WERAM Information

Tag Content
WERAM ID WERAM-Met-0046
Ensembl Protein ID KEH38626
Gene Name MTR_2g078040
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
MTR_2g078040 KEH38626 KEH38626
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 7.10e-10 40.4 869 965
Organism Medicago truncatula
Domain Profile
  Me_Reader PHD
   PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
               +C +C   + ge  +++Cd+C+  fHl C++ +  ++p+g +wyC +C+
  KEH38626 869 SCGLC--GEGGE--LICCDNCPSTFHLACLSAQ--EIPDG-NWYCINCT 910
               79999..33332..9******************..*****.*******7 PP
   PHD.txt   3 iClvCgkddegeke.....mvqCdeCddwfHlkCvklplsslpeg...kswyCps.Ck 51 
               +C++Cg+   +++        qC++C++ +H kC++      +eg   + w+C + C+
  KEH38626 910 TCRICGNLVIDKEVsdahdSSQCSQCEHKYHKKCLGER--DKQEGavsDTWFCSQsCR 965
               5999974444433233444889***************9..6666655567***75154 PP
Protein Sequence
(Fasta)		MEHLCDDNFE GSNEERQIFT EVFFGDDTFQ SNQRRVISGA INLEHESTKN TFKSFGSSNE 60
NSVIWRPSSS RFIHPEEDIN AIQHSNETAL GCLPESLTCE DQNDENVNVK RMKFSLHELP 120
CSRSNSDVLG SSGIPKVVIS NLTCAATDCD SDSIAFRTVE SSKHGVISSC YLLKHNLVQK 180
IHASNDDADV TNCKSKTEDG NIPKEVSVSK SVASPVSQES SASRLVVTSP SITVVKKSES 240
PLRTEEMPEG FQSSNMVISN SLSQLDQEDP RPLLQFHIVQ LLTMSGWSIG KHQRPSRRWM 300
ESFYKTPKGK IMREFTKVWR LCGQLLSVEK CNVTYGGRKE WTNISDFWSD LSSALKNVEK 360
LKNQPETAAM LAYQWWIMDP FVVVIHFDRK VGALKRGEEV IKASCSLVSS KGKMAYSSKK 420
KGKMAYAPVD SALENTSHTL SEQKHDQAIF CDSSTATRTT EISAFMINSH ACKQTSDGNQ 480
EDMYVEEHKP NIIENRLMEM SVSKSSMDLA SLPACALGST VTHSSASSFD VLTSSGNLDL 540
ESKVNAVHQA KLRNSKSSDK HASENRSECS EEEGRKISMA SVFGKDSTWS SSNGILKKKM 600
RKKCKRISQI KPSMLHHSDI LGSTVTDQVQ SLNGDVCGTQ TVLEEVQDYV VDSVGKKKNK 660
KKLSGSANQR HIKKTNYSTT KTNKSNRCHI EDDDLLVSAI LKNKDFNPKI MRGKSRAKSG 720
KSRGLRKLKS HKGRCRLLPR NPCNGGKHNM DGKKYYLGER TLLSWLIENE VICLNDIIQY 780
RNSKDNSVTK DGKITKDGIV CKCCGKVLTL SEFKIHAGFT LSRPCLNLFM KSGEPFTLCL 840
LQAWSAEYKA RKSQNQAGNI VDNDRNDDSC GLCGEGGELI CCDNCPSTFH LACLSAQEIP 900
DGNWYCINCT CRICGNLVID KEVSDAHDSS QCSQCEHKYH KKCLGERDKQ EGAVSDTWFC 960
SQSCREVYCT LQSQVGLVNQ VADGFDWTLL RCIHDDQKVH SAQWFALKAV CNTKLAVALT 1020
IMEECFVSML DLRTGIHMIP QVLFNWGSDF ARLNFQGFYT VVLEKQDVLI SVASIRVHGT 1080
TVAEMPLIAT CSRYRRQGMC RRLVSSIEEM LISVKVEKLV VSAIPDLVET WTKGFGFVPV 1140
GDTEKRRLKK NNLMVFPGTV LLEKSLYGKK KDEGLCDQST LATDESFKAG ICSEGMDISE 1200
