCTATGA CTATTGGTGT GATGCAGCTA GTCCACATAT TCATCCAGTT GGATGGTGCA 2460 AGGAACATAG GAAGACACTT ATAACCCCTC CAGACTATCC ACATACCAAG CATTTTTCTT 2520 GGGAGAAATA TTTGGAAGAA ACCAGTTCTT TGCCTGCACC TGCCAGGGCT TTTAAAGTGA 2580 AACCATGTCA TGGATTTCAG AAGAATATGA AACTTGAAGT AGTTGACAAG AGAAATCCTG 2640 TATTAATCAG GGTAGCCACC GTAGTAGATA CTGATGACCA CAGAATTAAA ATTCACTTTG 2700 ATGGCTGGGA TAGTATTTAT GATTACTGGG TTGATGCCGA CAGCCCTGAT ATCCATCCTG 2760 CAGGCTGGTG CGGAAAAACT GGACATCCTC TTCAGCCCCC TCTCAGTCCC TTGGAATTAG 2820 TAGAAGCTTT AGAACAAGGA ATATGCCCTA CAGCAGGTTG CAAAGGAATC GGACATATAA 2880 AAAGAGCCAG ACATATGGGC CACCACAGTG CTGTCAGCTG CCCATATTCT GAGATAAATC 2940 TGAACCGAGA ACGTATCCTT TCAGACCGTT TGAGTGGAGA AATGCCTCTG AATAATCCGC 3000 CTACACATTG GAACAGAAAG CCAGAAGGAA ATGAAACATC AGCTTCTCCT CTAATCAAGG 3060 ACATATATCA GAATCTTAAG AAAGATGGAT ATGAAAGAAG AAAGATGGAA AGTGAAGAGC 3120 CATCTCTAAA TGAAGCCAAA GATGCCAAGG ATTTCAGTAA CCGAAGTTCC CATTCTCAAG 3180 CAGTAATTTT GTCTTCCAAG TTGACAAACT CATCATTTCC TTTGCGTTGG GAACAACAGA 3240 GCAAGCTCCT TCCAACTGTG GCTGGAATTC CTGCCAGTAA AGTTTCCACG TGGAGCACAG 3300 ATGAGGTTTC AGAGATACTG
3321Nucleotide Fasta Sequence
>ENSACAP00000013938.2|MBT|Anolis carolinensis GGGGGCGCATCCATTCCCTCTCCCAGCCCCCAAAAACCCCTCATTGGGGGCGGGGGAGAAAAATACTAGAAAACCCCCTCGCTGCGCCCGTTGCCTTTCCTTTGACACTTCCAAGGAGGGGTTTTTTTTGGGGGGTGGGTGGGGGAAAGACAGGGAGGCGCAGCAGCCTAAGCAGGGTCTCTGCTGCGGCAGCCAAGCTTGGGGTGCGCCGCTCTCTCTCTCTCTCGCCGCCTGGGTTTTGTTCCTTGGCAAGGAAGGAAGCCAAGGGAAGGCCGACTGGGAATGGACTTTCCCTTCCTTTTCCTTTCCTTACCGGTTGCATGTGTCGCGTGTGTCTGCGTTTTGGGAAGGGAGGAGGAGGATCGGGGAGAGAAAAGGCCTGTGCGCCGCCGCCGCGCTTTCTGGCTGGCTTGCTTGCTTGCTTTCCGGGGATTGCTTGCTTGCATTTCCGAAACAAGCGCCTTCCTTTCCCTTCCTGACTCCTTCTTTGCCTTTTCCCCGTTCCCTTTCTCCCCGGGTGCCTCGTCTCGGGCGTGTGAATCCAATGCGTGCCCATTCTTATACGGACACACCAGTAATCATACGGAGCTCCCCCCAATTCCGCCATTTTGGGCAAACTTTGCACACACACACACTCACACGCGCACACGCAGACGCGCGCGCCGAGACGGCACTTCGGCTTCCCCAGCAAATGCACGCGTGGATTCCCCTTTTCTGCCCCTTTGCTTTCTCCTCTCATGAACTAAGTATGCACATAGGTGTGGGTGCGGAGGAAGGAAGGAAGGAAGGAAAGAGAGCGCGGCTTGCCAAGCCTGGCAGCAACTCCTCCTCCTCCTCCTCTCTCTGCTTTTTCTTCTTTCCTGGAGATGTGTGTGTGCGCGCGCGCGCGGAAAAAGCGGGGTTTCGCCTCTCTTTCTCTTTTTCTCTCGTGTGAACGCGGCTCCCCCCCTCGGGACAGGCTTGATCCAAAGCCACCGCTTTTGCGTTTTGGGCGGCACTTGTTCTTCTTTTGGGAGGGGGAGAAGAGGTGGGATGGGAGGAAGAAGAAGAAGAAGAAAGAAGGCGCTCGCCTCAATCAAGCGCCACTTCGGGTGCGGACGGAGCGCGCGCGTGGAAAGCAAGCCAGGCCTTTCCTCCTGGAGATATACGTTATAATCACCATGACTGAACCAGCTTCAAGTGGAAGTGGACAGGATTTTGATGTGTTTAGTGTAATGGACTGGAAGGATGGGATTGGTACCCTGCCTGGAAGTGATCTAAAGAAAAATCAGTTTCGTGTGAACGAATTTGGTGCCCTGGAAGTGATCACTGATGAAACAGAGATGGAAAATGTTAAGAAGGCAACAGCTACCACAACCTGGATGGTGCCAACTGCTCAAGAAGTGCAGCCCATTAATTCTAGAAATTCCAACAAAAGAATGACTTTGCTTTTTTGGAAGTGTGAACCATATAACCCAGAATGTCAAGTAGCCTTCTCAGAGAAGACAGATGTGTCATCAAAACTGAAGGAGGTAGATGGACTTCATTTCTATGAAAATTGTTTTCATTCTGGAACTACGATGGAGTATGCACCTGGGGACAAAGCTTGCAGCCCTAAGTGTACCCATCAAATTAAAAACAGGGAGCTAAAGGAAGACAAAGACATATCAGAATTCAATGATGAAGACTCTTCTAAGAATGCTCAAAAAAGGAAAATCAAATTGCCTCCCAAATCAGAATGTGTAGAAGATAGAAACAAAAAGGACAAGGAAACAGAGGAGAACCCTGAAGGAAGGGTACTAAGAGTCTCTCAGAGAGCCACACGGAAGAGGAAAAGAGACATGGCAGTTTTAAAAGAGACGTTAATGTCAAAGGCAAAGAAAGCATGGAGTTGGTCTTCATATTTGGAAGAAGAGAAGGCAATAGCAGCACCACTTAAGATTTTTAAAGAGTATCAATCCCTCCCTTACAACAAAAATGGATTCAAAGTGGGAATGAAGCTGGAAGGGGTGGATCCGGAGCACCAATCAATGTATTGTGTCCTTACAGTAGCTGAGACACTTGGCTACAGAATTAGACTTCACTTTGATGAATACCCAGATTGTTACGATTTTTGGCTGAATGCTGACTCTTCTGATATTCACCCAGTAGGATGGTGCGAGAAAACAGGGCACAAGCTTCATCCACCAAAAGGATATAAAGAAGATGAATTTAATTGGCCTGCATACCTGAAGAAATGCAAGGCTCAAGCTGCTCCTAAATCCTTATTTGAAAACCAAAACACCACGGTGATTCCATCAGGATTCCGAGTGGGAATGAAGCTTGAAGCCGTAGACAGAAAAAACCCTACGTTCATATGTGTTGCTACGGTAACTGACATCGTGGACAGCCGTTTCCTGGTTCATTTTGACAATTGGGACGAAAGCTATGACTATTGGTGTGATGCAGCTAGTCCACATATTCATCCAGTTGGATGGTGCAAGGAACATAGGAAGACACTTATAACCCCTCCAGACTATCCACATACCAAGCATTTTTCTTGGGAGAAATATTTGGAAGAAACCAGTTCTTTGCCTGCACCTGCCAGGGCTTTTAAAGTGAAACCATGTCATGGATTTCAGAAGAATATGAAACTTGAAGTAGTTGACAAGAGAAATCCTGTATTAATCAGGGTAGCCACCGTAGTAGATACTGATGACCACAGAATTAAAATTCACTTTGATGGCTGGGATAGTATTTATGATTACTGGGTTGATGCCGACAGCCCTGATATCCATCCTGCAGGCTGGTGCGGAAAAACTGGACATCCTCTTCAGCCCCCTCTCAGTCCCTTGGAATTAGTAGAAGCTTTAGAACAAGGAATATGCCCTACAGCAGGTTGCAAAGGAATCGGACATATAAAAAGAGCCAGACATATGGGCCACCACAGTGCTGTCAGCTGCCCATATTCTGAGATAAATCTGAACCGAGAACGTATCCTTTCAGACCGTTTGAGTGGAGAAATGCCTCTGAATAATCCGCCTACACATTGGAACAGAAAGCCAGAAGGAAATGAAACATCAGCTTCTCCTCTAATCAAGGACATATATCAGAATCTTAAGAAAGATGGATATGAAAGAAGAAAGATGGAAAGTGAAGAGCCATCTCTAAATGAAGCCAAAGATGCCAAGGATTTCAGTAACCGAAGTTCCCATTCTCAAGCAGTAATTTTGTCTTCCAAGTTGACAAACTCATCATTTCCTTTGCGTTGGGAACAACAGAGCAAGCTCCTTCCAACTGTGGCTGGAATTCCTGCCAGTAAAGTTTCCACGTGGAGCACAGATGAGGTTTCAGAGATACTG
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |