WERAM - Writers, Erasers & Readers of Histone Acetylation and Methylation Database

Protein
Classification
Domain Profile
Sequence
Orthology
TOP

WERAM Information

Tag

Content

WERAM ID

WERAM-Lab-0043

Ensembl Protein ID

EDR00242

Gene Name

LACBIDRAFT_314633

Ensembl Information

Ensembl Gene ID	Ensembl Transcript ID	Ensembl Protein ID
LACBIDRAFT_314633	EDR00242	EDR00242

Status

Unreviewed

Classification

Type	Family	E-value	Score	Start	End
Me_Reader	WD40	9.30e-103	343.8	719	1300

Organism

Laccaria bicolor

Domain Profile

Me_Reader WD40

  WD40.txt  58 vawtadsnkrhslLasAgdrglirlldveagqcikvlvgHkna.iaelkFsPkdenlllsaSfdkrvrlWdiktdklk.kifeahsdevldvdydlrgsli 156
               +a++ d +     ++s +++g i+++d  +g+ +  l  H n+ +  + +sP    +++s S d+++++Wd  t++ +   +e+h+  vl+v+y  +g+ i
  EDR00242 719 LAYSHDGR----HIVSGSNEGAIHIWDALTGHNVMDLERHANYgVLAVAYSPD-GKHIISDSGDNTIIVWDASTGQSVmDPLEGHNSWVLSVAYSPDGKHI 814
               57777777....69****************************97899*****9.9*******************98761578******************* PP
  WD40.txt 157 vScgmdgslkiWdvrskrrvcevklvddenpeksnrrVdcvrfs.ngdlilsgsldntivlWd 218
               +S + d+ +++Wd    +++ +++    ++++     V  v++s  g  i+ gs+d t+++Wd
  EDR00242 815 ISGSEDKTIRVWD--AFTGQSVMDPLKGHGSP-----VKSVAYSpSGRHIVPGSCDCTVRIWD 870
               *************..88999999999999999.....*************************8 PP
  WD40.txt  46 qkykghdeefysvawtadsnkrhslLasAgdrglirlldveagqci.kvlvgHknaiaelkFsPkdenlllsaSfdkrvrlWdiktdklkkifeahsdevl 145
                 +kgh+  + sva+++  +     ++  + + ++r++d  +gqc+   l+gH + ++ + +sP     ++s+S dk++r+Wd   ++ +ki+   sd++ 
  EDR00242 836 DPLKGHGSPVKSVAYSPSGR----HIVPGSCDCTVRIWDAGTGQCVmDPLIGHDDWVQSVAYSPD-GMNIVSGSNDKTIRVWDALSGQSVKILFEGSDPIY 931
               56799***********9999....69*******************8357***************9.8889**********************98889**** PP
  WD40.txt 146 dvdydlrgslivScgmdgslkiWdvrskrrvcevklvddenpeksnrrVdcvrfs.ngdlilsgsldntivlWdi 219
                v++ l+g+ iv ++   +++ W+    + +c      d+        V  v+fs ng+ i+sgs+  ti++Wd 
  EDR00242 932 TVAFSLDGKHIVCAAKYRLIRFWN--ALTSQCMLSPLEDDEGS-----VYRVAFSpNGKHIISGSGGHTIKVWDA 999
               ************************..88889999988888888.....9************************96 PP
  WD40.txt   50 ghdeefysvawtadsnkrhslLasAgdrglirlldveagqc.ikvlvgHknaiaelkFsPkdenlllsaSfdkrvrlWdiktdklk.kifeahsdevld 146 
                + +  +y va++++ +     ++s +  ++i+++d  +g+  i +++gH   i+ + FsP+   +++s+S d ++r+Wd  t+  +   +++h  +v++
  EDR00242  968 DDEGSVYRVAFSPNGK----HIISGSGGHTIKVWDALTGHTeIDHVRGHDYGITSVAFSPN-CKHIVSGSNDATLRIWDALTGLSVmGPLKGHDHQVTS 1061
                5566789999999999....59999999999999999987559999999999999999999.8999999999999999998886541568999999999 PP
  WD40.txt  147 vdydlrgslivScgmdgslkiWd 169 
                v++  +g  i+S + d  +++Wd
  EDR00242 1062 VAFSPDGRYIASGSRDCTVRVWD 1084
                99999999999999999999998 PP
  WD40.txt   48 ykghdeefysvawtadsnkrhslLasAgdrglirlldveagqc.ikvlvgHknaiaelkFsPkdenlllsaSfdkrvrlWdiktdkl.kkifeahsdev 144 
                +kghd+++ sva+++d +    ++as + + ++r++d  +gqc i  l+gH++ +  + FsP     l s+S+d +vr+W+  t++  +  f++h+  +
  EDR00242 1052 LKGHDHQVTSVAFSPDGR----YIASGSRDCTVRVWDALTGQCvIDPLKGHGKGVVSVAFSPD-GRYLASGSWDMTVRVWNALTGQSvLDPFTGHTSWI 1145
                799***************....9*******************95578***************9.99***************99987516789******* PP
  WD40.txt  145 ldvdydlrgslivScgmdgslkiWdvr 171 
                 +v +  +g+ i+S + d+ ++ W+  
  EDR00242 1146 HSVSFSPDGKFIISGSEDDTIRAWNAL 1172
                ************************854 PP
  WD40.txt   51 hdeefysvawtadsnkrhslLasAgdrglirlldveagq.cikvlvgHknaiaelkFsPkdenlllsaSfdkrvrlWdiktdk.lkkifeahsdevldv 147 
                h+ ++ sva+++d +    +++s + + ++r++d +agq ++  l+gH++ +  + FsP     ++s+S dk++rlWd +t+  l   f++h + vl+v
  EDR00242 1184 HKYGVKSVAFSPDGR----YIVSGSRDDTVRVWDFNAGQsVMDPLKGHGDVVDSVAFSPD-GRYIVSGSDDKTIRLWDAETGYsLGDPFKGHYAAVLSV 1277
                788899*********....9******************834578***************9.9*******************9615678*********** PP
  WD40.txt  148 dydlrgslivScgmdgslkiWdv 170 
                 +  +g  i+S + d+ +++Wd 
  EDR00242 1278 VFSPDGRHIASGSSDNTIRLWDA 1300
                *********************94 PP

