Tag |
Content |
WERAM ID |
WERAM-Anc-0044 |
Ensembl Protein ID |
ENSACAP00000004792.3 |
Gene Name |
PRMT1 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HMT |
PRMT |
2.10e-127 |
424.6 |
49 |
350 |
|
Organism |
Anolis carolinensis |
Domain Profile |
HMT PRMT
PRMT.txt 1 aqqylqslselLesgvyeemlkDevrtdaYreailknktllkdkvvldvGaGtGiLslfaakagarkvyavekspmakvarkvvkvngl 89 +++y++s++++ g++eemlkDevrt +Yr+++++n++l+kdkvvldvG+GtGiL++faakaga++v+ +e+s+++++a+k+vk+n+l ENSACAP00000004792.3 49 KDYYFDSYAHF---GIHEEMLKDEVRTLTYRNSMFHNRHLFKDKVVLDVGSGTGILCMFAAKAGAKRVIGIECSSISDYAVKIVKANKL 134 599********...*************************************************************************** PP PRMT.txt 90 kdrvtvikgkveelelpkekvDiivSEllgsfllnEsllpsvlhardkfLkddglslPdkatlyvapiedtklykeekaefwksvygvd 178 +++v +ikgkvee+elp+ekvDii+SE++g++l++Es+l++v +ardk+L +dgl++Pd+atly+++ied++ yk++k+++w++vyg+d ENSACAP00000004792.3 135 DHVVSIIKGKVEEVELPVEKVDIIISEWMGYCLFYESMLNTVIYARDKWLTPDGLIFPDRATLYITAIEDRQ-YKDYKIHWWENVYGFD 222 ************************************************************************.**************** PP PRMT.txt 179 lsclekaaikeqfesplVdtldkekllsepkkiftfdiskakesdeerelslelevkrnaslhglaayFdvqft.sektvvlStaPetk 266 +sc++++aike plVd++d ++l++++++i+++di+++k +d +++++++l+vkrn+++h+l+ayF+++ft ++k++++St+P + ENSACAP00000004792.3 223 MSCIKDVAIKE----PLVDVVDPKQLVTNACLIKEVDIYTVKVEDLTFTSPFCLQVKRNDYIHALVAYFNIEFTrCHKRTGFSTSP--E 305 ***********....9**********************************************************************..* PP PRMT.txt 267 spathWkqavlyledpltvkegekis..illlarkknsrdvdyel 309 sp+thWkq+v+y+ed+ltvk+ge+i+ i + +++kn+rd+d+++ ENSACAP00000004792.3 306 SPYTHWKQTVFYMEDYLTVKTGEEIFgtIGMKPNAKNNRDLDFTI 350 ******************************************987 PP
|
Protein Sequence (Fasta) | MAEAANCIME NFVTTLANGM SLQTPLEDVS CTTQPESSGK PTAEEMTSKD YYFDSYAHFG 60 IHEEMLKDEV RTLTYRNSMF HNRHLFKDKV VLDVGSGTGI LCMFAAKAGA KRVIGIECSS 120 ISDYAVKIVK ANKLDHVVSI IKGKVEEVEL PVEKVDIIIS EWMGYCLFYE SMLNTVIYAR 180 DKWLTPDGLI FPDRATLYIT AIEDRQYKDY KIHWWENVYG FDMSCIKDVA IKEPLVDVVD 240 PKQLVTNACL IKEVDIYTVK VEDLTFTSPF CLQVKRNDYI HALVAYFNIE FTRCHKRTGF 300 STSPESPYTH WKQTVFYMED YLTVKTGEEI FGTIGMKPNA KNNRDLDFTI DLDFKGQLCE 360 LSCSTDYRMR Protein Fasta Sequence
>ENSACAP00000004792.3|PRMT|Anolis carolinensis MAEAANCIMENFVTTLANGMSLQTPLEDVSCTTQPESSGKPTAEEMTSKDYYFDSYAHFGIHEEMLKDEVRTLTYRNSMFHNRHLFKDKVVLDVGSGTGILCMFAAKAGAKRVIGIECSSISDYAVKIVKANKLDHVVSIIKGKVEEVELPVEKVDIIISEWMGYCLFYESMLNTVIYARDKWLTPDGLIFPDRATLYITAIEDRQYKDYKIHWWENVYGFDMSCIKDVAIKEPLVDVVDPKQLVTNACLIKEVDIYTVKVEDLTFTSPFCLQVKRNDYIHALVAYFNIEFTRCHKRTGFSTSPESPYTHWKQTVFYMEDYLTVKTGEEIFGTIGMKPNAKNNRDLDFTIDLDFKGQLCELSCSTDYRMR
|
Nucleotide Sequence (Fasta) | TTCTCTTTCT CTTTCTTTGG AGTGACAGCG GGGCCGCCCA ATGTGTGTGA TCCCGTTTCT 60 ACCTCCCACC TTTGAGACCG TTGAGGGGGA GGGGGCGGGC GCGCGGCGGC TTCTCTCTTT 120 CAGCGTCTCA TTCGCAAGAT GGCGGAGGCT GCAAACTGCA TCATGGAGAA TTTTGTAACC 180 ACGCTGGCTA ATGGGATGAG CCTGCAGACT CCGCTAGAAG ATGTCTCATG TACCACCCAG 240 CCGGAAAGCA GCGGAAAGCC GACAGCGGAG GAGATGACCT CCAAGGATTA CTATTTTGAT 300 TCTTACGCCC ACTTCGGGAT CCACGAGGAA ATGCTGAAAG ATGAGGTGCG CACACTGACC 360 TACAGAAATT CCATGTTTCA CAATCGACAC CTCTTCAAAG ACAAAGTGGT TCTGGATGTT 420 GGCAGTGGAA CTGGGATCCT TTGCATGTTT GCAGCCAAGG CTGGTGCCAA ACGGGTCATT 480 GGGATTGAGT GCTCCAGTAT CTCTGACTAT GCCGTGAAAA TTGTCAAAGC CAATAAACTT 540 GATCATGTGG TCTCCATCAT CAAGGGCAAA GTGGAGGAAG TGGAGCTGCC TGTGGAGAAG 600 GTTGACATAA TCATCAGTGA ATGGATGGGC TACTGCCTCT TCTATGAATC CATGCTCAAT 660 ACTGTTATCT ATGCCAGGGA CAAGTGGCTG ACTCCTGATG GGCTCATATT TCCAGATCGT 720 GCTACGCTGT ACATCACAGC TATTGAAGAC CGGCAGTACA AAGATTACAA AATCCACTGG 780 TGGGAAAATG TGTATGGTTT TGACATGTCA TGCATCAAAG ATGTGGCCAT CAAAGAGCCA 840 CTTGTGGATG TCGTTGACCC AAAGCAGTTG GTCACCAATG CCTGCCTCAT CAAGGAGGTA 900 GATATCTACA CAGTGAAGGT GGAGGACCTC ACCTTCACAT CGCCCTTCTG TCTCCAAGTG 960 AAGCGGAATG ACTACATCCA TGCCTTGGTC GCCTATTTCA ACATAGAGTT TACCCGTTGC 1020 CACAAGCGCA CTGGCTTTTC CACCAGTCCA GAATCTCCAT ATACCCACTG GAAGCAGACA 1080 GTCTTTTATA TGGAGGACTA CCTAACAGTG