LLPS-Mum-0043
Drosha

▼ OVERVIEW

Status: Reviewed
Protein Name: Ribonuclease 3; Protein Drosha; Ribonuclease III; RNase III
Gene Name: Drosha, Etohi2, Rn3, Rnasen
Ensembl Gene: ENSMUSG00000022191.16
Ensembl Protein: ENSMUSP00000087762.5
Organism: Mus musculus
Taxa ID: 10090
LLPS Type: Client


▼ PROPERTY


▼ Classification

Condensates:
CondensateDescriptionTissue/CellPMIDs
Stress granulePredicted from orthologsN/A(View)

▼ FUNCTION

Ribonuclease III double-stranded (ds) RNA-specific endoribonuclease that is involved in the initial step of microRNA (miRNA) biogenesis. Component of the microprocessor complex that is required to process primary miRNA transcripts (pri-miRNAs) to release precursor miRNA (pre-miRNA) in the nucleus. Within the microprocessor complex, DROSHA cleaves the 3' and 5' strands of a stem-loop in pri-miRNAs (processing center 11 bp from the dsRNA-ssRNA junction) to release hairpin-shaped pre-miRNAs that are subsequently cut by the cytoplasmic DICER to generate mature miRNAs. Involved also in pre-rRNA processing. Cleaves double-strand RNA and does not cleave single-strand RNA. Involved in the formation of GW bodies.

