EKS-HOV-00939

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-HOV-00939

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Atypical/PIKK	176.0	3.7E-51	1822	2111	290

Status

Unreviewed

Ensembl Protein

MLOC_62732.2

UniProt Accession

F2E077;

Protein Name

Protein Synonyms/Alias

Predicted protein;

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
MLOC_62732	MLOC_62732.2	MLOC_62732.2
MLOC_62732	MLOC_62732.1	MLOC_62732.1

Organism

Hordeum vulgare

Functional Description

Protein Length

2193

Protein Sequence
(FASTA)

MESKRLIKCF LNYLRHDRTE VSALFDMLSI FLYRSRIDYS FLKEFYVIEV AEGYAPNLKK 60

TILTHFLNIF QLKQYGQDHL VVAMQILILP MLAHSFQNGQ SWEVVDPSIV KIIVDKLLDP 120

PEEVSAEYDE PLRIELLQLA TLLLKYLQND LVHHRKELIK FGWNHLKRED NSSKQWAFVN 180

VCHFLEAYQA PEKIILQVFI ALLRTCQPEN KLLVKQALDI LMPALPRRLP PGDTRMPIWI 240

RYTKKILVEE GHSIPNMIHI FQLIVRHAEL FYSCRAHFVP QMVNSLSRLG LPYNTTAENR 300

RLAIELAGLV VAWERQRQSE MKVVQESESQ NQIVDMLSPT VIGGDPKRSS DVPMFADDLS 360

KRVKVEPGLQ PLPVMSPGGA SIPNIETPGS SGQPDEEYKP NAAMEEMIIT FLIRVSLVIE 420

PKEKESSSMY KQALDLLTQA LEVWPNANVK FNYLEKLLGN LTPSQSKDPA TALAQGLDVM 480

NKVLEKQPRL FIRNNINHIS QILEPCFNNK MLDAGKSLCS LLKMVFSAFP LEAATTPQDI 540

KLLYQRVQDL IQKHLAAVTT PQITLEASNA NSIISFALFV LNALAEVQKN FIDPFIALLL 600

RVLQRLARDM GSSAGNHARQ GQRPEMDSAV SSRPTVDSTV ICNMKTVLKL ISERVMGSSE 660

YRRNMGQILQ TLLSERGTDS SVLLCILDMI KAWIEDDYRL VSSAGSVSSL NPKDIVTYLQ 720

KLSMVDRKSF SSSAQEEWDA KYLQLLYSLC GDSTKYPLAS RQEYFHKVER QYMLGFRAKD 780

PEMRKRFFRL YHDYVGKTLF ARLQFIIQTQ DWEAVSDVFW LKQGLDLILA ILVENEPISL 840

ASNSARLTPL TIAGPVPDRI IMPQQVPDAH ESLDGTSLSF DSLTMRHSQF LNEASKLVVA 900

DVMAPLKELA FADPNVAYHL WVLVFPIVWV TLQKEEQVAL AKPIIALLSK DYHKRQQGCR 960

PNVAQALLEG LHLSHPQPRM PSELIKYIGK TCNAWHTSIA LLESHMLLMN EAKCSESLAE 1020

LYRLLNEDDM RYGLWKRRSI TAETRAGLSL VQHGYWQQAQ TLFYQAMIKA TQGTYNNTVP 1080

KAEMCLWEEQ WLSCATQLGQ WEVLADFGKG VENYEILLDC LWKAPDWTYM KEHVIPKAQV 1140

EETPKLRLIQ AFFTLHDKGT NGVGEAENLV SKGVELALEQ WWQLPDMSVQ SRMPLLQQFQ 1200

QLVEVKESSK ILLDIANGNK PASGNSGASS NHQNSFADLK DILETWRLRT PNDWDNTTIW 1260

YDLLQWRNEM YNSVIDAFKD FGQTNPQLHH LGYRDKAWNV NKLAHITRKH GLPDVCVTIL 1320

DKMYGHATME VQEAFVKICE QAKAYLDMKG ELVSGLNLIN NTNLEFFPVK NKAEIFRLKG 1380

DFMLKMNECE NANGAYSNAI TLFKHLPKGW ISWGNYCDMI FKETQEEVWL EYAASCFFQG 1440

VKYGVSNSRS HLARILYLLS FDTQNEPVGR ALDKYLEQLP HWVWLSWIPQ LLLSLQRSEA 1500

QHCKLVLLKI AQVYPQALYY WLRTYLMERR DVATKTEMGR NMLAQQRMQQ AMLANNAANN 1560

SSTGGNLASD NQGHQAAQSG GATGSHEGGN LQGQEVDRST VEGGTSTSHD QGQQSSTGAE 1620

GSQNALRRNN GLGWVTSAAS AFDAAKDIME ALRSKHTNLA NELELLLSEI GSRFVTLPEE 1680

RLLAVVNALL HRCYKYPTAT TGEVPQSLKK ELSGVCRACF SQDAVNKHVD FVKEYKQDFE 1740

RDLDPDSATT FPSTLAELTE RLKHWKNILQ SNVEDRFPAV LKLEEESKVL RDFHVVDVEL 1800

PGQYFTDQEV APDHTVKLDR VGPDIPIVRR HGSSFRRLTL IGSDGSQRHF IVQTSLTPNA 1860

RSDERMLQLF RVLNKMFDKH KESRRRHLAI HTPIIIPVWS QVRMVEDDLM YSTFLEVYEI 1920

NCARHNREAD SPITIFKEQL NQAISGQVSP EQVVELRLQA YNEITKSIVN DNIFSQYMHK 1980

ILPTGNHLWT FKKQFAIQVA LSCFMSYMLQ IGGRAPNKIL FAKNTGKIFQ TDFHPAYDPN 2040

GLIEFNELVP FRLTRNMQAF FSNFGVEGLI VSAMCSAAQS VVSPKQTQHI WHHLAMFFRD 2100

ELLSWSWRRP LGIPSVPVAA GMINPLDFQQ KVMHNVDHVI NRIKSISPHY LADEEENTAE 2160

PPQSVQRGVT ELVESALSSR NLCMMDPTWH PWF 2193

Nucleotide Sequence
(FASTA)

ATGGAAAGCA AACGGCTCAT AAAATGCTTC CTGAATTACT TAAGGCACGA TCGTACTGAA 60

GTTAGTGCAC TCTTTGATAT GCTATCAATA TTCTTGTACC GAAGCCGAAT AGATTATAGC 120

TTTCTGAAGG AATTTTATGT CATAGAGGTT GCTGAAGGAT ATGCTCCAAA TTTGAAGAAA 180

ACTATTCTGA CCCACTTTCT GAACATATTC CAACTAAAAC AGTACGGGCA AGATCATTTG 240

GTTGTTGCTA TGCAGATACT CATTCTTCCA ATGCTAGCTC ATTCTTTCCA AAACGGACAA 300

AGTTGGGAAG TTGTTGATCC TTCTATAGTT AAAATTATTG TTGACAAGCT TCTTGATCCT 360

CCGGAAGAGG TCAGTGCTGA ATATGATGAG CCTTTAAGAA TAGAACTCCT TCAGCTTGCC 420

ACATTACTTC TGAAGTATCT TCAGAATGAC CTTGTTCACC ATCGAAAGGA ACTCATAAAG 480

TTTGGCTGGA ACCATCTCAA ACGTGAAGAC AATTCCAGCA AACAGTGGGC CTTTGTGAAC 540

GTGTGCCATT TCTTAGAGGC ATATCAAGCC CCTGAAAAGA TAATTCTACA GGTTTTTATT 600

GCTCTATTGC GGACATGCCA ACCAGAAAAT AAGTTGCTAG TAAAGCAAGC TCTTGATATC 660

CTTATGCCGG CTCTCCCTAG AAGACTCCCT CCTGGGGATA CTCGCATGCC AATATGGATC 720

AGATACACGA AGAAAATCCT TGTGGAGGAA GGCCATTCTA TTCCCAACAT GATTCACATA 780

TTTCAGCTTA TTGTTCGCCA TGCAGAACTG TTCTATAGTT GCAGAGCACA TTTTGTTCCC 840

CAGATGGTTA ATTCTCTTAG TCGTCTTGGA TTACCATACA ACACAACTGC TGAAAACCGT 900

CGTCTTGCAA TCGAACTTGC TGGATTGGTA GTGGCGTGGG AGAGACAGAG GCAGAGTGAA 960

ATGAAAGTTG TGCAGGAAAG TGAGAGCCAG AATCAGATTG TTGATATGCT TAGCCCTACT 1020

GTTATTGGTG GTGATCCAAA ACGCTCTTCA GACGTTCCCA TGTTTGCTGA TGATTTGAGT 1080

AAGAGGGTAA AGGTTGAGCC AGGCTTACAA CCTCTTCCTG TGATGTCACC TGGTGGGGCT 1140

TCCATACCTA ATATTGAAAC ACCAGGATCT TCTGGACAAC CGGATGAGGA ATATAAACCC 1200

AATGCTGCAA TGGAGGAGAT GATTATTACT TTCCTTATAA GGGTGTCACT GGTGATTGAA 1260

CCCAAGGAAA AAGAATCTAG TTCAATGTAC AAGCAAGCTC TTGATTTGTT GACACAAGCT 1320

TTGGAAGTCT GGCCCAATGC CAATGTTAAA TTCAATTATC TTGAGAAGCT GCTTGGGAAT 1380

CTGACACCCT CCCAGTCAAA GGATCCTGCA ACGGCACTTG CACAGGGTCT TGATGTTATG 1440

AACAAAGTCT TGGAAAAACA ACCCCGCCTC TTCATTCGGA ATAACATCAA TCATATTTCT 1500

CAAATACTGG AACCTTGCTT CAATAACAAA ATGCTGGATG CTGGAAAGTC TCTTTGTTCC 1560

TTGCTAAAGA TGGTATTCAG TGCTTTTCCA CTTGAAGCGG CTACGACACC GCAGGATATA 1620

AAATTGTTGT ATCAAAGGGT TCAAGATCTC ATTCAGAAGC ATCTTGCTGC TGTGACAACT 1680

