WERAM Information

Tag Content
WERAM ID WERAM-Anc-0154
Ensembl Protein ID ENSACAP00000014391.3
Gene Name ARID4A
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSACAG00000014637.3 ENSACAT00000014684.3 ENSACAP00000014391.3
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader Tudor 0.013 15.6 11 615
Organism Anolis carolinensis
Domain Profile
  Me_Reader Tudor
             Tudor.txt  3 kvGlrVvakwssdGyfYsgki.................................................Vvkghrvesgeeyysikyedq 44
                          +vG +V ak+   G+f ++ki                                                 +    ++ +  ++y++ ++d 
  ENSACAP00000014391.3 11 TVGTDVSAKYR--GAFCEAKIksvkrlvkvkvtlkqdnstqlvqddqvkgplragaivetkmpdgsfqeaI---ISKLTDASWYTVVFDDG 96
                          79*********..********88888888888888888888777777777777777777777777777775...57777777777777775 PP
             Tudor.txt 45 r 45
                          +
  ENSACAP00000014391.3 97 D 97
                          5 PP
             Tudor.txt  13 ssdGyfYsgkiVvk 26 
                           s+dG++Y++ +V++
  ENSACAP00000014391.3 185 SEDGEWYPALVVSP 198
                           689*******9864 PP
             Tudor.txt   5 GlrVvakwssdG...yfYsgkiVvkghrvesgeeyysikyedqr 45 
                           G +V +k+   G   ++Y++ i  k ++ + ge +y++ y +  
  ENSACAP00000014391.3 575 GTKVKVKYG-RGktqKIYEASI--KSTENDDGEVLYLVHYYGWN 615
                           778888998.888889******..77777799****99998755 PP
Protein Sequence
(Fasta)		MKAADEPAYL TVGTDVSAKY RGAFCEAKIK SVKRLVKVKV TLKQDNSTQL VQDDQVKGPL 60
RAGAIVETKM PDGSFQEAII SKLTDASWYT VVFDDGDERT LRRTSLCLKG ERHFAESETL 120
DQLPLTNPEH FGTPVIGKKS NRGRRSSLPV NEDEKEEESS EEEEDDKRRL SDDLLGKIVN 180
VKPSSEDGEW YPALVVSPSC SDDISVKKDQ CLVRSFADSK FYSVARKDIE ELDIKNIAKP 240
ELSSRKGVQE ASCFYSLKVI PINWKMDMRE ILESSSSDEE DGGNAGSEEE EEEKKEQKEE 300
EVPAEEELDP EERDNFLQQL YKFMEDRGTP INKPPVLGYK DLNLFKLFRL VYQQGGCDNI 360
ESGAVWKQIY MDLGIPILNS AASYNVKTAY RKYLYGFEEY CRSANIQFRT IHHNEPKIIQ 420
VVQKQQEPME ENIKEEPEMS PVEVQNEVEE NDGSGESEKE DIEQRSPRGR RRLVRDVAIA 480
KKESEDEKTQ DKLKDSNKEN NVDEEMSNNN VEKRENEMTL GGKKATPKQK EKKAKQEEES 540
DRDSEDEEER REELENRGES EGEEGEEDSE PCLTGTKVKV KYGRGKTQKI YEASIKSTEN 600
DDGEVLYLVH YYGWNVRYDE WVKADRIIWP AEKGGSKKKQ KKKAKSKEEC EKDEKKEEEK 660
QKAKRGRPPL KSTLLSNLAS CLAKSSNSEN KPGIRSARGI LPDGSPLPNG TEGMSRRQTR 720
RSSGMLDSDR GSNDSISSDS DADEPSEKNI NEEFSPASSE PEKEEKQIVD KSDEEIPKIM 780
HVLKENDRNQ VYSLETLKLE VEEHEQVVQI FVNKSDQVED IKREMEKSPK GKGRRSRTRD 840
SSVENIKIVQ LNQEEPSEHL VECERLDTSA LDSKCLSTTC ENETDACGKE KKPMKRKTTE 900
QLSPDKRLRV ENEMEVPNIV TEGRTNECSG TKECKDFSAD ESLRNENEEM PSLVAELDQR 960
LQVQGSEHFD GSSEENQSIP LKDEDDCMPQ IGPETLLCHE VDLDDLDEKD KSGPENSVAE 1020
KHDTSNPTSS LSALPPVVQP NFSVASPLTL SQDESRSIKS ESDITIEVDS VAEESQEGLC 1080
ESESANGFDA CTTSSNCSVA IREREVGDKG QKRPCENSSS SLAKKQKRTP KRASTVAKNE 1140
KNGAGQSSDS EDLPALDNST SKCTPVKHLA VSKPQKLARS PARVISPHIK DGEKDKQREK 1200
NHQNVSPRVY KWSFQLNELD NMNSTERISF LQDKLQEIRK YYMSLKSEVA TIDRRRKRLK 1260
KKDREVSHTG ASMSSASSDT GMSPSSSSPP QNVLAVECRN VQTRSP 1306
Nucleotide Sequence
(Fasta)		GTTTTTCTTC AACTGTGGAA AGAGAAGCTT TCTGAGCTGG AATCCCTCAA ATAACTTTCC 60
AGGATGAAGG CAGCAGATGA GCCTGCCTAC CTGACAGTGG GAACTGATGT CAGTGCCAAG 120
TACCGGGGTG CCTTCTGCGA GGCAAAAATA AAAAGTGTCA AAAGGCTGGT GAAAGTTAAG 180
GTGACTTTAA AACAAGATAA TTCAACGCAG TTAGTGCAAG ATGACCAAGT GAAAGGACCT 240
TTACGGGCTG GTGCAATTGT TGAAACCAAA ATGCCTGATG GATCCTTTCA AGAGGCTATC 300
ATCAGTAAAT TGACAGATGC CAGCTGGTAT ACTGTTGTTT TTGATGATGG GGATGAGAGG 360
ACGTTGCGGC GGACATCGTT GTGTTTGAAA GGAGAGAGGC ACTTTGCAGA AAGTGAGACT 420
CTTGATCAAC TGCCACTAAC AAACCCTGAG CACTTTGGAA CACCAGTCAT TGGGAAGAAA 480
TCCAACAGAG GAAGAAGATC CTCTCTTCCT GTTAATGAAG ATGAAAAAGA AGAAGAAAGT 540
AGCGAAGAGG AGGAAGATGA TAAGAGGCGT CTCAGCGATG ACTTGCTTGG TAAAATCGTC 600
AACGTGAAAC CCAGTTCTGA GGACGGCGAG TGGTATCCAG CTTTGGTTGT ATCTCCCAGT 660
TGCAGTGATG ATATCTCAGT GAAAAAGGAC CAGTGTTTAG TTCGATCATT TGCAGATTCC 720
AAATTTTACT CAGTAGCAAG AAAGGACATT GAGGAACTGG ACATCAAAAA CATTGCAAAA 780
CCTGAGTTAT CGTCTAGAAA AGGGGTACAA GAGGCAAGCT GCTTCTATAG CCTGAAAGTT 840
ATACCTATTA ATTGGAAGAT GGATATGCGT GAAATTTTGG AATCCTCCAG CAGTGATGAA 900
GAAGATGGAG GTAATGCTGG AAGTGAAGAG GAAGAAGAAG AAAAGAAAGA ACAAAAGGAG 960
GAGGAAGTAC CAGCTGAGGA AGAGCTTGAT CCTGAAGAGA GGGACAATTT CCTCCAACAG 1020
CTTTACAAGT TTATGGAAGA CAGAGGTACT CCTATCAATA AGCCTCCAGT TCTGGGCTAT 1080
AAGGATCTTA ACCTCTTCAA ACTTTTCAGA CTGGTATATC AGCAGGGAGG GTGTGACAAT 1140
ATTGAGAGTG GAGCTGTATG GAAGCAAATT TATATGGACC TTGGCATTCC TATTTTGAAC 1200
TCAGCTGCTT CCTACAATGT AAAAACAGCT TATAGAAAGT ATCTTTATGG TTTTGAAGAA 1260
TACTGCCGAT CTGCAAACAT TCAGTTTAGA ACCATCCACC ACAATGAACC AAAAATAATA 1320
CAAGTTGTAC AGAAGCAACA AGAACCAATG GAGGAAAATA TAAAAGAAGA GCCAGAAATG 1380
TCCCCCGTGG AAGTCCAGAA CGAGGTGGAA GAAAATGATG GCAGCGGTGA AAGTGAAAAA 1440
GAAGACATCG AGCAGAGGTC TCCAAGGGGG CGCCGAAGAC TTGTCCGTGA TGTTGCTATT 1500
GCTAAAAAGG AAAGTGAAGA TGAGAAAACG CAGGACAAAT TAAAAGACAG CAACAAGGAG 1560
AACAATGTTG ATGAGGAAAT GTCCAATAAC AATGTAGAAA AAAGGGAAAA CGAGATGACG 1620
CTTGGAGGCA AAAAGGCCAC ACCAAAGCAA AAGGAAAAGA AAGCAAAGCA GGAAGAGGAA 1680
TCTGACAGAG ACTCTGAAGA CGAAGAGGAG AGGAGGGAAG AACTTGAAAA CCGGGGAGAA 1740
TCGGAAGGAG AGGAGGGCGA GGAAGACTCT GAGCCTTGCC TCACAGGAAC CAAAGTCAAA 1800
GTAAAATACG GCCGTGGGAA AACACAGAAG ATTTACGAAG CCAGTATTAA AAGTACAGAA 1860
AACGATGACG GAGAGGTGTT GTATTTGGTA CATTACTACG GCTGGAATGT AAGGTATGAT 1920
GAGTGGGTGA AAGCCGATCG GATTATTTGG CCAGCAGAGA AAGGAGGATC AAAAAAGAAA 1980
CAAAAGAAAA AAGCAAAAAG CAAAGAAGAA TGTGAAAAAG ATGAAAAGAA AGAAGAGGAG 2040
AAACAAAAGG CTAAGCGTGG CCGCCCTCCT CTGAAGTCTA CTCTTCTGTC TAACCTGGCT 2100
TCCTGTTTAG CCAAATCTTC AAATAGTGAA AACAAGCCAG GCATCCGAAG CGCCCGGGGC 2160
ATCCTCCCAG ATGGCTCACC TTTACCTAAT GGAACAGAAG GAATGTCTCG TCGACAAACA 2220
AGACGAAGCT CAGGAATGTT GGATTCTGAT AGAGGCTCAA ATGACTCCAT TTCATCTGAC 2280
AGCGATGCTG ATGAACCTTC CGAAAAAAAT ATCAATGAAG AGTTTTCCCC AGCTAGTTCT 2340
GAACCCGAAA AGGAGGAGAA ACAAATTGTT GACAAATCTG ATGAAGAGAT CCCAAAGATC 2400
ATGCATGTGC TCAAAGAGAA TGACAGGAAT CAGGTCTACT CTCTAGAAAC ATTGAAACTA 2460
GAAGTGGAAG AGCATGAACA AGTGGTTCAG ATTTTTGTAA ACAAAAGCGA TCAAGTCGAG 2520
GACATCAAGA GAGAGATGGA GAAATCGCCT AAAGGGAAAG GGCGAAGGAG CAGAACGAGG 2580
GACTCTTCCG TAGAGAACAT AAAGATTGTA CAGCTAAACC AAGAAGAGCC AAGCGAACAT 2640
CTGGTTGAAT GTGAAAGATT AGATACTTCT GCCTTGGACA GTAAGTGTTT GAGCACCACT 2700
TGTGAGAATG AAACAGATGC GTGCGGAAAA GAGAAAAAGC CGATGAAGAG GAAAACAACG 2760
GAACAGTTGT CTCCTGACAA ACGGCTGCGA GTGGAGAATG AAATGGAAGT GCCAAATATT 2820
GTGACGGAGG GGAGGACAAA TGAATGTTCT GGGACAAAAG AATGTAAGGA TTTCAGTGCT 2880
GACGAGTCCC TCAGGAATGA GAATGAAGAA ATGCCCTCCT TGGTGGCAGA GTTGGACCAG 2940
CGCCTTCAGG TTCAGGGGAG CGAGCATTTT GATGGTTCTT CTGAGGAAAA TCAGAGCATC 3000
CCACTGAAGG ACGAGGATGA CTGCATGCCC CAAATTGGGC CAGAAACACT CCTTTGCCAT 3060
GAGGTAGACT TGGATGACCT TGATGAAAAG GACAAGAGTG GGCCTGAGAA CTCTGTAGCA 3120
GAAAAACACG ACACCAGTAA TCCCACTTCC AGTCTCTCTG CCTTACCTCC TGTGGTCCAG 3180
CCAAACTTCT CTGTTGCCTC ACCTCTCACT CTCAGTCAGG ATGAATCGCG GAGCATAAAG 3240
AGCGAAAGCG ACATCACCAT AGAAGTGGAC AGTGTGGCGG AAGAGTCTCA GGAAGGCCTG 3300
TGCGAGAGTG AGTCTGCGAA CGGGTTTGAC GCCTGCACCA CTTCGAGCAA TTGTAGCGTA 3360
GCCATCCGAG AAAGGGAGGT CGGAGATAAA GGTCAAAAAA GGCCTTGTGA GAATAGTAGC 3420
AGCTCATTGG CAAAGAAGCA AAAGCGCACC CCAAAACGAG CAAGCACTGT AGCCAAAAAT 3480
GAAAAGAACG GGGCAGGGCA AAGCAGTGAT AGTGAAGATC TCCCTGCCCT GGACAACTCC 3540
ACCAGCAAAT GTACTCCTGT GAAACACCTT GCTGTGTCAA AACCGCAGAA GCTCGCGCGG 3600
TCTCCGGCGA GGGTGATCTC TCCACATATC AAAGACGGAG AGAAGGACAA GCAGAGGGAG 3660
AAGAACCATC AGAATGTTTC CCCAAGAGTG TATAAGTGGA GCTTCCAACT CAATGAATTG 3720
GACAACATGA ACAGCACAGA GAGGATTTCC TTTCTGCAAG ACAAACTGCA GGAAATCAGA 3780
AAGTACTACA TGTCCCTGAA GTCTGAAGTC GCCACCATAG ACAGGAGAAG AAAACGATTG 3840
AAAAAGAAAG ACCGAGAAGT GTCCCACACT GGAGCTTCCA TGTCTTCTGC CTCTTCGGAC 3900
ACTGGGATGA GCCCTTCGTC CTCCTCTCCT CCCCAGAACG TCCTTGCAGT TGAATGCAGG 3960
AACGTCCAGA CAAGAAGTCC ATAATCCAAA AACAGATTGA ATATGAAAGT CCAAGATCTC 4020
TAAGTTTAGA CACCAATCTA TGTGGAAGGA TTGTGTTAAA CGTGGAATTA AAGTCTGCAA 4080
AAGCCATCCT CAAATAGTTC CTCCATCATT CCAG 4115
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Asf-0028 CADAFLAP00010689 Aspergillus flavus 36 1e-08 60.5
WERAM-Aso-0031 CADAORAP00009644 Aspergillus oryzae 36 1e-08 60.5
WERAM-Asni-0025 CADANGAP00007970 Aspergillus niger 36 2e-08 60.1
WERAM-Asc-0001 CADACLAP00000026 Aspergillus clavatus 36 2e-08 59.7
WERAM-Tum-0032 CAZ86330 Tuber melanosporum 34 2e-08 59.3
WERAM-Asfu-0009 CADAFUAP00002555 Aspergillus fumigatus 36 2e-08 59.3
WERAM-Asn-0018 CADANIAP00004258 Aspergillus nidulans 35 3e-08 58.9
WERAM-Ast-0008 CADATEAP00004027 Aspergillus terreus 35 4e-08 58.5
WERAM-Zyt-0030 Mycgr3P74352 Zymoseptoria tritici 33 6e-08 58.2
WERAM-Lem-0001 CBY01560 Leptosphaeria maculans 35 7e-08 57.8
WERAM-Scs-0004 EDN96551 Sclerotinia sclerotiorum 34 1e-07 57.4
WERAM-Pytr-0035 EDU44093 Pyrenophora triticirepentis 34 1e-07 57.0
WERAM-Pyt-0008 EFQ94561 Pyrenophora teres 34 2e-07 56.6
WERAM-Ved-0033 EGY18973 Verticillium dahliae 32 7e-07 54.7
WERAM-Nec-0020 EFNCRP00000004299 Neurospora crassa 33 8e-07 54.3
WERAM-Coi-0029 EAS31076 Coccidioides immitis 33 1e-06 53.9
WERAM-Chg-0031 EAQ86402 Chaetomium globosum 33 2e-06 53.1
WERAM-Mao-0014 MGG_04878T0 Magnaporthe oryzae 35 2e-06 52.8
Created Date 25-Jun-2016