AAGACAGGAG AGGAGATATT TGGCACCATT 1140 GGCATGAAGC CCAATGCCAA GAACAATCGA GATCTGGATT TCACCATCGA CCTGGACTTC 1200 AAGGGCCAGC TGTGTGAGCT CTCCTGTTCA ACGGATTACC GGATGCGTTA ACCCATCTGC 1260 CCCATCGCCC GTTGTTTTTT CCTTCCTCCG GCCGACCTTG CGCCCAGAGC TAACTCTCCC 1320 TCTTGTCTTC TTCCGTTGAC GTATCATTAA CCCATTTCAT TGTGTAGTTC CCTGTTGCTG 1380 CAACTCTGGG CCAGCAAGGA GAGGATCAGT ATTAGAGGCT AGGGGGGGTG GAAGTAGCCA 1440 AGAGCCCCAC GAATCCATTG CCCCTCATTT CCAGCTCCCT CCTCCCCCAG AAGAACGGGG 1500 GCTTTTAGCA CAACTGAAGA CACATAACGT GGTTAGTCCA TCCGTCCGTT TGTTTTAAGG 1560 CCTGCGTGCT GACTGCGGAC TTCCATAATG ATTTTTTTTT GTTAGTTGGA ATCATTGTTG 1620 GTCTCCTCTG CCAAACCGTA TTGTCTAGAA TTCTCCCTCC CATCCTGTTT TCAGAGTAAT 1680 TCTGCTCTAC AACGTCTACT CTTCTCTCTA GAGCAAAAAT GCTGCTTGGG TTTTTTGGGG 1740 TTCACTCCTC TATCCAGTGT TCAGTCAAGG GGCAGGGCAA GGGAATGGGA ATCCCCAACT 1800 GGTTTATATT AATCAAAAGA ATACGGTTGT TCTTTGGGGG GTGGGAGGGT GGGTAGGGGG 1860 TGGCATCTCC ATTTTGTGGG TGTTGTTTTT TCACTAATAG TTTTGTACTT CTCCCTCTCA 1920 AATTCCCTGT TTGGATGTGT GGGGTGGGAG TGGGTTTTTT TTTTAATCCC CTGCCCTTTG 1980 AGAGCTGACA TCGTGTGACT TTCATAACTT ATGGTTTTTA TATGGTTACA TTCATGAGGA 2040 AAAAAAAATA AAGAGGTTGA AACTAACTAC TTCTTCTGTT TTCTTTGGGA AGCTGTTGTC 2100 TGTTATGTAA CTGTGTTTGT GGCGTGGGTA CAAATTACCT CTAGTTCAAA AAAGTATGTT 2160 TTTCAAAATA CAAGTTTTCC AAGCTGTCCC CAGAATCAAT AGATGAACAA GAGCTTGCTT 2220 TATTCAGGTA TAAGGGAAAT GTTTGCGCTC AAAATTCCCA ATAAGAAAGA AAGAAAAGTT 2280 CAGTATTGTC GAAGGCATTC ATGGCAGGCA AATTCTTTCT CCCATCCTGA ACATTCCACA 2340 GTTTTATAAA CCCCACTTGC CTAGTTTCCA ACACCACAAC TTCTGAGGAT GCCTGCCATA 2400 GATGTGGGCA AAATGTCAGG AGAGAATGCT ATGGAACACG GCCATACAGC TTGGAAAACT 2460 CACAGCAATC CAGTTCGGTA TTATTTGTTC TATTTTTTTC TGGGCAGCAC AGTATTAGGG 2520 GAAAGTAACT AGTAGAAAAA GCAATGAGAA TGACCAAGCC ATCTCTCTTC TTCAATATAT 2580 GTGCATTTAT ACAGCAGCTG ACCAACCGTA CAGCAGGGAT GGGCAACTGG AAGATACAGG 2640 AGCTGCTTTT GCAATCAATG TAACAGGAAC AAAGATTTAC ATATAAGAAA TGCACTTGTA 2700 ATTCTAAGAT GTACATGTTT AGACATGTTA TATGGAAGGG GGTGGGGCTT AGAATGGAAT 2760 AAAGATGGTA TATATAAGAC