SLPLDVGNVA TNEVGAKSEC EPVDCKNQPD NRADSEISRD DNILAVEIAL GDKESTETSR 1260
SFGEEKITPF EGNNVEVPRT SANKDGTESG GRVFEDKNIN IGEVKENDMH EHVSNVSCKT 1320
FSGNNFDTVS NFECSAMYDE TVIFGSLANS AN 1352
Nucleotide Sequence
(Fasta)		CTTCTCTTCA CCTCATACAA GGAAGTACTA CAAAAAAGAA AGTAGAAAAC ATAATAGTTT 60
TAGTCCCCTT AATCGGTGGG ACCCACTTTG TCCATTTTCA TTGCACAACA CAATCTCAAT 120
GAGTGTTTGT ATAGTTGCTT CATCTAAAAG GGTTCTCAAA AAAAGTGCCA CAAATAGACA 180
AATCCAAATG CTAGTCACAT GGGAAGAAAG GATATGGTTC TAGAGAGAGA AACTGTGAAA 240
AAGGGTTTTC TAGAGAGAGA AAAAAGTTTG TTTGTTTTCT GCTTTGGAAT TCGTTGTAGC 300
ATTGTTGGGT GATTTCGAAA AGCTATCTTT TGAGGTGGGG TTGTTGCAAA ATTTGCAATT 360
TGTTTCTTCT ATGTTCAGAT TTTGGGAAAT TTTGAGAAAC CCTAATTTTG GTGGGTGAAG 420
TGTTTTGTGG ATTTAGATTT CTTGAGAATC TGAGTTGAGT TGGGTAGGAT TGGATCTGTG 480
AAAATAGTGA GGTTTTCGCT TTGAATTTTG TTGATTTTTT CGTTAATTTC TAGAGCTGCT 540
GGTTTTTCTT CATTGCATGT GGATTTGGAG AAACTGGTGT GTGTTTGTGT TCTATCATGT 600
TTTTAAGTTG TATTTGTTTA ATTTGAAGTT TTGGTGTGTT TGTGTAATCA ATGTTCTTCA 660
ATTTTTAGCT TGTGAAGTTT GATGGTAACT TTTTTTGAAT TATGATTTCT GTTTGTTGCA 720
TCTGAGTTAT GATTTTCAAG CTAAATTTTG CATGTTTATA TGATTTTTGT TGTTTATTGC 780
TAAATGAATG CATGAAGATT TATCAATGTT GGCTTGTTAA TTGTGCAGAA AATGTTATTT 840
AGTAGCTGTT GTTGATAGGA ACCAAACAGA TTGAAATATA AAGTGAATTA AAGGAGATTA 900
TTCCTACAAC TAGATGTTGT TTGTTACTGT TAAATATAGT TAGAGTTTGT TAAATGTAGT 960
TACAAGTTAG TTAGGTTAGT ATTAATTACA AATTAGTTAA AGTTTGTTAG TTTAGTTATC 1020
CATGATTCTC TACAGTTATA GGTAAACCAA CAAATACAGA AACGAAAACT TAAAGAAATA 1080
AATGGAGAAC GGAGCAATGC TCCTTACATG ATAAAAAACA TGAATGAAAA TTGGGAATGG 1140
AAGATAATAT CAATTCTTAG AGAGAGCCAG CCTCTCTTAA GAAGAGTATG CAAAGTAGCA 1200
CTTATCCTAG ATTTGTAGAC TGCATTGGGA TAAATGCGAA CCTTTCTATA TTGAAAAGCA 1260
CCATTTCATG TAAAATAATA TATCTCTTAT CCCCTCTCTC TAAACTAATT TTGGAAAGAA 1320
CGTGTTAATT GTGGGAAGTG TATGATGATA TTGCTTTGCA TGGACTTTTA GTTCAATGAA 1380
TGCATTAATG GCGATAGTTC TATAAGTCTG AATTTATCTT ATTCTGAAAC CAACAATTTC 1440
CTTATTTAGG TGTTTAAATG CATAAATTGT GAAATTAAGA AATTATATTC TTATGTAGAT 1500
TCTCAGGTTT ACGACGTGAT TTTATTTGTG TTTACTTGGG TTTGCAGAAA TGAAGTTCGT 1560
CAACTAGGGC ATTTTGGCTG AAGAAACATG TTACTTCATG AATTTGTTTA CAGTATGCAG 1620
GAGCTAGCCA TTTATAATGG TGGGGTGGCA ACAGGTAGAC CAGTAATAGA AGCTGTGAAG 1680
TGAAACTGCA CTAGTCAGCA ACAAAATGGA ACATTTATGT GATGATAACT TTGAAGGATC 1740
TAATGAAGAA AGACAGATTT TTACAGAGGT CTTTTTTGGT GATGACACTT TTCAGTCTAA 1800
TCAGAGGCGT GTTATTTCTG GAGCCATCAA CCTTGAACAT GAATCCACGA AAAACACATT 1860
TAAGTCATTT GGCTCTAGTA ATGAAAACTC GGTCATATGG CGTCCCTCAT CTTCAAGATT 1920
TATCCATCCC GAGGAGGACA TTAATGCAAT TCAGCATTCC AATGAGACTG CTCTGGGATG 1980
TTTGCCAGAG AGTTTAACTT GTGAAGATCA GAATGATGAG AATGTAAATG TCAAACGTAT 2040
GAAATTTTCT CTGCACGAAC TTCCTTGTAG TAGATCTAAT TCAGATGTTT TGGGTTCATC 2100
TGGAATTCCA AAAGTAGTAA TTTCCAACCT GACTTGTGCT GCTACAGACT GTGATAGTGA 2160
CTCGATTGCA TTTCGTACAG TTGAATCTTC TAAACACGGT GTGATATCTA GTTGCTATCT 2220
ATTGAAGCAT AACTTGGTAC AGAAAATTCA TGCTTCTAAT GACGATGCAG ATGTTACAAA 2280
TTGTAAATCT AAAACAGAAG ATGGGAACAT CCCAAAGGAG GTGTCTGTAA GTAAGTCAGT 2340
TGCTTCTCCT GTATCCCAGG AGAGCTCGGC AAGCAGGCTA GTAGTAACGA GTCCATCAAT 2400
CACTGTTGTG AAGAAGTCCG AGTCTCCCTT AAGAACTGAG GAAATGCCTG AAGGGTTTCA 2460
ATCTTCTAAT ATGGTTATCT CAAATTCATT GTCCCAGCTG GACCAAGAGG ATCCCCGTCC 2520
CTTACTGCAG TTTCATATCG TGCAGTTGCT TACGATGTCA GGATGGTCTA TTGGGAAGCA 2580
TCAACGGCCT TCTAGACGGT GGATGGAGTC ATTCTACAAG ACACCAAAGG GAAAAATTAT 2640
GCGGGAATTT ACAAAAGTTT GGAGATTATG TGGCCAACTT TTGTCTGTTG AAAAGTGCAA 2700
TGTAACATAT GGAGGCCGTA AAGAATGGAC CAATATTAGC GATTTTTGGT CCGATCTATC 2760
GAGTGCACTG AAAAATGTTG AAAAATTAAA AAACCAGCCA GAGACCGCTG CTATGTTGGC 2820
TTATCAATGG TGGATTATGG ATCCTTTTGT AGTAGTTATA CATTTTGATA GAAAGGTCGG 2880
TGCTCTGAAA AGGGGAGAAG AGGTTATAAA AGCAAGCTGT AGTTTAGTTT CTAGTAAGGG 2940
TAAAATGGCA TATTCTTCAA AAAAAAAGGG TAAAATGGCA TATGCTCCAG TTGATTCAGC 3000
CTTGGAGAAT ACGTCTCACA CTCTTTCTGA ACAAAAGCAC GACCAAGCCA TTTTCTGCGA 3060
CTCTTCAACA GCCACCAGAA CCACAGAAAT ATCTGCTTTT ATGATAAACA GTCATGCTTG 3120
TAAACAGACA TCCGACGGTA ACCAAGAAGA TATGTATGTC GAAGAACATA AACCAAACAT 3180
CATAGAAAAC CGATTAATGG AAATGTCAGT GAGCAAAAGT AGTATGGATC TAGCCTCTTT 3240
ACCTGCTTGT GCATTGGGTA GCACTGTTAC CCATTCAAGT GCTTCCTCTT TTGATGTTCT 3300
TACAAGCTCT GGAAATTTGG ACTTGGAATC TAAAGTAAAT GCTGTTCATC AAGCTAAACT 3360
TAGAAATTCT AAAAGCTCTG ATAAGCACGC ATCAGAAAAT CGGTCCGAAT GCAGTGAGGA 3420
AGAGGGGAGG AAAATCTCAA TGGCTTCTGT TTTTGGGAAA GATAGTACAT GGTCTTCCTC 3480
TAATGGTATT CTTAAAAAGA AAATGCGGAA GAAGTGCAAA AGGATATCTC AGATCAAACC 3540
GAGTATGTTA CACCACAGTG ACATACTGGG ATCAACTGTT ACTGATCAGG TGCAGTCACT 3600
GAATGGTGAT GTATGTGGCA CTCAGACTGT GTTGGAAGAA GTTCAAGATT ATGTAGTTGA 3660
CAGTGTGGGA AAAAAAAAGA ACAAGAAGAA GTTATCAGGC AGTGCAAACC AGCGACATAT 3720
TAAGAAAACA AACTACTCTA CTACTAAAAC AAATAAGTCC AATAGATGCC ATATTGAAGA 3780
TGACGATCTA TTAGTGTCAG CAATACTCAA GAATAAGGAC TTCAACCCAA AGATAATGCG 3840
AGGTAAATCT AGAGCTAAAT CCGGCAAATC AAGGGGTTTG AGAAAGCTTA AAAGCCATAA 3900
AGGCCGTTGC AGGTTGCTTC CAAGGAATCC TTGTAATGGA GGGAAGCACA ATATGGATGG 3960
GAAGAAGTAT TATCTTGGGG AAAGGACTCT CTTGTCCTGG TTGATTGAGA ATGAGGTCAT 4020
ATGTTTAAAT GACATCATTC AATACCGAAA CTCTAAAGAT AATTCTGTCA CTAAGGATGG 4080
CAAGATCACC AAAGACGGTA TTGTTTGTAA GTGTTGCGGT AAGGTGCTTA CATTATCAGA 4140
GTTCAAGATT CATGCTGGGT TTACACTGAG TCGCCCTTGC TTGAATCTTT TCATGAAGTC 4200
TGGTGAGCCC TTTACACTTT GCCTCCTTCA AGCTTGGTCA GCTGAATACA AAGCCAGGAA 4260
AAGTCAAAAT CAAGCTGGGA ACATTGTTGA TAATGACAGA AATGATGATT CGTGCGGGTT 4320
GTGTGGTGAG GGAGGTGAGC TGATATGCTG TGATAACTGT CCATCTACTT TTCACCTGGC 4380
TTGTTTGTCC GCTCAGGAGA TCCCCGATGG CAACTGGTAC TGCATAAACT GCACTTGTCG 4440
GATTTGTGGA AATTTGGTCA TTGATAAAGA GGTTTCAGAT GCACATGATT CATCGCAATG 4500
TTCACAATGC GAACATAAAT ATCACAAGAA ATGCCTCGGA GAAAGAGATA AACAAGAAGG 4560
AGCTGTTTCA GACACTTGGT TTTGTAGTCA AAGTTGTCGG GAGGTATACT GTACTCTTCA 4620
ATCTCAGGTT GGGCTAGTTA ATCAAGTTGC TGATGGCTTC GACTGGACGC TTCTTAGATG 4680
CATACATGAT GACCAGAAGG TTCATTCTGC TCAGTGGTTT GCCCTAAAGG CAGTATGCAA 4740
TACAAAATTA GCTGTTGCCC TTACAATCAT GGAGGAGTGT TTCGTGTCAA TGTTAGATCT 4800
AAGAACAGGC ATCCACATGA TACCCCAAGT TTTATTCAAT TGGGGGTCTG ATTTTGCTCG 4860
TCTGAATTTT CAAGGGTTTT ACACAGTGGT GTTGGAAAAA CAGGATGTGT TAATATCTGT 4920
AGCATCCATC AGAGTGCACG GGACTACCGT TGCAGAGATG CCTCTAATTG CAACTTGCAG 4980
TCGGTATCGT CGCCAAGGAA TGTGCCGACG CCTCGTGAGC TCAATCGAAG AGATGTTAAT 5040
ATCTGTCAAG GTAGAAAAGC TTGTGGTATC AGCCATTCCG GATTTGGTGG AGACTTGGAC 5100
CAAGGGCTTT GGATTCGTGC CTGTAGGCGA CACTGAAAAA CGAAGGTTAA AGAAAAACAA 5160
CTTAATGGTT TTTCCTGGAA CAGTGTTACT TGAAAAATCC TTGTATGGCA AGAAGAAAGA 5220
TGAAGGACTG TGTGATCAAT CAACTTTAGC AACAGATGAA TCGTTCAAAG CAGGTATCTG 5280
TTCTGAAGGA ATGGACATAT CCGAATCATT GCCGCTAGAT GTTGGGAACG TAGCTACCAA 5340
CGAAGTTGGT GCTAAGTCAG AGTGTGAACC TGTGGACTGC AAAAATCAAC CAGACAATAG 5400
GGCCGACAGT GAAATCAGCA GAGATGATAA TATTCTAGCC GTTGAAATTG CATTAGGAGA 5460
CAAAGAATCA ACAGAGACAA GTAGGTCTTT CGGTGAAGAG AAAATCACCC CTTTTGAAGG 5520
AAACAATGTG GAGGTACCAA GAACAAGTGC CAATAAAGAT GGCACTGAAT CTGGTGGAAG 5580
AGTTTTTGAG GACAAGAATA TCAATATAGG TGAAGTAAAG GAAAATGATA TGCATGAACA 5640
TGTTTCAAAT GTGTCGTGCA AGACATTTTC AGGCAACAAT TTTGACACAG TATCTAATTT 5700
TGAATGTTCA GCGATGTATG ATGAAACCGT TATTTTTGGT TCACTAGCAA ACTCTGCAAA 5760
TTAGAGAAAT GGTGTGATGC TCTTAATATG CATGTTATTG GTCATTTTTT CTTTTTGGGT 5820
TTCAATAGGA CCCAATTAAA AAAAAGAAAA ATACATTGGA AGCGTGAAAT GAAATCTGTT 5880
CTAACTTGGT GAATTAATTT TCTTAACCAA ATGAAAAAGT AGAGTGGACT AAAATCTC 5939
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0154 GLYMA12G35760.2 Glycine max 66 0.0 1620
WERAM-Prp-0010 EMJ14932 Prunus persica 50 0.0 1040
WERAM-Thc-0086 EOY13226 Theobroma cacao 45 0.0 975
WERAM-Amt-0045 ERN15883 Amborella trichopoda 63 7e-178 622
WERAM-Viv-0120 VIT_19s0014g01500.t01 Vitis vinifera 65 4e-177 620
WERAM-Sol-0097 Solyc07g062600.2.1 Solanum lycopersicum 60 2e-164 578
WERAM-Art-0071 AT3G14980.1 Arabidopsis thaliana 57 5e-158 556
WERAM-Arl-0059 fgenesh2_kg.3__ 1623__ AT3G14980.1 Arabidopsis lyrata 51 3e-151 533
WERAM-Bro-0100 Bo5g127560.1 Brassica oleracea 59 3e-149 527
WERAM-Brr-0136 Bra027290.1-P Brassica rapa 59 2e-148 524
WERAM-Tru-0009 TRIUR3_05331-P1 Triticum urartu 49 4e-139 493
WERAM-Aet-0007 EMT20462 Aegilops tauschii 49 1e-138 492
WERAM-Mua-0094 GSMUA_Achr6P25440_001 Musa acuminata 54 2e-138 491
WERAM-Brd-0130 BRADI5G27517.1 Brachypodium distachyon 52 1e-137 489
WERAM-Orbr-0058 OB04G37750.1 Oryza brachyantha 48 3e-137 487
WERAM-Hov-0086 MLOC_65889.1 Hordeum vulgare 49 4e-135 480
WERAM-Tra-0043 Traes_2AL_F68D162A8.2 Triticum aestivum 49 6e-135 480
WERAM-Sob-0096 Sb07g000645.1 Sorghum bicolor 52 6e-134 476
WERAM-Sei-0077 Si020995m Setaria italica 50 3e-129 461
WERAM-Orr-0048 ORUFI04G32440.1 Oryza rufipogon 50 7e-129 459
WERAM-Orni-0045 ONIVA04G29920.1 Oryza nivara 49 2e-128 458
WERAM-Orgl-0047 OGLUM04G30610.1 Oryza glumaepatula 49 2e-128 458
WERAM-Orb-0048 OBART04G30730.1 Oryza barthii 49 4e-128 457
WERAM-Zem-0025 GRMZM2G038050_P01 Zea mays 49 3e-127 454
WERAM-Sot-0038 PGSC0003DMT400032367 Solanum tuberosum 65 2e-125 448
WERAM-Orl-0058 KN539151.1_FGP008 Oryza longistaminata 48 4e-118 424
WERAM-Lep-0071 LPERR07G04130.1 Leersia perrieri 41 7e-94 343
WERAM-Ors-0046 OS04T0691700-01 Oryza sativa 53 1e-93 342
WERAM-Org-0072 ORGLA07G0040300.1 Oryza glaberrima 42 9e-93 339
WERAM-Orm-0068 OMERI07G03260.1 Oryza meridionalis 42 1e-92 339
WERAM-Ori-0082 BGIOSGA025231-PA Oryza indica 42 2e-92 338
WERAM-Orp-0069 OPUNC07G04530.3 Oryza punctata 40 4e-92 337
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 42 2e-84 312
WERAM-Pot-0028 POPTR_0002s11940.1 Populus trichocarpa 36 2e-64 245
WERAM-Php-0118 PP1S59_348V6.1 Physcomitrella patens 52 4e-64 244
Created Date 25-Jun-2016