Protein Sequence
(Fasta)

MTKEFKSNKK AWAEFSEHLI RQVERVVQYN CHYGGDHVLP AWQSSLEHLK EVADVQPTQG 60
RRHPSFTEDM AYIEELKGKL NEAMGTFNAC QGNISKSRIE TKEICIEADT TVAKQSMHQV 120
SVLAGAQDIQ MDHAVIIAAN TVTYNNNGKL PYKINERMEE SKKNEWLKEL RSPSHKQRER 180
CMPGTCVDVL RDIQVWLCDL NMPNILWLSG SPGSGKTTIA STVVADFESF SGQFFFHRNQ 240
AEFCDPDNLW RHLALDLALG NNALGKSIAK ALETQKANIR GLNISKQFEH LIVKPVQEVF 300
LNSAVPLLVV IDALDECEQY QKLLPSLKSW SWQLPKFLKL LITSRRYLDI QSTLNSISYP 360
INLYTGDQVS DQTSDDLELY FTTRFSDITG LQTSLHLNWP GPDKISFLVR KAAGLYIWAK 420
SAMDFILHRG GDTEERLNII CSDYSDSIDA IDTLYQHIVL VAFQGLREEE KNNLSSVLAA 480
IVIAKNPLRA SDIEQLVGVQ NALQIVSQLS PVLLISNTGH LHICHQSFTD FLLDQKRSKA 540
FWVDFQKHSL CFAGSCMRYL SAKLRFNFFD LKTSHILNKD IPNLMDHIKN VKSTALDHAS 600
YFWAIYLQKC PDEVLQEEIM VQMEYFLITH LLHWLEIMSL MGSVNHAAHL LLLAENWCSP 660
ISEAAPHIYI SALPFAPQNS KISLHFMKHS VKTLRIDNGQ MKQWPDRCLL RIKTSNGPLA 720
YSHDGRHIVS GSNEGAIHIW DALTGHNVMD LERHANYGVL AVAYSPDGKH IISDSGDNTI 780
IVWDASTGQS VMDPLEGHNS WVLSVAYSPD GKHIISGSED KTIRVWDAFT GQSVMDPLKG 840
HGSPVKSVAY SPSGRHIVPG SCDCTVRIWD AGTGQCVMDP LIGHDDWVQS VAYSPDGMNI 900
VSGSNDKTIR VWDALSGQSV KILFEGSDPI YTVAFSLDGK HIVCAAKYRL IRFWNALTSQ 960
CMLSPLEDDE GSVYRVAFSP NGKHIISGSG GHTIKVWDAL TGHTEIDHVR GHDYGITSVA 1020
FSPNCKHIVS GSNDATLRIW DALTGLSVMG PLKGHDHQVT SVAFSPDGRY IASGSRDCTV 1080
RVWDALTGQC VIDPLKGHGK GVVSVAFSPD GRYLASGSWD MTVRVWNALT GQSVLDPFTG 1140
HTSWIHSVSF SPDGKFIISG SEDDTIRAWN ALTGQSVMNP LICHKYGVKS VAFSPDGRYI 1200
VSGSRDDTVR VWDFNAGQSV MDPLKGHGDV VDSVAFSPDG RYIVSGSDDK TIRLWDAETG 1260
YSLGDPFKGH YAAVLSVVFS PDGRHIASGS SDNTIRLWDA HGGCIDLNPS SPSVTLSSTF 1320
LPSGVINVND TDTHDSVSHI FKSKPVVFYP SPGLKSNNWI IGEDFKSYLF WVPPHNKHGL 1380
FFPRAVNVLG STPTILDFSN FVHGTNWTQC YSPAL 1415

Nucleotide Sequence
(Fasta)

ATGACTAAGG AATTCAAATC CAATAAGAAA GCCTGGGCTG AGTTCTCGGA GCATCTCATC 60
AGGCAGGTTG AGCGGGTTGT TCAATATAAT TGTCATTATG GAGGGGATCA CGTTCTGCCT 120
GCTTGGCAAT CAAGTCTTGA GCATCTCAAA GAAGTTGCAG ATGTTCAACC CACCCAAGGG 180
AGGAGACATC CCAGTTTCAC AGAGGATATG GCATACATAG AGGAGCTCAA GGGCAAGTTG 240
AATGAAGCCA TGGGCACTTT CAATGCATGT CAAGGAAATA TATCTAAAAG TAGGATTGAA 300
ACCAAGGAGA TTTGTATAGA GGCTGATACT ACAGTGGCAA AACAATCCAT GCATCAAGTA 360
AGTGTTCTGG CAGGGGCACA GGATATTCAG ATGGACCATG CTGTGATTAT TGCTGCAAAT 420
ACTGTCACCT ACAACAACAA TGGAAAACTT CCATACAAAA TCAATGAGAG GATGGAAGAA 480
TCAAAGAAAA ATGAATGGTT GAAAGAATTG AGGTCTCCAT CACATAAGCA AAGGGAAAGA 540
TGCATGCCTG GAACTTGTGT GGATGTGCTC AGAGACATCC AAGTGTGGCT TTGTGATCTC 600
AACATGCCAA ATATTCTCTG GCTATCTGGA AGTCCTGGTT CTGGAAAGAC AACAATTGCT 660
TCAACTGTTG TTGCTGACTT TGAATCTTTC TCTGGGCAAT TCTTCTTTCA CCGTAATCAG 720
GCTGAGTTTT GTGATCCAGA CAATCTGTGG AGACACCTTG CTTTGGATCT TGCACTAGGA 780
AACAATGCTC TAGGGAAATC TATAGCTAAG GCATTAGAGA CACAGAAAGC TAACATCAGA 840
GGTCTCAATA TTTCTAAACA GTTTGAGCAT CTGATTGTCA AACCAGTCCA GGAGGTCTTT 900
CTGAATAGTG CAGTACCTCT TCTTGTTGTT ATTGATGCTC TTGATGAATG TGAGCAATAT 960
CAGAAACTTC TACCATCATT AAAATCTTGG TCTTGGCAGC TTCCCAAGTT TCTCAAACTA 1020
CTCATCACAA GTCGTCGCTA TCTTGATATT CAGAGTACAC TGAATTCTAT TAGTTACCCT 1080
ATTAATCTTT ATACTGGAGA TCAAGTTTCT GATCAGACCT CTGATGACCT TGAGCTTTAC 1140
TTTACTACCA GATTCTCTGA CATAACTGGA TTGCAAACAT CACTGCATCT GAATTGGCCT 1200
GGTCCTGATA AAATTTCTTT TCTTGTGAGA AAGGCTGCAG GGCTCTATAT TTGGGCTAAA 1260
TCTGCAATGG ACTTTATCTT GCACAGAGGT GGTGACACTG AAGAAAGGTT GAACATTATT 1320
TGCTCTGACT ACAGTGACAG CATTGATGCC ATTGACACAT TGTACCAGCA CATTGTCTTG 1380
GTTGCTTTTC AGGGGTTAAG AGAAGAAGAA AAGAATAATT TGTCATCAGT TCTGGCTGCA 1440
ATTGTTATTG CAAAAAACCC ACTTCGTGCA AGTGATATTG AACAGCTTGT AGGAGTTCAA 1500
AATGCACTGC AAATAGTGAG TCAACTGAGC CCAGTACTGT TAATTAGCAA TACTGGCCAT 1560
TTGCATATCT GCCATCAATC ATTCACAGAT TTTCTGCTTG ACCAAAAGCG GTCTAAGGCT 1620
TTTTGGGTGG ATTTTCAAAA GCATAGTCTC TGTTTTGCTG GATCTTGCAT GAGATATCTA 1680
AGTGCAAAGC TCAGATTCAA CTTTTTTGAT CTGAAAACAT CACATATACT AAATAAGGAT 1740
ATTCCAAATC TGATGGACCA CATTAAAAAT GTGAAATCTA CTGCTCTAGA TCATGCAAGC 1800
TACTTCTGGG CAATCTATCT GCAAAAGTGT CCTGATGAGG TATTACAAGA GGAGATAATG 1860
GTGCAGATGG AGTATTTTCT GATTACCCAT CTTTTACATT GGCTAGAAAT TATGAGCCTG 1920
ATGGGCTCTG TAAATCATGC TGCCCATTTA CTGCTGTTAG CTGAAAATTG GTGCAGTCCA 1980
ATCTCTGAAG CAGCACCACA CATTTACATC TCAGCATTGC CATTTGCACC ACAAAATTCT 2040
AAAATATCCC TTCATTTCAT GAAACATTCT GTAAAGACTT TGAGAATTGA CAATGGTCAG 2100
ATGAAACAGT GGCCAGATAG ATGCCTTCTG AGAATAAAGA CTAGTAATGG TCCACTTGCA 2160
TATTCACATG ATGGCAGGCA TATTGTCTCT GGATCTAATG AAGGAGCTAT TCATATCTGG 2220
GATGCTCTCA CAGGCCATAA TGTCATGGAT CTTGAACGCC ATGCTAACTA TGGTGTTTTG 2280
GCAGTTGCAT ATTCTCCTGA TGGGAAACAC ATAATCTCTG ATTCTGGTGA CAATACAATC 2340
ATAGTCTGGG ATGCTTCAAC TGGCCAGAGT GTCATGGATC CTCTTGAAGG CCACAATAGC 2400
TGGGTTCTCT CAGTTGCATA TTCTCCTGAT GGGAAACACA TAATCTCTGG ATCCGAAGAT 2460
AAGACAATCA GAGTCTGGGA TGCTTTCACA GGCCAGAGTG TCATGGATCC TCTAAAAGGC 2520
CATGGTAGTC CTGTTAAATC AGTTGCATAT TCTCCAAGTG GCAGGCATAT TGTTCCAGGG 2580
TCCTGTGATT GCACAGTCAG AATCTGGGAT GCTGGAACAG GTCAGTGTGT GATGGATCCA 2640
CTCATTGGTC ATGATGACTG GGTTCAAAGT GTTGCATATT CTCCTGATGG AATGAATATT 2700
GTTTCTGGAT CTAATGATAA GACAATTAGA GTCTGGGATG CTCTATCTGG TCAGAGTGTA 2760
AAGATTCTTT TTGAAGGCTC TGATCCCATC TACACAGTAG CTTTTTCTCT TGATGGCAAG 2820
CATATTGTTT GTGCAGCTAA ATACCGCCTA ATTAGATTCT GGAATGCTTT GACAAGTCAG 2880
TGCATGTTAA GTCCTCTTGA AGATGATGAG GGTTCAGTTT ATAGAGTGGC TTTTTCACCT 2940
AATGGCAAGC ATATTATTTC TGGATCTGGG GGTCATACAA TCAAAGTATG GGATGCTCTA 3000
ACAGGCCACA CTGAGATAGA TCATGTAAGA GGCCATGACT ATGGGATAAC ATCAGTTGCA 3060
TTTTCTCCTA ATTGCAAACA CATTGTCTCT GGGTCCAATG ATGCAACACT CAGAATTTGG 3120
GATGCTCTGA CAGGTCTCAG TGTCATGGGT CCACTTAAAG GTCATGACCA TCAGGTTACA 3180
TCAGTTGCAT TCTCTCCTGA TGGAAGATAC ATTGCCTCTG GATCTCGTGA TTGCACAGTC 3240
AGAGTCTGGG ATGCTCTAAC AGGTCAATGT GTCATAGATC CTCTCAAAGG CCATGGTAAA 3300
GGAGTTGTTT CTGTTGCATT TTCTCCTGAT GGTAGATACC TTGCCTCTGG ATCTTGGGAT 3360
ATGACAGTCA GAGTCTGGAA TGCACTGACA GGGCAGAGTG TCTTAGATCC TTTCACAGGT 3420
CACACTAGTT GGATTCATTC AGTTTCATTT TCTCCAGATG GCAAATTCAT CATCTCTGGG 3480
TCTGAAGATG ATACAATCAG AGCATGGAAT GCCCTGACAG GTCAAAGTGT AATGAATCCT 3540
CTTATATGTC ATAAGTATGG TGTTAAGTCT GTTGCCTTTT CTCCTGATGG AAGGTACATT 3600
GTGTCTGGAT CTAGAGATGA CACTGTCAGA GTGTGGGATT TTAATGCAGG ACAGAGTGTC 3660
ATGGATCCTC TAAAAGGCCA TGGTGATGTG GTTGATTCAG TTGCATTCTC TCCTGATGGG 3720
AGGTACATTG TTTCTGGTTC TGATGACAAA ACAATTAGAC TCTGGGATGC TGAAACAGGT 3780
TACAGTTTGG GAGATCCATT CAAAGGCCAT TATGCAGCTG TTCTATCAGT TGTCTTTTCA 3840
CCTGATGGCA GGCATATCGC TTCTGGATCT TCAGACAATA CCATCAGACT CTGGGATGCT 3900
CATGGAGGCT GCATAGACTT AAATCCCTCA TCTCCTTCAG TTACATTGTC ATCCACATTC 3960
TTGCCATCTG GAGTTATAAA TGTTAATGAC ACTGATACCC ATGACAGTGT ATCTCACATT 4020
TTCAAGAGTA AACCTGTTGT TTTTTATCCC TCTCCAGGAC TTAAATCTAA TAATTGGATC 4080
ATTGGAGAAG ATTTCAAATC ATATCTCTTC TGGGTGCCAC CACACAATAA ACATGGTTTA 4140
TTTTTTCCAA GAGCAGTCAA TGTACTGGGC AGCACTCCAA CTATACTTGA TTTTAGTAAC 4200
TTTGTCCATG GTACAAATTG GACTCAATGT TATTCACCAG CCTTATAA 4249