TTGATGGGCT GTTTCTGGGC TTCCATCGGC GCATAGAAGG 2820 CATTTTGAAA TGCACATGTG ATTGAAATGC CTTCCATAAT AAAACCTTGA CCCCTGCCTC 2880 ACAGTGACTA TATGGCCACT TGGCAGATCC AGTCTTCTAA TGTGTATTTG CCTTCAAATT 2940 GACTTATGAC AATCTCATTA ATTGCTTTGG GTTTTCTTAG CAAAGGAATA CTTGGGAGGT 3000 CATTTTGCCA GTTTCTCCCC CTTAAATTAA CCTACTGGAT CTGGCATTCA CTAGCACTTT 3060 CTTAGTACTC TGAGACAATA CTGTAGCACT TGGGTTGGAA AAGGCAGCTG AGGAAAAGCT 3120 TATGAGTTCA AAGCCTTCGC TGTTATGCTG CACCAGCATG AAGTGAACTG AGCACATTAG 3180 ATACAAACGC TGGTACAACT GGGCAAAAGC CAGAACCCAT GCGTTGCTGC AGATGCCAAT 3240 CCCCTGAGCC CTCTTGACTA CTCCAATTAC GTGTTGCTCC AGTGCACTTA CTCCCTTCGC 3300 GTAAGCATAC AAACTAAGAA GGAACAGCAA CTTTGCCATG CCCTATTGAA GAATCCCTCT 3360 AAACTGGAAA ATGCCATTGA TATCACTGGA TCAAATGACT GGGAACACAA TATAGGATGA 3420 GCATATTCCA TACTTTTTTA TTGCACATCA TTGAATGAGG TGGAGTCCCT CCATTGCACA 3480 GCTGCACCCT TTATAGTAAA AGACGCCAAT TAGTTCGACA CAAACTAAAA AACCTCATGC 3540 CAGAAACAAG CAATCGGGAA AGCATAACAA GTTGAAAGTC ATGCTTCGGG ATGGTGGCAA 3600 CAGTCCTGCT CCGGGACGCC AATGCTATTT CTCCAAAGGT GCATAGTTCA ACAGTTTCTC 3660 AATCAAATCC ACATGCGAGA GAAGCATCCG CCGACAGCAG TAGCGCTTTA AGCCGAGCGC 3720 ATCCAATGCG TCCCTAAAAG AGATAATGGA AAAATAAATA CGACATATCT CTTAAAATGT 3780 TTGCCTTGGG ACAGTGTGTG TGCTTGTATC TCTTCTCCCC ATGTAGGGCT GCCAAGTTGT 3840 GCCTCCAAAA AGCATGATAT GTAGAGATGA GCTTATAAAT GCCTCCTAGG CTGTGAAGAA 3900 GTTTCACCTA CTACTTATAG TGACCTGCAC GCCACATATG TAGACCATAG CAGCTTTCTA 3960 TAGTAGACTT GCAGGCATAC CAAATATACC CTTTCTTAGA GATATAGGAC CAAAGCTGGA 4020 TATGCACTGC AATATAAAAT CCATATCTGC TTTGAACTGA TTATATGGCA ATGTATACTC 4080 ATAATCCAGT CAAAGATGAT AATGTGGATT ATATGATTTG ATAATCTGGA TTATATGGTA 4140 GTGTGGACTC AGC
4154Nucleotide Fasta Sequence
>ENSACAP00000004792.3|PRMT|Anolis carolinensis