CCACAGATAA CACTAGAAGC TAGCAATGCT AACTCTATAA TTAGCTTTGC ACTGTTCGTC 1740

CTCAATGCAC TTGCAGAAGT ACAAAAGAAT TTCATTGATC CATTTATTGC GCTGCTTCTT 1800

CGTGTCCTGC AACGTCTTGC ACGTGATATG GGATCTTCTG CTGGCAACCA TGCCCGACAA 1860

GGACAGAGGC CTGAAATGGA TTCAGCTGTT AGCTCGCGCC CTACTGTGGA TTCTACTGTC 1920

ATATGTAACA TGAAGACTGT CCTAAAGCTC ATAAGTGAGA GGGTGATGGG CTCTTCTGAG 1980

TACAGACGAA ATATGGGACA AATACTTCAA ACACTTCTTT CAGAGAGAGG CACCGATTCC 2040

AGTGTTCTTC TATGCATACT AGACATGATA AAAGCTTGGA TTGAGGATGA CTACAGACTT 2100

GTTTCATCAG CTGGCTCCGT TAGTTCGCTT AACCCAAAAG ATATTGTAAC CTATCTTCAG 2160

AAGTTATCAA TGGTTGACAG GAAAAGTTTC TCTTCATCCG CACAAGAAGA ATGGGATGCA 2220

AAGTATCTGC AGCTTCTTTA TTCACTTTGT GGTGATTCTA CCAAATATCC ATTGGCTTCC 2280

AGGCAAGAAT ATTTTCATAA GGTTGAGAGA CAATACATGC TTGGATTTAG GGCTAAAGAT 2340

CCAGAAATGA GGAAGCGGTT TTTCAGGCTT TACCATGACT ACGTGGGAAA GACGTTATTT 2400

GCTAGACTGC AATTTATAAT ACAGACTCAG GACTGGGAAG CTGTGAGTGA TGTTTTCTGG 2460

TTGAAACAAG GCTTGGATCT CATTTTAGCT ATATTAGTTG AAAATGAACC AATTTCTCTT 2520

GCCTCAAATT CTGCTCGACT TACCCCGCTT ACGATAGCGG GTCCAGTTCC AGATCGCATT 2580

ATCATGCCAC AGCAGGTTCC CGACGCTCAT GAAAGCTTGG ATGGCACTTC CCTGTCATTT 2640

GATTCTCTTA CGATGAGGCA TTCTCAGTTC TTAAATGAAG CAAGCAAGCT TGTGGTGGCA 2700

GATGTAATGG CTCCATTGAA AGAACTTGCT TTTGCTGATC CCAATGTTGC ATATCATTTG 2760

TGGGTTCTTG TCTTCCCAAT TGTTTGGGTT ACTTTACAGA AAGAGGAACA AGTTGCGCTA 2820

GCCAAGCCAA TAATTGCACT TTTATCAAAA GACTACCATA AGAGGCAGCA GGGATGCAGG 2880

CCTAATGTAG CCCAAGCACT ACTTGAAGGT CTTCATTTGA GCCACCCTCA ACCACGCATG 2940

CCTAGCGAGC TTATCAAATA TATTGGAAAA ACTTGCAATG CCTGGCACAC TTCAATCGCA 3000

TTACTTGAGA GTCACATGCT GCTTATGAAT GAGGCTAAAT GCTCCGAGTC ACTGGCCGAG 3060

TTATACAGGC TTCTGAATGA AGATGACATG AGGTATGGAT TATGGAAGAG AAGATCAATC 3120

ACTGCAGAAA CTAGAGCTGG GCTATCACTT GTCCAGCATG GATATTGGCA GCAGGCGCAA 3180

ACCCTCTTTT ACCAGGCAAT GATCAAAGCA ACTCAGGGCA CATACAATAA TACCGTCCCA 3240

AAAGCTGAAA TGTGTCTCTG GGAAGAACAG TGGTTGTCCT GTGCAACTCA GTTAGGCCAG 3300

TGGGAAGTAT TGGCTGATTT TGGAAAAGGT GTGGAGAATT ATGAGATTCT TTTGGACTGC 3360

CTCTGGAAGG CACCTGACTG GACATATATG AAGGAGCATG TAATTCCGAA AGCTCAAGTA 3420

GAAGAGACAC CAAAGTTACG TCTGATTCAA GCATTTTTCA CTCTTCATGA CAAAGGTACT 3480

AATGGTGTTG GAGAAGCTGA GAACCTCGTC AGCAAGGGTG TTGAACTCGC ACTAGAACAG 3540

TGGTGGCAGT TGCCTGACAT GTCTGTGCAG TCCCGAATGC CTCTGCTGCA GCAGTTTCAG 3600

CAGTTGGTTG AAGTGAAAGA ATCCTCTAAA ATACTTCTTG ACATTGCAAA TGGGAATAAA 3660

CCAGCTTCAG GGAACTCCGG TGCCAGTTCA AATCACCAGA ATTCATTTGC TGATCTCAAG 3720

GATATCCTTG AGACATGGAG ACTTAGGACT CCTAACGATT GGGACAATAC GACTATTTGG 3780

TATGACCTGC TCCAATGGAG GAATGAAATG TACAATTCGG TAATAGATGC GTTCAAGGAT 3840

TTTGGCCAAA CAAATCCTCA ACTTCATCAT CTTGGTTACC GAGACAAGGC TTGGAATGTG 3900

AATAAGCTTG CTCACATCAC TCGCAAGCAT GGTCTTCCTG ATGTTTGTGT TACTATACTT 3960

GATAAGATGT ATGGGCATGC TACCATGGAA GTCCAGGAAG CATTTGTGAA GATATGCGAA 4020

CAAGCTAAGG CATACTTAGA TATGAAAGGC GAACTCGTCA GTGGTCTTAA CTTGATCAAT 4080

AACACCAATT TGGAATTTTT CCCTGTGAAA AATAAAGCAG AAATATTTCG TCTGAAAGGC 4140

GACTTCATGT TGAAAATGAA TGAATGCGAG AATGCAAACG GTGCGTATTC AAATGCAATC 4200

ACCCTTTTTA AGCATTTGCC AAAAGGGTGG ATTAGCTGGG GAAATTATTG TGACATGATT 4260

TTCAAAGAAA CACAAGAAGA GGTTTGGCTT GAGTATGCCG CAAGTTGTTT TTTCCAAGGC 4320

GTTAAATATG GAGTTTCGAA CTCAAGGAGC CATCTAGCTC GAATTCTCTA TCTTCTCAGT 4380

TTTGATACGC AAAATGAACC AGTCGGAAGG GCTTTAGATA AATATCTTGA GCAGCTGCCC 4440

CATTGGGTTT GGCTTTCTTG GATCCCTCAA TTGTTGCTAT CATTACAGAG AAGTGAAGCT 4500

CAACATTGCA AATTGGTTTT GCTGAAGATA GCTCAGGTTT ATCCACAGGC CTTGTATTAT 4560

TGGCTTCGTA CATACTTGAT GGAGCGGCGT GATGTTGCTA CTAAAACTGA AATGGGAAGA 4620

AATATGTTGG CTCAGCAGCG CATGCAACAA GCTATGCTGG CAAACAATGC TGCGAATAAC 4680

AGCAGCACGG GTGGTAATTT GGCTTCTGAC AACCAGGGTC ATCAGGCCGC CCAGTCAGGT 4740

GGTGCTACAG GTTCTCATGA GGGGGGCAAC CTCCAAGGAC AAGAAGTGGA CAGATCTACT 4800

GTTGAAGGTG GTACAAGTAC CAGTCATGAT CAAGGTCAAC AGAGCTCAAC AGGTGCAGAG 4860

GGTTCACAAA ATGCACTAAG ACGTAACAAT GGACTTGGTT GGGTCACTTC TGCAGCAAGT 4920

GCATTTGATG CTGCAAAGGA CATCATGGAA GCTCTTAGGA GCAAGCATAC CAATCTAGCC 4980

AACGAACTCG AGCTTTTACT GTCTGAAATT GGATCAAGAT TTGTTACTCT TCCTGAGGAA 5040

AGACTTCTTG CTGTGGTTAA TGCACTGCTT CATCGCTGCT ACAAGTATCC AACTGCAACC 5100

ACAGGCGAGG TTCCACAATC TCTCAAGAAG GAGCTTTCTG GTGTATGCAG GGCTTGCTTT 5160

TCACAAGATG CTGTTAACAA ACACGTTGAT TTTGTCAAGG AGTACAAGCA AGATTTTGAG 5220

CGTGACCTTG ACCCAGATAG TGCTACTACA TTTCCGTCAA CCCTTGCTGA ACTTACTGAG 5280

AGATTGAAGC ACTGGAAGAA TATTCTGCAG AGTAATGTTG AGGACAGATT CCCTGCTGTA 5340

TTAAAGCTAG AGGAAGAAAG TAAAGTACTT AGGGATTTTC ATGTTGTTGA CGTAGAACTC 5400

CCGGGGCAGT ATTTTACAGA TCAGGAGGTT GCGCCTGATC ACACTGTCAA GTTGGACAGA 5460

GTTGGACCTG ATATACCAAT TGTCCGGAGG CATGGTAGTA GCTTTCGACG CCTGACACTT 5520

ATTGGTTCTG ATGGTTCACA GCGCCATTTT ATTGTTCAGA CATCATTGAC TCCGAATGCT 5580

CGGAGTGATG AAAGAATGCT GCAGCTTTTC CGTGTGCTAA ACAAAATGTT TGACAAACAC 5640

AAGGAGTCTA GACGTCGCCA TCTTGCTATC CATACCCCGA TAATTATTCC TGTTTGGTCT 5700

CAGGTTCGGA TGGTAGAGGA TGATTTGATG TACAGCACTT TCCTTGAGGT TTATGAAATC 5760

AACTGTGCAC GGCATAACAG AGAAGCTGAT TCACCTATAA CAATTTTTAA AGAGCAGCTA 5820

AATCAAGCCA TCTCAGGGCA GGTTTCTCCC GAACAAGTGG TGGAACTACG TTTGCAAGCA 5880

TACAATGAAA TTACTAAAAG TATTGTAAAT GACAATATCT TCTCCCAGTA CATGCACAAA 5940

ATTCTGCCAA CTGGCAACCA CCTTTGGACT TTCAAGAAAC AGTTTGCAAT CCAAGTGGCT 6000

CTGTCCTGCT TCATGTCATA CATGTTGCAG ATTGGTGGCA GGGCTCCTAA CAAAATTCTG 6060

TTTGCGAAAA ATACCGGGAA GATCTTCCAG ACTGACTTCC ATCCAGCTTA TGATCCAAAT 6120

GGATTGATCG AGTTCAATGA GTTAGTTCCA TTTAGGTTGA CACGCAACAT GCAAGCTTTC 6180

TTCTCAAATT TTGGCGTCGA AGGTCTCATC GTTTCTGCCA TGTGTTCTGC TGCCCAGTCT 6240

GTGGTTTCAC CTAAACAAAC CCAACACATA TGGCATCATC TGGCTATGTT TTTCCGCGAC 6300

GAGCTGTTAT CTTGGTCATG GAGAAGGCCG CTTGGCATTC CGTCTGTTCC AGTTGCCGCT 6360

GGAATGATCA ACCCATTGGA TTTCCAGCAA AAGGTTATGC ACAATGTGGA TCACGTCATC 6420

AACCGTATCA AATCCATATC ACCACATTAT CTTGCTGATG AGGAGGAGAA CACGGCAGAA 6480

CCGCCCCAGT CTGTCCAAAG AGGCGTTACA GAGCTGGTGG AGTCTGCACT ATCTTCGAGG 6540

AACCTGTGCA TGATGGATCC GACGTGGCAC CCGTGGTTT 6579

Domain Profile

S: 5     derveilask.qkpkklllrGsdgkeypyLv..kgkeDlrqdervlqlfslvNtlLakdk  61

          + + i+  +    ++l+l Gsdg ++ ++v  +   ++r der+lqlf+++N+++ k+k

Q: 1822  GPDIPIVRRHgSSFRRLTLIGSDGSQRHFIVqtSLTPNARSDERMLQLFRVLNKMFDKHK  1881

         56788888887788*****************7556789**********************

S: 62    etsrrkLkirtykVvplstrsgliewventvsLkellkklvekkavlldqpisyrykdls  121

         e++rr+L i t+ ++p+ ++++++e+     +  e+++  +++++ + d+pi+   ++l+

Q: 1882  ESRRRHLAIHTPIIIPVWSQVRMVEDDLMYSTFLEVYEINCARHNREADSPITIFKEQLN  1941

         **************************************99************77777766

S: 122   tvqar.kpklkhlklslevfkevlenlvpkdllkklllekfpspeewfelrkaytrslAv  180

         +  +      +++ l+l+ ++e+ + +v  +++ + + +  p+ ++ ++++k++++++A+

Q: 1942  QAISGqVSPEQVVELRLQAYNEITKSIVNDNIFSQYMHKILPTGNHLWTFKKQFAIQVAL  2001

         6665515667777888********************************************

S: 181   islvgyiLgLgdrhlenllidqetgevvhidfgvafekaktqlkvpekvPFRLTrnivna  240

         ++++ y+L++g r ++ +l++++tg++   df  a +      +++e vPFRLTrn++++

Q: 2002  SCFMSYMLQIGGRAPNKILFAKNTGKIFQTDFHPAYDPNGL-IEFNELVPFRLTRNMQAF  2060

         *************************************9999.9*****************

S: 241   lgvtgveGvfrasceavlrvlreskek..lltiLevflydplvdwkkkkkts  290

            +gveG++ +++  +++   ++k++  +   L  f +d+l+ w+  +++

Q: 2061  FSNFGVEGLIVSAMCSAAQSVVSPKQTqhIWHHLAMFFRDELLSWSW-RRPL  2111

         **********99999999888776654228899************95.5554

Domain Sequence
(FASTA)

GPDIPIVRRH GSSFRRLTLI GSDGSQRHFI VQTSLTPNAR SDERMLQLFR VLNKMFDKHK 60

ESRRRHLAIH TPIIIPVWSQ VRMVEDDLMY STFLEVYEIN CARHNREADS PITIFKEQLN 120

QAISGQVSPE QVVELRLQAY NEITKSIVND NIFSQYMHKI LPTGNHLWTF KKQFAIQVAL 180

SCFMSYMLQI GGRAPNKILF AKNTGKIFQT DFHPAYDPNG LIEFNELVPF RLTRNMQAFF 240

SNFGVEGLIV SAMCSAAQSV VSPKQTQHIW HHLAMFFRDE LLSWSWRRPL 290

Keyword

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Chlamydomonas reinhardtii"; ?>Cyanidioschyzon merolae"; ?>Glycine max"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>