Nucleotide Fasta Sequence

>EDR00242|WD40|Laccaria bicolor
ATGACTAAGGAATTCAAATCCAATAAGAAAGCCTGGGCTGAGTTCTCGGAGCATCTCATCAGGCAGGTTGAGCGGGTTGTTCAATATAATTGTCATTATGGAGGGGATCACGTTCTGCCTGCTTGGCAATCAAGTCTTGAGCATCTCAAAGAAGTTGCAGATGTTCAACCCACCCAAGGGAGGAGACATCCCAGTTTCACAGAGGATATGGCATACATAGAGGAGCTCAAGGGCAAGTTGAATGAAGCCATGGGCACTTTCAATGCATGTCAAGGAAATATATCTAAAAGTAGGATTGAAACCAAGGAGATTTGTATAGAGGCTGATACTACAGTGGCAAAACAATCCATGCATCAAGTAAGTGTTCTGGCAGGGGCACAGGATATTCAGATGGACCATGCTGTGATTATTGCTGCAAATACTGTCACCTACAACAACAATGGAAAACTTCCATACAAAATCAATGAGAGGATGGAAGAATCAAAGAAAAATGAATGGTTGAAAGAATTGAGGTCTCCATCACATAAGCAAAGGGAAAGATGCATGCCTGGAACTTGTGTGGATGTGCTCAGAGACATCCAAGTGTGGCTTTGTGATCTCAACATGCCAAATATTCTCTGGCTATCTGGAAGTCCTGGTTCTGGAAAGACAACAATTGCTTCAACTGTTGTTGCTGACTTTGAATCTTTCTCTGGGCAATTCTTCTTTCACCGTAATCAGGCTGAGTTTTGTGATCCAGACAATCTGTGGAGACACCTTGCTTTGGATCTTGCACTAGGAAACAATGCTCTAGGGAAATCTATAGCTAAGGCATTAGAGACACAGAAAGCTAACATCAGAGGTCTCAATATTTCTAAACAGTTTGAGCATCTGATTGTCAAACCAGTCCAGGAGGTCTTTCTGAATAGTGCAGTACCTCTTCTTGTTGTTATTGATGCTCTTGATGAATGTGAGCAATATCAGAAACTTCTACCATCATTAAAATCTTGGTCTTGGCAGCTTCCCAAGTTTCTCAAACTACTCATCACAAGTCGTCGCTATCTTGATATTCAGAGTACACTGAATTCTATTAGTTACCCTATTAATCTTTATACTGGAGATCAAGTTTCTGATCAGACCTCTGATGACCTTGAGCTTTACTTTACTACCAGATTCTCTGACATAACTGGATTGCAAACATCACTGCATCTGAATTGGCCTGGTCCTGATAAAATTTCTTTTCTTGTGAGAAAGGCTGCAGGGCTCTATATTTGGGCTAAATCTGCAATGGACTTTATCTTGCACAGAGGTGGTGACACTGAAGAAAGGTTGAACATTATTTGCTCTGACTACAGTGACAGCATTGATGCCATTGACACATTGTACCAGCACATTGTCTTGGTTGCTTTTCAGGGGTTAAGAGAAGAAGAAAAGAATAATTTGTCATCAGTTCTGGCTGCAATTGTTATTGCAAAAAACCCACTTCGTGCAAGTGATATTGAACAGCTTGTAGGAGTTCAAAATGCACTGCAAATAGTGAGTCAACTGAGCCCAGTACTGTTAATTAGCAATACTGGCCATTTGCATATCTGCCATCAATCATTCACAGATTTTCTGCTTGACCAAAAGCGGTCTAAGGCTTTTTGGGTGGATTTTCAAAAGCATAGTCTCTGTTTTGCTGGATCTTGCATGAGATATCTAAGTGCAAAGCTCAGATTCAACTTTTTTGATCTGAAAACATCACATATACTAAATAAGGATATTCCAAATCTGATGGACCACATTAAAAATGTGAAATCTACTGCTCTAGATCATGCAAGCTACTTCTGGGCAATCTATCTGCAAAAGTGTCCTGATGAGGTATTACAAGAGGAGATAATGGTGCAGATGGAGTATTTTCTGATTACCCATCTTTTACATTGGCTAGAAATTATGAGCCTGATGGGCTCTGTAAATCATGCTGCCCATTTACTGCTGTTAGCTGAAAATTGGTGCAGTCCAATCTCTGAAGCAGCACCACACATTTACATCTCAGCATTGCCATTTGCACCACAAAATTCTAAAATATCCCTTCATTTCATGAAACATTCTGTAAAGACTTTGAGAATTGACAATGGTCAGATGAAACAGTGGCCAGATAGATGCCTTCTGAGAATAAAGACTAGTAATGGTCCACTTGCATATTCACATGATGGCAGGCATATTGTCTCTGGATCTAATGAAGGAGCTATTCATATCTGGGATGCTCTCACAGGCCATAATGTCATGGATCTTGAACGCCATGCTAACTATGGTGTTTTGGCAGTTGCATATTCTCCTGATGGGAAACACATAATCTCTGATTCTGGTGACAATACAATCATAGTCTGGGATGCTTCAACTGGCCAGAGTGTCATGGATCCTCTTGAAGGCCACAATAGCTGGGTTCTCTCAGTTGCATATTCTCCTGATGGGAAACACATAATCTCTGGATCCGAAGATAAGACAATCAGAGTCTGGGATGCTTTCACAGGCCAGAGTGTCATGGATCCTCTAAAAGGCCATGGTAGTCCTGTTAAATCAGTTGCATATTCTCCAAGTGGCAGGCATATTGTTCCAGGGTCCTGTGATTGCACAGTCAGAATCTGGGATGCTGGAACAGGTCAGTGTGTGATGGATCCACTCATTGGTCATGATGACTGGGTTCAAAGTGTTGCATATTCTCCTGATGGAATGAATATTGTTTCTGGATCTAATGATAAGACAATTAGAGTCTGGGATGCTCTATCTGGTCAGAGTGTAAAGATTCTTTTTGAAGGCTCTGATCCCATCTACACAGTAGCTTTTTCTCTTGATGGCAAGCATATTGTTTGTGCAGCTAAATACCGCCTAATTAGATTCTGGAATGCTTTGACAAGTCAGTGCATGTTAAGTCCTCTTGAAGATGATGAGGGTTCAGTTTATAGAGTGGCTTTTTCACCTAATGGCAAGCATATTATTTCTGGATCTGGGGGTCATACAATCAAAGTATGGGATGCTCTAACAGGCCACACTGAGATAGATCATGTAAGAGGCCATGACTATGGGATAACATCAGTTGCATTTTCTCCTAATTGCAAACACATTGTCTCTGGGTCCAATGATGCAACACTCAGAATTTGGGATGCTCTGACAGGTCTCAGTGTCATGGGTCCACTTAAAGGTCATGACCATCAGGTTACATCAGTTGCATTCTCTCCTGATGGAAGATACATTGCCTCTGGATCTCGTGATTGCACAGTCAGAGTCTGGGATGCTCTAACAGGTCAATGTGTCATAGATCCTCTCAAAGGCCATGGTAAAGGAGTTGTTTCTGTTGCATTTTCTCCTGATGGTAGATACCTTGCCTCTGGATCTTGGGATATGACAGTCAGAGTCTGGAATGCACTGACAGGGCAGAGTGTCTTAGATCCTTTCACAGGTCACACTAGTTGGATTCATTCAGTTTCATTTTCTCCAGATGGCAAATTCATCATCTCTGGGTCTGAAGATGATACAATCAGAGCATGGAATGCCCTGACAGGTCAAAGTGTAATGAATCCTCTTATATGTCATAAGTATGGTGTTAAGTCTGTTGCCTTTTCTCCTGATGGAAGGTACATTGTGTCTGGATCTAGAGATGACACTGTCAGAGTGTGGGATTTTAATGCAGGACAGAGTGTCATGGATCCTCTAAAAGGCCATGGTGATGTGGTTGATTCAGTTGCATTCTCTCCTGATGGGAGGTACATTGTTTCTGGTTCTGATGACAAAACAATTAGACTCTGGGATGCTGAAACAGGTTACAGTTTGGGAGATCCATTCAAAGGCCATTATGCAGCTGTTCTATCAGTTGTCTTTTCACCTGATGGCAGGCATATCGCTTCTGGATCTTCAGACAATACCATCAGACTCTGGGATGCTCATGGAGGCTGCATAGACTTAAATCCCTCATCTCCTTCAGTTACATTGTCATCCACATTCTTGCCATCTGGAGTTATAAATGTTAATGACACTGATACCCATGACAGTGTATCTCACATTTTCAAGAGTAAACCTGTTGTTTTTTATCCCTCTCCAGGACTTAAATCTAATAATTGGATCATTGGAGAAGATTTCAAATCATATCTCTTCTGGGTGCCACCACACAATAAACATGGTTTATTTTTTCCAAGAGCAGTCAATGTACTGGGCAGCACTCCAACTATACTTGATTTTAGTAACTTTGTCCATGGTACAAATTGGACTCAATGTTATTCACCAGCCTTATAA

Sequence Source

Ensembl

Orthology

WERAM ID	Ensembl Protein ID	Species	Identity	E-value	Score
WERAM-Ast-0012	CADATEAP00004711	Aspergillus terreus	35	5e-170	596
WERAM-Pytr-0036	EDU44428	Pyrenophora triticirepentis	34	3e-152	537
WERAM-Asn-0014	CADANIAP00002953	Aspergillus nidulans	32	1e-151	535
WERAM-Scs-0031	EDN94244	Sclerotinia sclerotiorum	51	3e-133	474
WERAM-Chg-0004	EAQ92765	Chaetomium globosum	32	2e-124	445
WERAM-Zyt-0022	Mycgr3P46654	Zymoseptoria tritici	30	1e-118	426
WERAM-Asfu-0043	CADAFUAP00009687	Aspergillus fumigatus	30	8e-109	393
WERAM-Trv-0038	EHK19817	Trichoderma virens	42	4e-108	390
WERAM-Trr-0031	EGR47919	Trichoderma reesei	26	9e-76	283
WERAM-Pof-0160	ENSPFOP00000013239.2	Poecilia formosa	34	9e-50	197
WERAM-Xim-0127	ENSXMAP00000010835.1	Xiphophorus maculatus	34	1e-49	196
WERAM-Sol-0035	Solyc02g091790.2.1	Solanum lycopersicum	40	8e-49	194
WERAM-Gaga-0031	ENSGALP00000004727.4	Gallus gallus	35	2e-48	192
WERAM-Sem-0040	EFJ30525	Selaginella moellendorffii	39	3e-48	192
WERAM-Sot-0108	PGSC0003DMT400078694	Solanum tuberosum	40	9e-48	190
WERAM-Pes-0023	ENSPSIP00000004905.1	Pelodiscus sinensis	35	2e-47	189
WERAM-Php-0026	PP1S150_74V6.1	Physcomitrella patens	39	3e-47	188
WERAM-Sob-0003	Sb01g009580.1	Sorghum bicolor	38	1e-46	186
WERAM-Sei-0137	Si039077m	Setaria italica	37	2e-46	186
WERAM-Art-0086	AT3G49660.1	Arabidopsis thaliana	38	3e-46	185
WERAM-Amt-0089	ERN00811	Amborella trichopoda	39	1e-45	183
WERAM-Arl-0082	fgenesh2_kg.5__ 1316__ AT3G49660.1	Arabidopsis lyrata	37	2e-45	182
WERAM-Bro-0057	Bo3g109400.1	Brassica oleracea	38	2e-45	182
WERAM-Thc-0005	EOX91824	Theobroma cacao	36	1e-44	180
WERAM-Mua-0069	GSMUA_Achr4P10720_001	Musa acuminata	34	2e-44	179
WERAM-Brr-0100	Bra019610.1-P	Brassica rapa	37	2e-44	179
WERAM-Viv-0051	VIT_07s0205g00150.t01	Vitis vinifera	37	7e-44	177
WERAM-Glm-0218	GLYMA17G02820.1	Glycine max	37	2e-43	176
WERAM-Dio-0027	ENSDORP00000002965.1	Dipodomys ordii	35	6e-43	174
WERAM-Prp-0074	EMJ06769	Prunus persica	36	8e-43	174
WERAM-Drm-0078	FBpp0070422	Drosophila melanogaster	36	2e-42	172
WERAM-Anp-0135	ENSAPLP00000014600.1	Anas platyrhynchos	35	3e-42	172
WERAM-Gam-0157	ENSGMOP00000015491.1	Gadus morhua	36	5e-42	171
WERAM-Ptv-0011	ENSPVAP00000001571.1	Pteropus vampyrus	35	6e-42	171
WERAM-Scj-0036	EEB09051	Schizosaccharomyces japonicus	25	6e-42	171
WERAM-Xet-0122	ENSXETP00000042368.3	Xenopus tropicalis	35	1e-41	170
WERAM-Lac-0187	ENSLACP00000021466.1	Latimeria chalumnae	35	1e-41	170
WERAM-Myl-0024	ENSMLUP00000002037.2	Myotis lucifugus	35	1e-41	170
WERAM-Otg-0092	ENSOGAP00000008034.2	Otolemur garnettii	35	1e-41	170
WERAM-Ran-0052	ENSRNOP00000011556.3	Rattus norvegicus	35	1e-41	170
WERAM-Paa-0216	ENSPANP00000002888.1	Papio anubis	35	1e-41	170
WERAM-Pat-0196	ENSPTRP00000042880.3	Pan troglodytes	35	1e-41	170
WERAM-Mup-0136	ENSMPUP00000012088.1	Mustela putorius furo	35	1e-41	170
WERAM-Mum-0081	ENSMUSP00000109585.3	Mus musculus	35	1e-41	170
WERAM-Mim-0079	ENSMICP00000007367.1	Microcebus murinus	35	1e-41	170
WERAM-Mam-0125	ENSMMUP00000018601.2	Macaca mulatta	35	1e-41	170
WERAM-Ict-0139	ENSSTOP00000014232.2	Ictidomys tridecemlineatus	35	1e-41	170
WERAM-Hos-0227	ENSP00000351446.3	Homo sapiens	35	1e-41	170
WERAM-Gog-0057	ENSGGOP00000004898.2	Gorilla gorilla	35	1e-41	170
WERAM-Fec-0059	ENSFCAP00000005304.3	Felis catus	35	1e-41	170
WERAM-Eqc-0136	ENSECAP00000014972.1	Equus caballus	35	1e-41	170
WERAM-Chs-0187	ENSCSAP00000011668.1	Chlorocebus sabaeus	35	1e-41	170
WERAM-Cap-0162	ENSCPOP00000013328.2	Cavia porcellus	35	1e-41	170
WERAM-Caf-0205	ENSCAFP00000029367.3	Canis familiaris	35	1e-41	170
WERAM-Caj-0106	ENSCJAP00000018651.1	Callithrix jacchus	35	1e-41	170
WERAM-Aim-0128	ENSAMEP00000011784.1	Ailuropoda melanoleuca	35	1e-41	170
WERAM-Dan-0043	ENSDNOP00000004304.2	Dasypus novemcinctus	34	1e-41	170
WERAM-Sus-0172	ENSSSCP00000020292.1	Sus scrofa	35	1e-41	170
WERAM-Meg-0077	ENSMGAP00000007039.2	Meleagris gallopavo	35	1e-41	169
WERAM-Ora-0039	ENSOANP00000006195.2	Ornithorhynchus anatinus	35	1e-41	169
WERAM-Anc-0025	ENSACAP00000003083.2	Anolis carolinensis	35	1e-41	169
WERAM-Sah-0156	ENSSHAP00000016400.1	Sarcophilus harrisii	35	1e-41	169
WERAM-Tag-0084	ENSTGUP00000005956.1	Taeniopygia guttata	35	1e-41	169
WERAM-Fia-0024	ENSFALP00000001703.1	Ficedula albicollis	35	1e-41	169
WERAM-Bot-0221	ENSBTAP00000056448.1	Bos taurus	35	2e-41	169
WERAM-Tar-0074	ENSTRUP00000014556.1	Takifugu rubripes	35	2e-41	169
WERAM-Leo-0033	ENSLOCP00000005474.1	Lepisosteus oculatus	35	2e-41	169
WERAM-Asm-0059	ENSAMXP00000007024.1	Astyanax mexicanus	35	2e-41	169
WERAM-Dar-0039	ENSDARP00000017859.8	Danio rerio	35	2e-41	169
WERAM-Pot-0067	POPTR_0005s19230.1	Populus trichocarpa	36	2e-41	169
WERAM-Met-0114	AES91853	Medicago truncatula	36	2e-41	169
WERAM-Orla-0125	ENSORLP00000015252.1	Oryzias latipes	35	3e-41	169
WERAM-Orn-0160	ENSONIP00000016443.1	Oreochromis niloticus	35	3e-41	169
WERAM-Cii-0037	ENSCINP00000014310.3	Ciona intestinalis	34	7e-41	167
WERAM-Cis-0025	ENSCSAVP00000005541.1	Ciona savignyi	35	9e-41	167
WERAM-Loa-0110	ENSLAFP00000009364.3	Loxodonta africana	35	1e-40	166
WERAM-Ova-0013	ENSOARP00000002083.1	Ovis aries	34	2e-40	166
WERAM-Chh-0035	ENSCHOP00000003992.1	Choloepus hoffmanni	34	3e-40	165
WERAM-Mae-0038	ENSMEUP00000003538.1	Macropus eugenii	34	4e-40	165
WERAM-Vip-0020	ENSVPAP00000001989.1	Vicugna pacos	34	5e-40	164
WERAM-Mod-0205	ENSMODP00000038099.1	Monodelphis domestica	34	5e-40	164
WERAM-Poa-0119	ENSPPYP00000015083.1	Pongo abelii	34	7e-40	164
WERAM-Tub-0025	ENSTBEP00000003158.1	Tupaia belangeri	34	7e-40	164
WERAM-Nol-0198	ENSNLEP00000022530.1	Nomascus leucogenys	34	2e-39	163
WERAM-Ocp-0146	ENSOPRP00000015372.1	Ochotona princeps	34	2e-39	162
WERAM-Tut-0066	ENSTTRP00000005042.1	Tursiops truncatus	34	2e-39	162
WERAM-Gaa-0193	ENSGACP00000024036.1	Gasterosteus aculeatus	34	4e-39	161
WERAM-Ere-0037	ENSEEUP00000002728.1	Erinaceus europaeus	32	1e-38	160
WERAM-Ect-0122	ENSETEP00000014305.1	Echinops telfairi	34	3e-38	159
WERAM-Orc-0159	ENSOCUP00000014110.3	Oryctolagus cuniculus	28	1e-25	117
WERAM-Ten-0114	ENSTNIP00000012568.1	Tetraodon nigroviridis	30	3e-25	115
WERAM-Prc-0035	ENSPCAP00000003322.1	Procavia capensis	28	5e-24	111

Created Date

25-Jun-2016

WERAM Information

Protein Fasta Sequence

Nucleotide Fasta Sequence