TTCTCTTTCTCTTTCTTTGGAGTGACAGCGGGGCCGCCCAATGTGTGTGATCCCGTTTCTACCTCCCACCTTTGAGACCGTTGAGGGGGAGGGGGCGGGCGCGCGGCGGCTTCTCTCTTTCAGCGTCTCATTCGCAAGATGGCGGAGGCTGCAAACTGCATCATGGAGAATTTTGTAACCACGCTGGCTAATGGGATGAGCCTGCAGACTCCGCTAGAAGATGTCTCATGTACCACCCAGCCGGAAAGCAGCGGAAAGCCGACAGCGGAGGAGATGACCTCCAAGGATTACTATTTTGATTCTTACGCCCACTTCGGGATCCACGAGGAAATGCTGAAAGATGAGGTGCGCACACTGACCTACAGAAATTCCATGTTTCACAATCGACACCTCTTCAAAGACAAAGTGGTTCTGGATGTTGGCAGTGGAACTGGGATCCTTTGCATGTTTGCAGCCAAGGCTGGTGCCAAACGGGTCATTGGGATTGAGTGCTCCAGTATCTCTGACTATGCCGTGAAAATTGTCAAAGCCAATAAACTTGATCATGTGGTCTCCATCATCAAGGGCAAAGTGGAGGAAGTGGAGCTGCCTGTGGAGAAGGTTGACATAATCATCAGTGAATGGATGGGCTACTGCCTCTTCTATGAATCCATGCTCAATACTGTTATCTATGCCAGGGACAAGTGGCTGACTCCTGATGGGCTCATATTTCCAGATCGTGCTACGCTGTACATCACAGCTATTGAAGACCGGCAGTACAAAGATTACAAAATCCACTGGTGGGAAAATGTGTATGGTTTTGACATGTCATGCATCAAAGATGTGGCCATCAAAGAGCCACTTGTGGATGTCGTTGACCCAAAGCAGTTGGTCACCAATGCCTGCCTCATCAAGGAGGTAGATATCTACACAGTGAAGGTGGAGGACCTCACCTTCACATCGCCCTTCTGTCTCCAAGTGAAGCGGAATGACTACATCCATGCCTTGGTCGCCTATTTCAACATAGAGTTTACCCGTTGCCACAAGCGCACTGGCTTTTCCACCAGTCCAGAATCTCCATATACCCACTGGAAGCAGACAGTCTTTTATATGGAGGACTACCTAACAGTGAAGACAGGAGAGGAGATATTTGGCACCATTGGCATGAAGCCCAATGCCAAGAACAATCGAGATCTGGATTTCACCATCGACCTGGACTTCAAGGGCCAGCTGTGTGAGCTCTCCTGTTCAACGGATTACCGGATGCGTTAACCCATCTGCCCCATCGCCCGTTGTTTTTTCCTTCCTCCGGCCGACCTTGCGCCCAGAGCTAACTCTCCCTCTTGTCTTCTTCCGTTGACGTATCATTAACCCATTTCATTGTGTAGTTCCCTGTTGCTGCAACTCTGGGCCAGCAAGGAGAGGATCAGTATTAGAGGCTAGGGGGGGTGGAAGTAGCCAAGAGCCCCACGAATCCATTGCCCCTCATTTCCAGCTCCCTCCTCCCCCAGAAGAACGGGGGCTTTTAGCACAACTGAAGACACATAACGTGGTTAGTCCATCCGTCCGTTTGTTTTAAGGCCTGCGTGCTGACTGCGGACTTCCATAATGATTTTTTTTTGTTAGTTGGAATCATTGTTGGTCTCCTCTGCCAAACCGTATTGTCTAGAATTCTCCCTCCCATCCTGTTTTCAGAGTAATTCTGCTCTACAACGTCTACTCTTCTCTCTAGAGCAAAAATGCTGCTTGGGTTTTTTGGGGTTCACTCCTCTATCCAGTGTTCAGTCAAGGGGCAGGGCAAGGGAATGGGAATCCCCAACTGGTTTATATTAATCAAAAGAATACGGTTGTTCTTTGGGGGGTGGGAGGGTGGGTAGGGGGTGGCATCTCCATTTTGTGGGTGTTGTTTTTTCACTAATAGTTTTGTACTTCTCCCTCTCAAATTCCCTGTTTGGATGTGTGGGGTGGGAGTGGGTTTTTTTTTTAATCCCCTGCCCTTTGAGAGCTGACATCGTGTGACTTTCATAACTTATGGTTTTTATATGGTTACATTCATGAGGAAAAAAAAATAAAGAGGTTGAAACTAACTACTTCTTCTGTTTTCTTTGGGAAGCTGTTGTCTGTTATGTAACTGTGTTTGTGGCGTGGGTACAAATTACCTCTAGTTCAAAAAAGTATGTTTTTCAAAATACAAGTTTTCCAAGCTGTCCCCAGAATCAATAGATGAACAAGAGCTTGCTTTATTCAGGTATAAGGGAAATGTTTGCGCTCAAAATTCCCAATAAGAAAGAAAGAAAAGTTCAGTATTGTCGAAGGCATTCATGGCAGGCAAATTCTTTCTCCCATCCTGAACATTCCACAGTTTTATAAACCCCACTTGCCTAGTTTCCAACACCACAACTTCTGAGGATGCCTGCCATAGATGTGGGCAAAATGTCAGGAGAGAATGCTATGGAACACGGCCATACAGCTTGGAAAACTCACAGCAATCCAGTTCGGTATTATTTGTTCTATTTTTTTCTGGGCAGCACAGTATTAGGGGAAAGTAACTAGTAGAAAAAGCAATGAGAATGACCAAGCCATCTCTCTTCTTCAATATATGTGCATTTATACAGCAGCTGACCAACCGTACAGCAGGGATGGGCAACTGGAAGATACAGGAGCTGCTTTTGCAATCAATGTAACAGGAACAAAGATTTACATATAAGAAATGCACTTGTAATTCTAAGATGTACATGTTTAGACATGTTATATGGAAGGGGGTGGGGCTTAGAATGGAATAAAGATGGTATATATAAGACTTGATGGGCTGTTTCTGGGCTTCCATCGGCGCATAGAAGGCATTTTGAAATGCACATGTGATTGAAATGCCTTCCATAATAAAACCTTGACCCCTGCCTCACAGTGACTATATGGCCACTTGGCAGATCCAGTCTTCTAATGTGTATTTGCCTTCAAATTGACTTATGACAATCTCATTAATTGCTTTGGGTTTTCTTAGCAAAGGAATACTTGGGAGGTCATTTTGCCAGTTTCTCCCCCTTAAATTAACCTACTGGATCTGGCATTCACTAGCACTTTCTTAGTACTCTGAGACAATACTGTAGCACTTGGGTTGGAAAAGGCAGCTGAGGAAAAGCTTATGAGTTCAAAGCCTTCGCTGTTATGCTGCACCAGCATGAAGTGAACTGAGCACATTAGATACAAACGCTGGTACAACTGGGCAAAAGCCAGAACCCATGCGTTGCTGCAGATGCCAATCCCCTGAGCCCTCTTGACTACTCCAATTACGTGTTGCTCCAGTGCACTTACTCCCTTCGCGTAAGCATACAAACTAAGAAGGAACAGCAACTTTGCCATGCCCTATTGAAGAATCCCTCTAAACTGGAAAATGCCATTGATATCACTGGATCAAATGACTGGGAACACAATATAGGATGAGCATATTCCATACTTTTTTATTGCACATCATTGAATGAGGTGGAGTCCCTCCATTGCACAGCTGCACCCTTTATAGTAAAAGACGCCAATTAGTTCGACACAAACTAAAAAACCTCATGCCAGAAACAAGCAATCGGGAAAGCATAACAAGTTGAAAGTCATGCTTCGGGATGGTGGCAACAGTCCTGCTCCGGGACGCCAATGCTATTTCTCCAAAGGTGCATAGTTCAACAGTTTCTCAATCAAATCCACATGCGAGAGAAGCATCCGCCGACAGCAGTAGCGCTTTAAGCCGAGCGCATCCAATGCGTCCCTAAAAGAGATAATGGAAAAATAAATACGACATATCTCTTAAAATGTTTGCCTTGGGACAGTGTGTGTGCTTGTATCTCTTCTCCCCATGTAGGGCTGCCAAGTTGTGCCTCCAAAAAGCATGATATGTAGAGATGAGCTTATAAATGCCTCCTAGGCTGTGAAGAAGTTTCACCTACTACTTATAGTGACCTGCACGCCACATATGTAGACCATAGCAGCTTTCTATAGTAGACTTGCAGGCATACCAAATATACCCTTTCTTAGAGATATAGGACCAAAGCTGGATATGCACTGCAATATAAAATCCATATCTGCTTTGAACTGATTATATGGCAATGTATACTCATAATCCAGTCAAAGATGATAATGTGGATTATATGATTTGATAATCTGGATTATATGGTAGTGTGGACTCAGC
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |