WERAM Information

Tag Content
WERAM ID WERAM-Lep-0071
Ensembl Protein ID LPERR07G04130.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
LPERR07G04130 LPERR07G04130.1 LPERR07G04130.1
LPERR07G04130 LPERR07G04130.2 LPERR07G04130.2
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 2.90e-08 34.7 734 814
Organism Leersia perrieri
Domain Profile
  Me_Reader PHD
          PHD.txt   2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsC 50 
                      ++C +C  d+ +   +++Cd+C+  fHl C++++   +p+g +w+C+sC
  LPERR07G04130.1 734 DTCGIC-GDGGD---LLCCDNCPSTFHLACLGIK---MPSG-DWHCRSC 774
                      58****.44444...9******************...9***.******* PP
          PHD.txt   3 iClvCgkddegeke...mvqCdeCddwfHlkCvklplssl 39 
                      iC++Cg ++e ++    ++ C +C++ +H+ C + +++  
  LPERR07G04130.1 775 ICRFCGSTQEATTSsaeLLSCLQCSRKYHQVCAPGTMKDS 814
                      7****866665443556***************99883333 PP
Protein Sequence
(Fasta)		MTRVGSGSSR KRQLVLESSD SEADDFFVST RKKDDAGNAG AGGGGGGDQT AEKTVVVSAE 60
KVSGSDKSKG SDVKSKGSDV KSKGSEVDRS FSQPDAKRIK TEAVGGGSVL KDGAGGKMLR 120
PGFPTWRFEK PEVRAGRVLD EKAGSEIKVS SAPKVKDRAL SSVDERRRSE PQKHDKQKLL 180
KNDQEVIRVQ GKSGVLKIRQ KNDKVPRETG DGKIPLKNSK VDGKTGDGKI LTKNAKVEEK 240
GDGKILTKSG VLKLLPKNSK VVKETSDDIP LTKNIKMVGE TSDSKALTKS SQADRESGDD 300
KTLKNSAVNL ETRADKILSS NIKGDVKTSD TCRQDKEKRG AIDESQKQGA NGEKRTAEKL 360
VSPILLRKSD PSVVGVSLGQ KMKQQNPKAQ QKTSLGNHRP PLNLKDEKNK KKRLLDHQRS 420
PENLSKKAKL NATDLQGTSG PAPKKHGIKK QREGPRFTMK QKLRGQIKDI LLNNGWKIDL 480
RRRKSKDYED SVYISPQGSG YWSITKAYAV FQDQSKSEKH TGGSSKHNKL KPGVEDATCH 540
AISKDDLAIL QRNVVKRRTK KELGASKKKY DGSISKSSKD TIAGRSSGNK RQNSGDRGCA 600
LLVRGGTNSM EGNMDGYVPY RWRRTVLSWM IDMGVVSKDA KVKYMNKKGT RARLEGRITR 660
NGIHCGCCSK ILTVAKFELH AGSKEQQPYT NIFLEDGGAT LFQCLLDAWK KESQSEKKGF 720
YKVEPGDSDD PDDDTCGICG DGGDLLCCDN CPSTFHLACL GIKMPSGDWH CRSCICRFCG 780
STQEATTSSA ELLSCLQCSR KYHQVCAPGT MKDSVKDEPS SSTDCFCSPG CRKIYNRLRK 840
LVGVKNAIEA GYSWSLVRCF PGSLAVPPKK KAHYIHCNSK TAVAFSVMDE CFVPRIDERS 900
GINIIHNVVY NCGSDYNRLN FSKFYTFILE RGDEVISAAT VRIHGTDLAE MPFIGTRGVH 960
RRQGMCHRLL NAIESALSSL NVRRLVIPAI PELQNTWSSV FGFKPVEPSK RQKIKSLNIL 1020
IIYGTGLLEK RLLATGTRNQ ETATSTVNDK MDAKMHGEAT GSQTPIHTSC ELPVGVEPDI 1080
KHHDDSHPLA RSSEGLAPNL PLVPEEKTPE LTSPSLNANL HTVPGVEDTM QCMPEAENTQ 1140
EMKNAETDVT LTAENIVAEQ KYEDKSNSRQ TDSSDIPVAV DPSLSNETGK DENCTSSEPS 1200
AEAVLVRDRS EPSISGHFTN QEDKNSTIPV VETVPLATVV GKPDNPAPEI AATVCIQSSV 1260
EVKGLEDNTK DQTSVGGVAN NFADTSEDPS DSAADCEVSI VRSIQQKDEV ITDKNACTTK 1320
DQTVGGVANN SIATTEEQSD SAADIGVSVE RCTEQKVEVI KDKSDSPFPD LIHSSTSKVM 1380
SEKSNRMKST ESDNVEMKDT GIEVGVTAEN FSEAGITVSA AGMPNDICGE VMAKPNLTCG 1440
DDQLRGEDGI YKNSMKDDLA SREPVNA 1467
Nucleotide Sequence
(Fasta)		CCCTACTCTC ATCTCCCCTG TTTCCGATCT GCCGCCGCGA ATCGGAGCCG GAGCCAGAGG 60
ATCTCCGGCG AGAACGCCCG GGCGTCTTCT CCCCGTCCCC GATCCCCCGC CCTGCTCTCG 120
CGTCGCGCGC ACGGTCGGTC GGCCGGTTTG GACGTTCCGT TCGTCGAGGC GAGGCGGCTG 180
GGTTCCTCCT TTCCACCTGC CGCCGGATCG AATCGGAGGA GGAAAAGATT GGGGCTTTAG 240
GCGAATCCGA TGACCCGCGT CGGTTCCGGC TCTAGCCGGA AGAGGCAGCT GGTGCTGGAG 300
TCCAGCGATT CAGAGGCGGA CGATTTCTTC GTCTCCACGC GGAAGAAGGA TGATGCTGGC 360
AATGCCGGCG CCGGTGGAGG AGGAGGTGGT GATCAGACTG CGGAGAAGAC GGTGGTTGTC 420
AGTGCTGAGA AGGTTTCTGG TTCAGATAAG AGTAAGGGAA GTGATGTCAA GAGTAAGGGA 480
AGTGATGTCA AGAGTAAGGG GAGTGAGGTG GATAGGAGTT TTTCACAACC TGATGCGAAG 540
AGGATCAAAA CTGAGGCTGT TGGTGGTGGA AGTGTATTGA AGGATGGAGC CGGTGGGAAA 600
ATGCTGCGGC CGGGGTTCCC CACGTGGCGA TTTGAGAAGC CGGAGGTAAG GGCGGGGCGG 660
GTTCTTGATG AGAAAGCTGG GTCTGAAATT AAGGTGAGCA GTGCACCGAA GGTCAAAGAC 720
CGTGCATTGA GTTCTGTTGA TGAGAGAAGG CGGTCAGAGC CACAGAAACA TGACAAACAG 780
AAGCTATTGA AGAATGACCA AGAGGTTATA AGGGTGCAAG GGAAAAGCGG TGTTTTGAAG 840
ATCCGGCAGA AGAATGATAA GGTGCCTAGG GAAACTGGTG ATGGCAAGAT CCCTCTTAAG 900
AATTCTAAGG TGGATGGGAA AACTGGTGAT GGCAAGATTC TGACAAAGAA TGCTAAGGTG 960
GAGGAAAAGG GTGATGGAAA GATTTTGACC AAGAGTGGTG TTTTAAAGCT CCTTCCAAAG 1020
AACAGTAAGG TGGTCAAGGA AACCAGTGAT GACATTCCTC TTACCAAGAA CATTAAGATG 1080
GTTGGGGAGA CCAGCGACAG CAAGGCTCTG ACCAAGAGCA GCCAGGCGGA TAGGGAAAGT 1140
GGTGATGACA AGACACTGAA GAACTCTGCG GTGAATCTAG AAACTAGGGC TGACAAGATT 1200
CTATCCAGCA ACATTAAGGG AGATGTGAAG ACCAGCGATA CTTGTAGACA AGATAAGGAG 1260
AAAAGAGGCG CCATTGATGA GTCTCAAAAA CAGGGTGCAA ATGGTGAGAA GAGAACTGCA 1320
GAAAAACTAG TCTCCCCCAT CTTATTGAGG AAAAGTGATC CAAGCGTAGT TGGAGTCTCT 1380
TTGGGCCAGA AAATGAAGCA GCAGAATCCA AAGGCGCAAC AGAAGACCTC CCTAGGCAAT 1440
CACCGGCCTC CTCTTAATTT GAAAGATGAG AAGAATAAGA AAAAAAGATT GCTTGATCAT 1500
CAAAGGTCAC CAGAAAATCT GTCCAAGAAA GCAAAACTAA ATGCCACTGA TCTGCAGGGC 1560
ACATCTGGCC CTGCTCCCAA GAAGCATGGG ATAAAGAAGC AAAGAGAAGG ACCTCGTTTC 1620
ACAATGAAGC AGAAGCTCAG GGGTCAGATA AAGGACATTC TTTTAAACAA TGGATGGAAA 1680
ATTGATCTAA GGCGCAGAAA AAGCAAAGAT TATGAAGATT CTGTCTATAT TTCTCCACAA 1740
GGAAGTGGCT ATTGGTCAAT CACTAAGGCT TATGCTGTGT TCCAAGATCA GTCTAAAAGT 1800
GAGAAGCATA CAGGTGGATC ATCTAAGCAT AACAAGCTTA AACCAGGCGT TGAAGATGCG 1860
ACCTGTCATG CCATATCAAA AGATGATTTG GCAATACTAC AGAGGAATGT GGTGAAAAGA 1920
AGAACAAAGA AAGAACTTGG TGCTTCTAAA AAGAAGTATG ATGGCAGCAT AAGCAAAAGC 1980
TCCAAAGATA CCATTGCCGG TAGAAGTTCT GGAAACAAGC GTCAAAACAG CGGAGATAGG 2040
GGATGTGCGC TTCTTGTCCG TGGTGGTACT AATAGCATGG AAGGCAACAT GGATGGCTAT 2100
GTTCCTTACC GATGGAGGCG GACTGTTTTA TCGTGGATGA TAGATATGGG GGTTGTTTCT 2160
AAAGATGCAA AGGTCAAATA TATGAATAAG AAGGGAACAC GGGCAAGGTT AGAGGGTAGA 2220
ATTACTAGGA ATGGCATTCA CTGTGGATGT TGCTCTAAGA TTCTCACAGT TGCTAAGTTT 2280
GAACTTCATG CTGGTTCAAA AGAGCAGCAG CCCTATACTA ACATCTTTCT GGAAGATGGT 2340
GGGGCTACGT TGTTCCAATG CTTACTTGAT GCGTGGAAGA AGGAATCACA ATCTGAAAAG 2400
AAAGGGTTTT ACAAGGTAGA ACCTGGTGAT AGTGACGATC CGGATGATGA TACTTGTGGC 2460
ATTTGTGGTG ATGGTGGTGA TTTGCTCTGC TGTGATAACT GTCCTTCAAC TTTTCACTTG 2520
GCTTGCTTAG GAATCAAGAT GCCTTCTGGT GATTGGCATT GTCGTAGCTG TATATGTAGG 2580
TTTTGTGGTT CTACCCAAGA AGCAACAACA TCTTCTGCTG AGTTACTTTC TTGTTTACAG 2640
TGTTCACGGA AATATCACCA AGTTTGTGCA CCTGGAACCA TGAAAGACTC TGTTAAAGAT 2700
GAGCCCAGTT CCTCAACTGA TTGCTTTTGC AGCCCAGGAT GTAGGAAGAT TTATAACCGC 2760
CTCAGAAAGC TAGTTGGGGT AAAGAATGCT ATTGAGGCTG GATATTCCTG GAGCCTGGTT 2820
CGCTGTTTTC CTGGTAGCCT AGCTGTACCT CCCAAAAAGA AAGCTCATTA CATACATTGC 2880
AACTCCAAGA CAGCTGTTGC TTTCTCAGTT ATGGATGAGT GTTTTGTGCC ACGTATCGAT 2940
GAGAGAAGTG GGATTAATAT AATCCACAAT GTTGTATATA ACTGCGGGTC GGATTATAAT 3000
CGTTTAAATT TCAGTAAGTT CTATACATTT ATTCTCGAGC GGGGTGATGA AGTTATATCT 3060
GCGGCAACTG TCAGGATTCA TGGAACTGAC TTAGCAGAAA TGCCATTCAT AGGCACAAGG 3120
GGCGTGCATA GGCGCCAAGG GATGTGCCAT CGGTTACTCA ATGCAATCGA ATCGGCCCTT 3180
TCCTCACTGA ATGTTCGAAG ACTGGTAATA CCTGCCATAC CTGAATTGCA GAATACTTGG 3240
AGTAGCGTTT TTGGTTTTAA GCCTGTTGAA CCTTCCAAGA GACAAAAAAT AAAGTCTTTG 3300
AATATATTGA TTATCTATGG CACTGGTCTT CTAGAGAAAC GATTGCTTGC AACAGGCACT 3360
