WERAM Information

Tag Content
WERAM ID WERAM-Php-0134
Ensembl Protein ID PP1S93_85V6.1
Gene Name PHYPADRAFT_169212
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
PP1S93_85V6 PP1S93_85V6.1 PP1S93_85V6.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 8.00e-18 65.3 129 1811
Ac_Reader Bromodomain 5.20e-07 30.6 871 916
Organism Physcomitrella patens
Domain Profile
  Me_Reader PHD
        PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpeg..kswyCpsC 50 
                     C +C+k+++  k+ + Cd+C++ +Hl Cv+l+ +++ e+  ++w+C sC
  PP1S93_85V6.1 129 QCSICKKPETA-KYTIVCDKCQQSYHLICVELNPNQAMEKenEHWRCDSC 177
                    6****777776.56*******************77777664567****** PP
        PHD.txt    2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51  
                     ++C+vCg +de+ + ++ Cd+Cd  +H++C+++pl+++peg  w+Cp+C+
  PP1S93_85V6.1  991 DTCRVCG-VDEDYESIMLCDKCDAEYHTYCLNPPLERVPEG-TWFCPECV 1038
                     58****5.444444599************************.*******8 PP
        PHD.txt    3 iClvCgkddegeke.....mvqCde..CddwfHl 29  
                      C++C++++e + e      v C +  + d fH+
  PP1S93_85V6.1 1779 HCQACHETYESTVEleshkSV-CPSsaGTDSFHM 1811
                     699996666653323333233.444367777776 PP
  Ac_Reader Bromodomain
      BROMO.txt  25 iikePmdLstikerleegnYss.peefvkDvrlifnNakaynenks 69 
                    ++ +P+d+ ti +rl +g Y+  ++ f++Dvr+i++N + + + ++
  PP1S93_85V6.1 871 MVARPLDFRTIDARLAAGAYGGsVDAFAEDVRQIWRNVESLQKGGD 916
                    6889****************866**************998887766 PP
Protein Sequence
(Fasta)		MTNLEVKPER KNESQRVESP KPHEEVPVIE LVEEASPKNI TPRLDIFKLE NDSSFRSHQG 60
SIRAHLGGDK VVKRGAKQAN RRKGLTDADD QAEAFAALAA VMEVHGIPKV VVGLAADFPG 120
DTGMYSNYQC SICKKPETAK YTIVCDKCQQ SYHLICVELN PNQAMEKENE HWRCDSCGPE 180
LEGQYWGLGR ITAQHDRKEA DSKWDVSTSH ADALERLVVI LPAIDAAVED DGNGIQLQTS 240
PATRTDYGHG GAGNLSFKSA RTKNEDVARL ACKENVMPVK RGRGRPRKDS KVLKEQIITN 300
ATKDMGIQDS GLIELQPALN IGFLGLANSR KETKRRKDSN VQDTAQKLGS PINPVDLSVE 360
GFRSSKEKLL SMRRGELVEV SKRPIVKNIP FVKESRTHPP AGELLTRRIP AELVGDTLQV 420
WEFLCRFSDV LGWTSLTYEE LESGLVNLGP PLATDTILDV KIRDSLDLRS RKDSEKNCAV 480
AGRGSLSEHG GARPGVPLEN GPYFACESDG LKAEGSGCVR TSLIAHGLKQ DTTTGQIRNP 540
PQRTAVHEIS NRTIGPADSP GLEVSATEVA VAFSDGMLNE HFVMMSTTHI LLLKLLLADL 600
QFRISGTPNV NKSEEPKKKG RKPLYEVPQV PQDVTMPEFP NDLPINEVTW PELVRRYLIT 660
VVEVEKYGDL TELKPEERKW LMRCLQGDGG VPCGALYTVV GVESDAQVLV EAEKELAVRL 720
PNVDEVGEEL DDPVDEFDKL PQWVEALKPV MKMATNVGSR IRTKVKEALE LGPPEWARDT 780
LKWSISKEVF KSNASGPTKK AIIEVLTYFN LSPSCDSPNY KTKTKKMMPS VDELMQRCRV 840
VLRTLADADK TDTFSILIGP EGHGSRRLHG MVARPLDFRT IDARLAAGAY GGSVDAFAED 900
VRQIWRNVES LQKGGDVMQL ASDLSQIFEE LLQKQVLNFM NGIPEVNVDE LKIDEVNAVE 960
EGKDIDLFSR SVTAENPDEN KLQRAPWQDT DTCRVCGVDE DYESIMLCDK CDAEYHTYCL 1020
NPPLERVPEG TWFCPECVAL DKVFPDRLRK DGELVGTESL EGEEDHCSAD RNMDNPVQTK 1080
HESAAERLLK QVELKEYWQL GLSERIYILK FLCEESLKTT ELRTHLEKSV ELAYDLQQQL 1140
SALRALWEGS VIAIDEKGKQ RKKMVENLKS RPHSVTGTEA ARIDSWSISL KQHSSAVVDA 1200
EDITPALPRL LNFDVDGDEY ENAVERDTTI MAFLDSDKAG KGDTVSVSSA IHENHKSNEQ 1260
IKIEDASNGV IASNNLINHF PSSADLSVAV LNCTVNAMKR KHCVGAQEGD LMAEVGSRIE 1320
TASENVTTRN SKQAKFEEYN EDAQPAVEVM NVTAALNQTV NVYLDKNRGA RGSHLTDHDG 1380
VELKTFDSNE QIVKFHFSSE LQGLTVAPGS DFKLGGTLER DVNTYPEKVP RRTSSESGTK 1440
NTAVCEESNA EAESGRKIAV RSSRLIPELS SLSEGSVKVG TSGAGFLPRT PKRKLELVSN 1500
IESRKKLKTD AQGTPAFGEV IDDSHRGEAF SKLQKHGLLQ SPAIMGSTPS STSLKMHAEI 1560
MKLKLKLHNT ALRRDHLGTD DIGRNYWALS GPKQASMLVV SECDVIAGAE FERTEESVFS 1620
YVEHNVRNDD DRDISQGDHS VDKTKVVKTR WWAYQNDASI DSLLAWLNPR VEVELALKTS 1680
ICNWRKSLIS KFHELLQEKQ SNNPLENLTD GALKKEPEAQ ISKVIPKKFP ALQATAILQM 1740
RHGSASSLDR IVPKRALLAM GERVIRCSCL EPLLKFKRHC QACHETYEST VELESHKSVC 1800
PSSAGTDSFH MKNQKATEKG NNSGFFEKDQ KRKSTSPMEE TELFSEREDI YVLSCEKNVC 1860
LSLEFSEPIV QRHAARSKTQ PPHCLESDDA NVIGNWAASE EPVEDAFFLS DFQDDTQNMD 1920
VDDVEAEDLR MGFGSFSSLL QDDEWEANER SELKRKKPGS GKKTSKKPLI QGAREMTLAN 1980
FDYASLPMNF STPDSTRGRI LQIGCIADQG PTFAPALHFA PAFDLSLMIK PFHPVFNVND 2040
VQGVEFPGSS PPPSSLNDSS TEELNPKDFV EGGLDAVSWY DPQTSGEVPP DLIFASEILG 2100
LPILESDKNY VSHTDGGCAL EVDAENIIIT NDEMQPGCTP NTNRCEKDSL SGTLELRYAV 2160
NATEVETVSS FDKLRPTSDL EHSDLVPFSA LKTQPLPNLD VPLATVVIEA PAVVPNSITM 2220
KKPSKFFAVP EPSLRPLVGE QYGVLVGIKM RLLDMEAAMG VDILIPIKSA PARRRAWRSL 2280
VKSALCIYEM TKSVILLEQM VRADCLKRTW CYWSSLSAAA RSATLSTLAL RIFAFDSAIM 2340
YKKEELIADD TLRSSTVKKS KKIPVQVPFS SNKKKVNRIS
Nucleotide Sequence
(Fasta)		ATGACTAACC TCGAAGTTAA ACCTGAGAGA AAGAACGAAA GTCAACGTGT TGAAAGTCCA 60
AAGCCTCACG AGGAGGTTCC AGTGATCGAA CTAGTGGAGG AAGCATCCCC TAAAAATATA 120
ACTCCAAGGT TGGATATCTT CAAATTGGAA AATGACAGCA GTTTTCGATC TCATCAAGGA 180
TCTATAAGAG CACATCTTGG AGGTGATAAA GTTGTCAAGC GGGGAGCAAA ACAAGCGAAT 240
CGGCGAAAAG GATTGACTGA TGCAGATGAC CAAGCAGAGG CGTTTGCTGC ACTTGCAGCT 300
GTTATGGAAG TACATGGTAT TCCAAAAGTA GTGGTGGGTT TGGCAGCTGA TTTTCCCGGA 360
GACACAGGCA TGTATAGCAA TTATCAATGC AGCATTTGCA AGAAACCTGA AACTGCAAAG 420
TACACAATTG TGTGCGATAA GTGTCAGCAA AGTTATCACT TAATCTGTGT AGAGCTTAAT 480
CCTAACCAAG CCATGGAGAA AGAGAATGAG CACTGGCGTT GTGATTCTTG TGGGCCAGAG 540
CTTGAGGGAC AGTACTGGGG ACTAGGGAGG ATCACTGCAC AGCATGATCG GAAGGAGGCA 600
GATTCAAAAT GGGATGTATC TACGTCGCAT GCTGATGCTC TTGAACGTCT TGTTGTCATA 660
TTACCTGCTA TTGATGCAGC TGTTGAAGAC GATGGTAATG GAATACAATT GCAGACATCA 720
CCTGCGACAA GGACAGATTA TGGTCATGGA GGGGCTGGTA ATCTTAGCTT TAAATCAGCG 780
AGAACTAAAA ACGAAGATGT TGCTAGACTT GCTTGTAAAG AAAATGTGAT GCCTGTTAAA 840
AGAGGCAGAG GGCGTCCAAG GAAGGATTCA AAAGTGTTGA AAGAGCAAAT TATCACAAAT 900
GCAACGAAGG ACATGGGAAT TCAGGATAGC GGACTCATCG AACTGCAACC TGCTCTTAAT 960
ATAGGGTTTC TAGGACTCGC AAATTCTCGG AAAGAAACCA AGCGACGGAA AGATTCAAAT 1020
GTACAGGATA CTGCTCAGAA GCTGGGGTCG CCAATAAATC CTGTAGATTT ATCGGTTGAG 1080
GGCTTTAGAT CCAGTAAAGA GAAATTACTA AGTATGAGGC GTGGTGAGCT TGTTGAGGTT 1140
TCTAAGAGGC CCATTGTAAA AAACATTCCA TTTGTCAAAG AAAGTCGTAC GCATCCGCCT 1200
GCTGGTGAAC TTCTGACGAG AAGAATCCCT GCAGAACTCG TAGGAGATAC CCTTCAGGTT 1260
TGGGAGTTTT TGTGCCGTTT CTCCGACGTC CTTGGTTGGA CATCTTTAAC CTACGAGGAA 1320
TTGGAATCAG GTTTGGTAAA CTTAGGGCCA CCTTTGGCAA CGGACACAAT TTTAGACGTG 1380
AAAATACGAG ATTCTCTCGA TCTCAGGAGC AGGAAAGATT CAGAAAAAAA TTGTGCTGTA 1440
GCAGGTCGTG GTAGTCTTAG CGAGCATGGT GGAGCAAGAC CTGGTGTTCC GCTAGAGAAT 1500
GGTCCATATT TTGCTTGTGA AAGTGATGGT TTAAAAGCTG AAGGTTCAGG CTGTGTCAGA 1560
ACTTCTCTGA TAGCCCATGG GCTTAAGCAA GATACGACCA CAGGGCAAAT TAGGAATCCA 1620
CCACAAAGGA CGGCTGTACA CGAGATAAGT AATAGAACAA TCGGCCCTGC TGATTCGCCG 1680
GGACTAGAGG TGTCTGCAAC AGAGGTGGCA GTGGCGTTTT CGGATGGCAT GCTTAATGAG 1740
CACTTCGTCA TGATGTCCAC GACACATATA TTACTTCTAA AGCTATTGCT TGCTGATCTG 1800
CAGTTTCGAA TTAGCGGTAC CCCCAATGTT AACAAATCTG AAGAGCCAAA GAAGAAGGGA 1860
CGTAAACCCC TATATGAAGT TCCACAGGTT CCACAGGACG TAACAATGCC GGAGTTTCCA 1920
AACGACCTGC CCATTAATGA GGTGACCTGG CCAGAACTTG TACGAAGGTA TTTGATCACT 1980
GTTGTTGAGG TTGAGAAATA TGGAGACCTC ACAGAGTTAA AACCGGAGGA ACGTAAATGG 2040
TTGATGAGAT GCCTCCAAGG TGATGGCGGC GTGCCGTGCG GTGCACTCTA CACAGTTGTG 2100
GGTGTCGAGA GTGATGCACA GGTTTTAGTT GAAGCTGAGA AAGAACTGGC CGTTCGGTTA 2160
CCAAATGTGG ATGAAGTGGG AGAGGAACTG GATGACCCTG TTGACGAGTT CGACAAACTT 2220
CCTCAATGGG TGGAGGCATT AAAACCTGTA ATGAAAATGG CCACAAATGT TGGTTCCCGG 2280
ATTAGAACTA AGGTGAAAGA AGCTCTGGAG TTGGGCCCTC CAGAGTGGGC TAGAGATACT 2340
TTAAAGTGGT CGATAAGTAA GGAAGTCTTT AAAAGCAATG CTTCTGGTCC GACAAAGAAA 2400
GCTATTATTG AGGTCTTGAC GTATTTTAAT CTTTCGCCCT CTTGCGATTC CCCAAATTAC 2460
AAGACAAAGA CTAAGAAGAT GATGCCCTCA GTTGATGAGC TCATGCAGCG CTGCCGTGTT 2520
GTTTTGAGGA CTTTGGCAGA CGCTGACAAG ACTGATACCT TTTCTATACT CATAGGTCCA 2580
GAAGGGCACG GTTCAAGAAG GCTGCATGGA ATGGTGGCAC GCCCCCTCGA TTTTCGAACT 2640
ATCGATGCCC GGCTTGCTGC TGGGGCTTAT GGTGGATCTG TCGATGCGTT TGCGGAGGAT 2700
GTTAGACAAA TATGGAGGAA CGTAGAGTCA TTGCAGAAAG GAGGTGACGT GATGCAACTG 2760
GCATCTGATT TGTCTCAAAT TTTCGAAGAA CTGTTGCAAA AACAGGTCTT AAACTTTATG 2820
AATGGCATTC CAGAAGTTAA TGTGGATGAG CTCAAGATTG ATGAAGTTAA TGCTGTGGAA 2880
GAAGGAAAAG ACATCGATCT ATTCAGTAGG TCAGTAACAG CTGAGAATCC CGATGAGAAT 2940
AAGCTGCAGA GGGCTCCTTG GCAAGATACT GACACTTGTA GAGTGTGTGG GGTAGATGAA 3000
GACTACGAGA GCATCATGCT GTGTGACAAG TGCGATGCAG AATATCACAC CTACTGCTTG 3060
AACCCACCTC TGGAGAGGGT TCCCGAAGGT ACCTGGTTCT GTCCTGAGTG TGTTGCGCTT 3120
GACAAAGTTT TTCCAGACAG ACTTAGAAAG GACGGGGAAT TGGTTGGGAC TGAATCATTG 3180
GAAGGGGAGG AAGATCATTG TTCAGCCGAT CGAAATATGG ATAATCCAGT TCAAACAAAA 3240
CATGAGAGCG CTGCGGAGCG TCTTTTAAAG CAAGTTGAGC TGAAAGAGTA TTGGCAGCTG 3300
GGACTGTCGG AGAGAATTTA TATTCTTAAA TTTTTATGCG AAGAATCGCT GAAGACCACA 3360
GAACTCCGTA CACATTTGGA AAAGAGCGTG GAATTAGCGT ATGATCTCCA GCAACAACTC 3420
AGTGCTTTAC GTGCACTATG GGAGGGTTCT GTAATAGCTA TTGACGAGAA GGGAAAGCAG 3480
CGGAAAAAGA TGGTTGAAAA CTTGAAGTCG CGACCACACA GTGTGACAGG CACAGAAGCA 3540
GCACGTATTG ATTCGTGGTC CATCAGCTTA AAACAGCATT CTTCTGCCGT TGTAGATGCT 3600
GAAGATATTA CACCAGCTTT GCCACGGCTT CTAAATTTTG ACGTCGATGG TGACGAATAC 3660
GAGAATGCAG TTGAGAGGGA TACCACAATT ATGGCATTTC TTGATTCTGA CAAAGCGGGA 3720
AAGGGTGACA CTGTATCTGT CAGTAGTGCT ATCCATGAGA ACCATAAGTC GAATGAGCAA 3780
ATCAAGATTG AAGATGCAAG CAATGGTGTG ATTGCTTCTA ACAATCTAAT AAATCATTTT 3840
CCTTCTTCAG CTGATCTCTC CGTTGCAGTC CTCAATTGCA CAGTCAATGC AATGAAGAGA 3900
AAACATTGTG TTGGCGCTCA GGAGGGTGAT TTAATGGCAG AGGTTGGGTC GAGAATCGAG 3960
ACTGCATCAG AGAATGTAAC GACCAGAAAT AGCAAACAAG CGAAATTCGA AGAGTATAAT 4020
GAAGACGCTC AGCCTGCGGT TGAGGTCATG AATGTCACTG CAGCTTTAAA TCAAACAGTA 4080
AATGTTTATC TGGACAAGAA CAGGGGGGCC CGGGGAAGTC ATTTGACTGA TCATGATGGA 4140
GTAGAATTGA AGACATTTGA TTCGAATGAA CAGATTGTTA AGTTTCATTT TTCTAGTGAA 4200
CTCCAGGGGC TGACTGTAGC CCCTGGTTCT GATTTCAAAC TCGGCGGAAC CCTTGAGAGG 4260
GATGTTAATA CGTACCCCGA AAAAGTGCCC AGACGTACCA GTTCAGAATC GGGCACAAAG 4320
AACACTGCTG TTTGTGAGGA ATCAAACGCG GAAGCTGAAT CCGGACGGAA GATAGCGGTA 4380
CGATCAAGTC GCTTGATTCC TGAACTTTCC AGCTTATCTG AAGGTAGTGT GAAGGTCGGG 4440
ACATCCGGTG CTGGATTCCT ACCTCGGACA CCAAAACGCA AGCTTGAATT GGTTTCGAAT 4500
ATAGAGTCTC GAAAGAAACT GAAGACAGAT GCTCAAGGTA CTCCTGCATT TGGCGAAGTT 4560
ATCGATGATT CACACAGAGG TGAAGCCTTC TCTAAACTTC AAAAACACGG ACTCTTGCAG 4620
TCACCTGCAA TAATGGGCTC GACTCCTTCG AGCACATCTT TAAAGATGCA TGCAGAAATT 4680
ATGAAATTGA AGTTGAAGCT GCACAACACA GCTTTGCGGC GCGACCACCT TGGCACTGAC 4740
GATATTGGAA GGAATTATTG GGCCCTTTCA GGACCAAAGC AGGCCTCTAT GCTTGTCGTT 4800
TCAGAATGCG ATGTGATAGC TGGAGCTGAA TTTGAAAGGA CAGAGGAAAG CGTTTTCTCT 4860
TATGTAGAAC ATAACGTGAG AAATGATGAC GATAGAGATA TCTCACAAGG TGATCATTCT 4920
GTGGATAAAA CTAAGGTGGT GAAGACTCGC TGGTGGGCAT ACCAAAACGA TGCATCAATT 4980
GACTCCCTCT TGGCGTGGTT AAATCCTCGT GTTGAAGTGG AGCTAGCTCT GAAAACTTCC 5040
ATTTGCAACT GGCGAAAATC TTTGATTTCC AAATTTCATG AGCTTCTTCA GGAGAAACAG 5100
AGTAACAACC CCTTAGAAAA CCTTACCGAT GGAGCTTTAA AAAAAGAACC GGAAGCTCAG 5160
ATCTCTAAAG TCATTCCTAA AAAGTTCCCT GCTTTACAGG CAACCGCCAT TCTTCAGATG 5220
AGGCACGGTT CAGCTAGTTC CTTAGATAGA ATAGTGCCGA AGAGGGCTTT GCTGGCTATG 5280
GGGGAAAGAG TAATTCGATG CAGCTGCCTA GAACCTCTTT TGAAGTTCAA AAGGCACTGC 5340
CAAGCGTGCC ATGAGACTTA CGAGTCTACA GTGGAACTTG AAAGTCATAA GAGCGTTTGT 5400
CCTAGTTCAG CAGGCACCGA TTCCTTTCAT ATGAAGAATC AGAAAGCAAC TGAGAAGGGA 5460
AATAATAGTG GTTTTTTTGA GAAAGATCAG AAAAGAAAGT CTACTTCACC GATGGAAGAA 5520
ACCGAACTAT TTTCGGAAAG AGAGGATATT TACGTGCTTA GTTGTGAAAA AAATGTTTGT 5580
TTGTCACTAG AATTTTCAGA GCCAATAGTT CAGAGACATG CAGCTAGAAG CAAAACACAG 5640
CCTCCTCATT GTTTGGAATC AGATGATGCA AATGTCATCG GCAATTGGGC TGCATCCGAA 5700
GAGCCCGTGG AAGATGCTTT CTTTCTCTCT GACTTTCAAG ATGATACACA GAATATGGAT 5760
GTTGATGACG TTGAGGCAGA GGATTTGCGT ATGGGATTTG GATCCTTTTC ATCGCTTCTT 5820
CAAGATGATG AATGGGAAGC TAATGAAAGA TCTGAATTAA AACGGAAGAA ACCTGGCTCG 5880
GGCAAGAAGA CCTCTAAGAA ACCTCTTATT CAGGGAGCCA GAGAAATGAC ACTTGCCAAC 5940
TTTGATTATG CTTCTTTGCC AATGAATTTC TCTACACCAG ACTCGACTCG GGGCAGAATA 6000
CTTCAAATTG GGTGTATAGC AGACCAGGGC CCAACTTTTG CTCCGGCTCT GCATTTTGCG 6060
CCCGCATTTG ATCTCTCTCT TATGATCAAG CCATTCCATC CTGTTTTTAA TGTTAATGAT 6120
GTACAAGGAG TTGAATTTCC AGGTTCATCC CCACCTCCAT CTTCACTTAA TGACAGTTCC 6180
ACGGAGGAGT TAAATCCGAA GGATTTTGTT GAGGGAGGCT TGGATGCGGT GTCTTGGTAT 6240
GATCCTCAAA CCTCAGGGGA GGTTCCCCCC GACTTGATTT TTGCGTCAGA AATCTTAGGT 6300
TTGCCGATAT TGGAATCAGA TAAGAATTAT GTTTCTCACA CGGACGGTGG ATGCGCTCTC 6360
GAGGTTGATG CAGAAAATAT TATCATTACA AACGATGAGA TGCAGCCTGG TTGTACCCCC 6420
AATACTAACA GATGTGAAAA GGATTCATTG AGTGGCACAC TGGAATTAAG ATATGCAGTC 6480
AATGCCACCG AAGTAGAAAC TGTTTCCTCT TTTGATAAGT TACGACCAAC CTCTGATTTA 6540
GAACACTCCG ACTTGGTTCC TTTCAGTGCA CTCAAGACGC AACCCCTTCC TAATTTGGAC 6600
GTGCCACTTG CGACGGTTGT AATTGAAGCA CCAGCGGTTG TTCCAAACTC CATAACCATG 6660
AAGAAACCTT CTAAATTTTT TGCTGTTCCA GAGCCTTCAT TACGTCCCCT TGTAGGAGAA 6720
CAATATGGAG TATTAGTAGG AATAAAAATG AGGCTGTTGG ATATGGAGGC AGCCATGGGA 6780
GTTGACATCT TGATACCTAT AAAATCTGCA CCAGCCAGAC GGCGAGCATG GCGTTCTCTT 6840
GTTAAATCTG CTCTTTGTAT ATACGAGATG ACCAAGTCTG TCATCCTTCT TGAGCAAATG 6900
GTGCGGGCAG ACTGTTTGAA GAGAACGTGG TGTTATTGGT CATCACTTTC AGCTGCTGCT 6960
AGATCTGCTA CTCTCTCCAC ATTGGCTTTA AGAATATTTG CCTTTGATTC TGCAATTATG 7020
TACAAAAAAG AGGAGCTGAT TGCTGATGAT ACATTACGGT CAAGTACGGT GAAGAAGTCC 7080
AAAAAGATAC CTGTGCAAGT GCCATTTTCC TCCAACAAGA AGAAAGTCAA CAGGATCAGC 7140
TGA 7144
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0243 GLYMA19G01310.1 Glycine max 34 3e-112 405
WERAM-Viv-0090 VIT_14s0066g01450.t01 Vitis vinifera 39 9e-107 387
WERAM-Thc-0043 EOY02356 Theobroma cacao 36 1e-106 387
WERAM-Prp-0002 EMJ18334 Prunus persica 40 6e-106 384
WERAM-Orl-0075 KN539607.1_FGP007 Oryza longistaminata 40 8e-104 377
WERAM-Orgl-0020 OGLUM02G07020.1 Oryza glumaepatula 40 2e-103 376
WERAM-Orni-0018 ONIVA02G08650.1 Oryza nivara 40 2e-103 376
WERAM-Orr-0018 ORUFI02G07100.1 Oryza rufipogon 40 3e-103 375
WERAM-Orbr-0023 OB02G16320.1 Oryza brachyantha 40 4e-103 375
WERAM-Orm-0021 OMERI02G08070.1 Oryza meridionalis 40 4e-103 375
WERAM-Mua-0057 GSMUA_Achr3P12190_001 Musa acuminata 39 4e-103 375
WERAM-Amt-0009 ERN05905 Amborella trichopoda 38 2e-101 369
WERAM-Met-0137 KEH24865 Medicago truncatula 38 2e-101 369
WERAM-Sol-0069 Solyc05g005640.2.1 Solanum lycopersicum 40 2e-101 369
WERAM-Sob-0065 Sb04g006240.1 Sorghum bicolor 41 7e-99 360
WERAM-Zem-0127 GRMZM2G385338_P01 Zea mays 39 3e-98 358
WERAM-Bro-0107 Bo5g155130.1 Brassica oleracea 36 6e-98 357
WERAM-Sei-0058 Si016072m Setaria italica 39 7e-98 357
WERAM-Tra-0263 Traes_6BS_28AEA3020.1 Triticum aestivum 38 6e-97 354
WERAM-Orb-0019 OBART02G07030.1 Oryza barthii 39 1e-96 353
WERAM-Brr-0204 Bra040518.1-P Brassica rapa 36 3e-96 352
WERAM-Orp-0020 OPUNC02G06140.1 Oryza punctata 39 3e-96 352
WERAM-Arl-0123 scaffold_300074.1 Arabidopsis lyrata 38 6e-96 351
WERAM-Art-0061 AT3G01460.1 Arabidopsis thaliana 36 5e-94 344
WERAM-Lep-0022 LPERR02G06100.1 Leersia perrieri 37 2e-86 319
WERAM-Tru-0084 TRIUR3_30776-P1 Triticum urartu 36 1e-85 317
WERAM-Aet-0019 EMT23535 Aegilops tauschii 39 2e-52 207
WERAM-Org-0019 ORGLA02G0065400.1 Oryza glaberrima 42 3e-52 206
WERAM-Ors-0017 OS02T0192400-01 Oryza sativa 39 8e-38 158
WERAM-Brd-0067 BRADI3G06727.1 Brachypodium distachyon 39 7e-35 148
WERAM-Hov-0093 MLOC_6946.1 Hordeum vulgare 38 5e-34 145
WERAM-Osl-0007 ABO95770 Ostreococcus lucimarinus 26 3e-17 89.7
WERAM-Xet-0072 ENSXETP00000022920.3 Xenopus tropicalis 52 1e-13 77.8
WERAM-Meg-0098 ENSMGAP00000009424.2 Meleagris gallopavo 47 7e-13 75.5
WERAM-Fia-0080 ENSFALP00000006230.1 Ficedula albicollis 60 7e-13 75.5
WERAM-Tag-0145 ENSTGUP00000012299.1 Taeniopygia guttata 60 8e-13 75.1
WERAM-Gaga-0101 ENSGALP00000016270.4 Gallus gallus 60 9e-13 75.1
WERAM-Anc-0011 ENSACAP00000001844.2 Anolis carolinensis 53 9e-13 75.1
WERAM-Anp-0080 ENSAPLP00000009538.1 Anas platyrhynchos 60 1e-12 75.1
WERAM-Lem-0001 CBY01560 Leptosphaeria maculans 34 1e-12 75.1
WERAM-Ect-0042 ENSETEP00000004281.1 Echinops telfairi 53 1e-12 74.3
WERAM-Gaa-0127 ENSGACP00000016095.1 Gasterosteus aculeatus 57 1e-12 74.3
WERAM-Ori-0094 BGIOSGA027795-PA Oryza indica 31 2e-12 74.3
WERAM-Orn-0204 ENSONIP00000021218.1 Oreochromis niloticus 57 2e-12 73.9
WERAM-Pes-0025 ENSPSIP00000004954.1 Pelodiscus sinensis 53 2e-12 73.9
WERAM-Loa-0135 ENSLAFP00000027656.1 Loxodonta africana 46 2e-12 73.9
WERAM-Leo-0059 ENSLOCP00000007836.1 Lepisosteus oculatus 47 3e-12 73.6
WERAM-Pug-0032 EFP89803 Puccinia graminis 56 3e-12 73.6
WERAM-Myl-0077 ENSMLUP00000006119.2 Myotis lucifugus 42 3e-12 73.2
WERAM-Sah-0125 ENSSHAP00000013136.1 Sarcophilus harrisii 52 4e-12 72.8
WERAM-Dar-0156 ENSDARP00000071629.3 Danio rerio 52 4e-12 72.8
WERAM-Nol-0083 ENSNLEP00000010240.1 Nomascus leucogenys 49 5e-12 72.8
WERAM-Chh-0080 ENSCHOP00000008634.1 Choloepus hoffmanni 58 5e-12 72.8
WERAM-Dan-0119 ENSDNOP00000014795.3 Dasypus novemcinctus 58 5e-12 72.8
WERAM-Hos-0027 ENSP00000264555.5 Homo sapiens 42 5e-12 72.8
WERAM-Ora-0113 ENSOANP00000022156.3 Ornithorhynchus anatinus 58 5e-12 72.4
WERAM-Mod-0107 ENSMODP00000016198.4 Monodelphis domestica 58 5e-12 72.4
WERAM-Tub-0122 ENSTBEP00000013395.1 Tupaia belangeri 52 5e-12 72.4
WERAM-Chs-0134 ENSCSAP00000007118.1 Chlorocebus sabaeus 49 5e-12 72.4
WERAM-Gog-0097 ENSGGOP00000008144.2 Gorilla gorilla 42 5e-12 72.4
WERAM-Fec-0186 ENSFCAP00000018249.1 Felis catus 52 5e-12 72.4
WERAM-Tar-0003 ENSTRUP00000000685.1 Takifugu rubripes 46 5e-12 72.4
WERAM-Paa-0036 ENSPANP00000002388.1 Papio anubis 49 6e-12 72.4
WERAM-Pat-0024 ENSPTRP00000048336.3 Pan troglodytes 49 6e-12 72.4
WERAM-Pof-0227 ENSPFOP00000018685.2 Poecilia formosa 58 6e-12 72.4
WERAM-Lac-0113 ENSLACP00000013785.1 Latimeria chalumnae 48 6e-12 72.4
WERAM-Mam-0030 ENSMMUP00000005353.2 Macaca mulatta 49 6e-12 72.4
WERAM-Asn-0018 CADANIAP00004258 Aspergillus nidulans 52 6e-12 72.4
WERAM-Sus-0205 ENSSSCP00000027610.1 Sus scrofa 45 6e-12 72.4
WERAM-Ten-0151 ENSTNIP00000000510.1 Tetraodon nigroviridis 46 6e-12 72.4
WERAM-Gam-0221 ENSGMOP00000021154.1 Gadus morhua 53 7e-12 72.0
WERAM-Pytr-0035 EDU44093 Pyrenophora triticirepentis 50 7e-12 72.0
WERAM-Ova-0064 ENSOARP00000007250.1 Ovis aries 52 7e-12 72.0
WERAM-Prc-0102 ENSPCAP00000009508.1 Procavia capensis 52 8e-12 72.0
WERAM-Pot-0025 POPTR_0002s07740.1 Populus trichocarpa 28 8e-12 72.0
WERAM-Pyt-0008 EFQ94561 Pyrenophora teres 50 8e-12 71.6
WERAM-Bot-0172 ENSBTAP00000026857.5 Bos taurus 56 8e-12 71.6
WERAM-Cii-0005 ENSCINP00000001413.3 Ciona intestinalis 50 9e-12 71.6
WERAM-Ict-0105 ENSSTOP00000010948.2 Ictidomys tridecemlineatus 56 9e-12 71.6
WERAM-Cym-0019 CML313CT Cyanidioschyzon merolae 50 1e-11 71.6
WERAM-Xim-0054 ENSXMAP00000004854.1 Xiphophorus maculatus 58 1e-11 71.6
WERAM-Mae-0104 ENSMEUP00000010175.1 Macropus eugenii 56 1e-11 71.2
WERAM-Aim-0174 ENSAMEP00000016377.1 Ailuropoda melanoleuca 56 1e-11 71.2
WERAM-Mum-0156 ENSMUSP00000101648.2 Mus musculus 44 1e-11 71.2
WERAM-Ptv-0151 ENSPVAP00000012529.1 Pteropus vampyrus 56 1e-11 71.2
WERAM-Otg-0032 ENSOGAP00000001999.2 Otolemur garnettii 56 1e-11 71.2
WERAM-Eqc-0039 ENSECAP00000006152.1 Equus caballus 56 1e-11 71.2
WERAM-Vip-0034 ENSVPAP00000003030.1 Vicugna pacos 56 1e-11 71.2
WERAM-Tas-0090 ENSTSYP00000009569.1 Tarsius syrichta 56 1e-11 71.2
WERAM-Dio-0083 ENSDORP00000008289.1 Dipodomys ordii 56 1e-11 71.2
WERAM-Caf-0142 ENSCAFP00000019619.4 Canis familiaris 56 1e-11 71.2
WERAM-Ocp-0014 ENSOPRP00000001583.1 Ochotona princeps 53 1e-11 71.2
WERAM-Mup-0187 ENSMPUP00000016202.1 Mustela putorius furo 56 1e-11 71.2
WERAM-Caj-0151 ENSCJAP00000027474.1 Callithrix jacchus 53 1e-11 71.2
WERAM-Cap-0133 ENSCPOP00000010751.2 Cavia porcellus 56 1e-11 71.2
WERAM-Orc-0121 ENSOCUP00000010253.2 Oryctolagus cuniculus 53 1e-11 70.9
WERAM-Soa-0092 ENSSARP00000008572.1 Sorex araneus 53 2e-11 70.9
WERAM-Poa-0034 ENSPPYP00000004241.1 Pongo abelii 53 2e-11 70.9
WERAM-Chr-0010 EDO97167 Chlamydomonas reinhardtii 53 2e-11 70.9
WERAM-Pem-0068 ENSPMAP00000007536.1 Petromyzon marinus 55 2e-11 70.9
WERAM-Orla-0119 ENSORLP00000014356.1 Oryzias latipes 53 2e-11 70.9
WERAM-Asfu-0009 CADAFUAP00002555 Aspergillus fumigatus 54 2e-11 70.9
WERAM-Ere-0003 ENSEEUP00000000154.1 Erinaceus europaeus 56 2e-11 70.9
WERAM-Mim-0048 ENSMICP00000004622.1 Microcebus murinus 48 2e-11 70.5
WERAM-Tut-0083 ENSTTRP00000006714.1 Tursiops truncatus 53 2e-11 70.5
WERAM-Ran-0151 ENSRNOP00000031549.5 Rattus norvegicus 53 2e-11 70.5
WERAM-Crn-0036 AAW45683 Cryptococcus neoformans 38 2e-11 70.5
WERAM-Asf-0028 CADAFLAP00010689 Aspergillus flavus 52 3e-11 70.1
WERAM-Aso-0031 CADAORAP00009644 Aspergillus oryzae 52 3e-11 70.1
WERAM-Asc-0001 CADACLAP00000026 Aspergillus clavatus 54 3e-11 70.1
WERAM-Mel-0019 EGF99064 Melampsora laricipopulina 59 3e-11 69.7
WERAM-Sac-0024 YJR119C Saccharomyces cerevisiae 34 3e-11 69.7
Created Date 25-Jun-2016