AGGAACCAGG AGACCGCTAC CAGTACAGTT AATGATAAGA TGGATGCAAA AATGCATGGT 3420
GAAGCAACTG GATCCCAAAC ACCTATTCAC ACTTCCTGTG AATTACCAGT GGGCGTTGAA 3480
CCTGATATTA AGCATCACGA TGACTCTCAT CCTTTAGCTA GGAGCTCTGA AGGCTTGGCA 3540
CCTAATCTAC CTCTTGTTCC TGAAGAAAAA ACTCCAGAAT TGACATCTCC ATCATTAAAT 3600
GCTAATCTGC ATACAGTTCC AGGAGTTGAA GATACCATGC AGTGCATGCC TGAAGCTGAA 3660
AATACTCAAG AAATGAAAAA TGCAGAAACA GACGTGACAC TGACTGCTGA GAACATTGTT 3720
GCAGAACAAA AGTATGAAGA TAAATCTAAT TCCAGGCAGA CAGATTCATC TGATATCCCG 3780
GTGGCAGTAG ATCCAAGTTT ATCTAATGAG ACTGGGAAAG ATGAAAATTG CACTTCTAGT 3840
GAACCTTCTG CTGAAGCTGT TCTAGTAAGA GATAGATCTG AACCTTCCAT CTCTGGCCAC 3900
TTTACCAACC AAGAAGATAA AAACTCCACG ATTCCTGTTG TTGAGACAGT TCCTTTAGCC 3960
ACTGTGGTTG GGAAACCAGA TAACCCTGCA CCGGAAATTG CTGCAACAGT TTGTATCCAG 4020
AGTTCAGTAG AGGTCAAAGG TTTGGAAGAT AATACTAAAG ATCAAACTTC TGTTGGTGGT 4080
GTAGCTAATA ACTTTGCTGA TACTTCTGAA GATCCCAGTG ATTCTGCAGC TGACTGTGAA 4140
GTGTCAATAG TGAGATCTAT TCAGCAAAAG GATGAGGTTA TCACTGACAA AAATGCCTGC 4200
ACAACTAAAG ATCAAACTGT TGGTGGTGTA GCTAACAATT CCATTGCTAC CACTGAAGAA 4260
CAGAGTGATT CTGCTGCTGA CATTGGAGTG TCAGTTGAGA GATGTACTGA GCAAAAGGTT 4320
GAGGTTATCA AAGACAAAAG TGACTCACCT TTTCCAGATT TGATTCATTC TTCTACAAGC 4380
AAAGTTATGT CAGAGAAATC GAATCGAATG AAATCTACTG AAAGTGATAA TGTTGAAATG 4440
AAGGACACGG GCATTGAGGT GGGAGTTACT GCCGAGAACT TCAGTGAAGC AGGTATAACA 4500
GTTTCAGCGG CTGGCATGCC AAATGACATT TGCGGTGAAG TTATGGCTAA GCCTAATCTA 4560
ACTTGTGGGG ATGATCAACT TCGTGGAGAG GATGGAATAT ACAAAAATAG CATGAAAGAT 4620
GACCTAGCTT CCAGAGAACC TGTTAATGCA TGACTTTGTG TTTCCTGCTA CAAAATGCTT 4680
AAGTGAACAG AGCAATGTCG ACGATCTGTT TTTGTGCAAG TAGCTTCCTC AGCTCGTTCT 4740
CCATGGCCAC AACAAAGTGT TTAAAGTTGC ATTTTGCAGC AATGAATCGT CGACGTTTCA 4800
TAATTTTGGT TGTTTCTTCC TGTCTGTAGG CAGAGGTGCA TGGGGCTTTT GGTTTAGTAG 4860
GCAGATGTAG TTCGCACCGT AGGATATACA GCCCCAAAGG TGGGGCTATT TTTGGTGTAA 4920
ATACATATGT GGGAATTTGC TGTTTGCATT TTGATGCACC TGAAATGTTG TTGTCTGAAG 4980
TTAGTCGATG AAACATGTTT AAGAACAGAC TTGCAGGTGC TAGCCTGTAT AGATATTAAA 5040
ATCCAGCCAT ATCTGTTTTA CTGTCACTAT GAATGTTCAT TCAGTTTGGA ATTCTGGATG 5100
GAATTAATTG CAGCATCAAG ATTGGTCACC CGCAATGATG GTTCAATCTG CTGTATACCC 5160
CTAATCACTC AGTGGCTTGA GTATTCATTA TCTTTTGTAA AGCTTGGTGT CGTCTACCCA 5220
TTTCTGTCAC CTCTGTTGAT AGAAGAATGA TTCATGCGAT GCTTG 5266
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orp-0069 OPUNC07G04530.3 Oryza punctata 78 0.0 2144
WERAM-Org-0072 ORGLA07G0040300.1 Oryza glaberrima 77 0.0 2108
WERAM-Orni-0071 ONIVA07G03330.1 Oryza nivara 76 0.0 2107
WERAM-Orm-0068 OMERI07G03260.1 Oryza meridionalis 76 0.0 2104
WERAM-Orgl-0070 OGLUM07G04140.1 Oryza glumaepatula 77 0.0 2104
WERAM-Orbr-0080 OB07G13580.1 Oryza brachyantha 76 0.0 2103
WERAM-Orr-0074 ORUFI07G04440.1 Oryza rufipogon 76 0.0 2102
WERAM-Orl-0111 KN542919.1_FGP001 Oryza longistaminata 77 0.0 1944
WERAM-Ori-0082 BGIOSGA025231-PA Oryza indica 80 0.0 1622
WERAM-Aet-0042 EMT29012 Aegilops tauschii 57 0.0 1376
WERAM-Tru-0097 TRIUR3_33650-P1 Triticum urartu 56 0.0 1367
WERAM-Tra-0100 Traes_2DS_F7E8E6B22.1 Triticum aestivum 58 0.0 1347
WERAM-Sob-0017 Sb02g004100.1 Sorghum bicolor 52 0.0 1299
WERAM-Sei-0098 Si028686m Setaria italica 52 0.0 1277
WERAM-Zem-0135 GRMZM2G412492_P01 Zea mays 56 0.0 996
WERAM-Hov-0022 MLOC_17175.1 Hordeum vulgare 54 0.0 811
WERAM-Mua-0076 GSMUA_Achr4P21300_001 Musa acuminata 54 1e-171 602
WERAM-Viv-0024 VIT_05s0020g03420.t01 Vitis vinifera 47 9e-149 526
WERAM-Sol-0040 Solyc03g005170.2.1 Solanum lycopersicum 44 1e-137 489
WERAM-Met-0033 KEH43887 Medicago truncatula 45 3e-136 484
WERAM-Thc-0054 EOY05682 Theobroma cacao 52 1e-135 482
WERAM-Bro-0088 Bo5g005570.1 Brassica oleracea 41 6e-135 479
WERAM-Art-0101 AT4G14920.1 Arabidopsis thaliana 43 3e-132 471
WERAM-Prp-0110 EMJ25684 Prunus persica 55 1e-129 462
WERAM-Glm-0011 GLYMA01G44885.1 Glycine max 42 2e-129 461
WERAM-Brr-0108 Bra020653.1-P Brassica rapa 50 7e-107 386
WERAM-Amt-0036 ERN16161 Amborella trichopoda 47 3e-100 364
WERAM-Pot-0096 POPTR_0008s15200.1 Populus trichocarpa 43 5e-96 350
WERAM-Brd-0130 BRADI5G27517.1 Brachypodium distachyon 41 2e-85 315
WERAM-Orb-0048 OBART04G30730.1 Oryza barthii 41 3e-79 295
WERAM-Arl-0059 fgenesh2_kg.3__ 1623__ AT3G14980.1 Arabidopsis lyrata 37 1e-77 290
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 39 6e-77 287
WERAM-Sot-0081 PGSC0003DMT400067527 Solanum tuberosum 37 4e-74 278
WERAM-Ors-0046 OS04T0691700-01 Oryza sativa 44 3e-68 258
WERAM-Php-0118 PP1S59_348V6.1 Physcomitrella patens 43 1e-54 213
Created Date 25-Jun-2016