▼ SEQUENCE

Protein Sequence (FASTA)
1     MQGNTCHRMS  YHPGRGCPRG  RGGHGARPSA  PAFRPQNLRL  LHPQQPPAQY  QYEPPSAPSS  60
61    SYSNSQAPSF  MPPRPDFVPY  PPPAAPSAQG  PLPPCPVRPP  YPNHQMRHPF  PVPPCFPPMP  120
121   PPMPCPNNPP  ASGAPPGQGT  FPFMVPPPSM  PHPPPPPVMP  QQVNYQYPPG  YSHSFPPPGF  180
181   NSYQNNSSSF  PPSANSSSTP  HFRHLPPYSL  PKAQNERRSP  ERLKHYDDHR  HRDHSHGRGE  240
241   RHRSLERRER  GRSPERRRPE  SRYRSDYDRG  RTPPPRHRSY  ERSRERDRER  HRHREARRSP  300
301   SLERSYKKEY  KRSGRSYALP  VAPEPAGCTP  ELPGEMIKTT  ESWAPPPENV  NHRSPSREKK  360
361   RARWEEEKDR  WSDSQGSGKE  KNYTSIKEKE  AEEVPPEKTE  EEEEELLKPV  WIRCTHSESY  420
421   YSSDPMDQVG  DSTVVGTSRL  RDLYDKFEEE  LGNRQEKAKA  ARPPWEPPKT  KLDEDLESSS  480
481   ESECETDDDS  TCSSSSDSEV  FDVIAEIKRK  KAHPDRLHDE  LWYNDPGQMN  DGPLCKCSAK  540
541   ARRTGIRHSI  YPGEEAIKPC  RPMTNNAGRL  FHYRITVSPP  TNFLTDRPTV  IEYDDHEYIF  600
601   EGFSMFAHAP  LTNIPLCKVI  RFNIDYTIHF  IEEMMPENFC  VKGLELFSLF  LFRDILELYD  660
661   WNLKGPLFED  SPPCCPRFHF  MPRFVRFLPD  GGKEVLSMHQ  ILLYLLRCSK  ALVPEEEIAN  720
721   MLQWEELEWQ  KYAEECKGMI  VTNPGTKPSS  VRIDQLDREQ  FNPEVITFPI  IVHFGIRPAQ  780
781   LSYAGDPQYQ  KLWKSYVKLR  HLLANSPKVK  QTDKQKLAQR  EEALQKIRQK  NTMRREVTVE  840
841   LSSQGFWKTG  IRSDVCQHAM  MLPVLTHHIR  YHQCLMHLDK  LIGYTFQDRC  LLQLAMTHPS  900
901   HHLNFGMNPD  HARNSLSNCG  IRQPKYGDRK  VHHMHMRKKG  INTLINIMSR  LGQDDPTPSR  960
961   INHNERLEFL  GDAVVEFLTS  VHLYYLFPSL  EEGGLATYRT  AIVQNQHLAM  LAKKLELDRF  1020
1021  MLYAHGPDLC  RESDLRHAMA  NCFEALIGAV  YLEGSLEEAK  QLFGRLLFND  PDLREVWLNY  1080
1081  PLHPLQLQEP  NTDRQLIETS  PVLQKLTEFE  EAIGVIFTHV  RLLARAFTLR  TVGFNHLTLG  1140
1141  HNQRMEFLGD  SIMQLVATEY  LFIHFPDHHE  GHLTLLRSSL  VNNRTQAKVA  EELGMQEYAI  1200
1201  TNDKTKRPVA  LRTKTLADLL  ESFIAALYID  KDLEYVHTFM  NVCFFPRLKE  FILNQDWNDP  1260
1261  KSQLQQCCLT  LRTEGKEPDI  PLYKTLQTVG  PSHARTYTVA  VYFKGERIGC  GKGPSIQQAE  1320
1321  MGAAMDALEK  YNFPQMAHQK  RFIERKYRQE  LKEMRWEREH  QEREPEEAED  IKK  1373
Nucleotide CDS Sequence (FASTA)
1     ATGCAAGGCA  ATACGTGTCA  TAGAATGTCG  TACCACCCAG  GACGAGGGTG  TCCCCGGGGC  60
61    CGAGGAGGAC  ACGGAGCCAG  ACCTTCAGCA  CCAGCTTTCA  GACCCCAAAA  CCTGCGACTT  120
121   CTTCATCCCC  AGCAGCCGCC  TGCGCAGTAT  CAATATGAGC  CTCCGAGCGC  CCCCTCTTCC  180
181   TCCTACTCGA  ACTCTCAGGC  CCCCAGCTTT  ATGCCCCCAC  GGCCAGACTT  TGTCCCTTAC  240
241   CCTCCCCCAG  CGGCGCCGTC  TGCCCAAGGG  CCTCTCCCTC  CCTGCCCAGT  GAGGCCGCCT  300
301   TACCCCAACC  ACCAGATGAG  ACACCCTTTC  CCGGTGCCTC  CCTGTTTTCC  ACCCATGCCC  360
361   CCTCCGATGC  CTTGTCCCAA  TAACCCGCCT  GCCTCCGGAG  CACCTCCCGG  ACAAGGCACT  420
421   TTCCCCTTCA  TGGTGCCCCC  TCCTTCCATG  CCCCACCCTC  CGCCCCCGCC  CGTCATGCCG  480
481   CAGCAGGTTA  ATTACCAGTA  CCCCCCTGGG  TACTCGCACA  GCTTCCCACC  GCCCGGCTTC  540
541   AACAGTTACC  AGAACAACTC  CAGCTCTTTC  CCACCCAGTG  CTAACAGCAG  CAGCACTCCT  600
601   CATTTTCGAC  ACCTCCCACC  ATACTCACTC  CCAAAGGCTC  AGAATGAGAG  GCGGTCCCCA  660
661   GAAAGGCTCA  AGCACTACGA  CGACCACAGG  CACCGAGATC  ACAGTCACGG  GCGAGGCGAG  720
721   AGGCATCGGT  CCCTGGAGCG  CAGGGAGCGC  GGCCGCAGCC  CTGAAAGGAG  AAGACCTGAG  780
781   AGCCGCTACC  GCTCAGACTA  TGATCGGGGG  AGAACGCCAC  CGCCTCGCCA  CCGCAGCTAT  840
841   GAAAGGAGCA  GAGAGCGGGA  TCGAGAGAGA  CACAGGCACC  GGGAGGCCCG  CAGATCACCG  900
901   TCTCTAGAAA  GGTCCTACAA  GAAAGAGTAT  AAGAGATCTG  GAAGGAGTTA  CGCTTTACCA  960
961   GTTGCTCCTG  AGCCCGCTGG  GTGCACACCA  GAGTTGCCTG  GGGAGATGAT  TAAAACTACA  1020
1021  GAGTCTTGGG  CCCCGCCCCC  GGAGAATGTG  AATCATCGTT  CTCCAAGCAG  GGAGAAGAAG  1080
1081  AGAGCTCGTT  GGGAGGAGGA  AAAAGACAGA  TGGAGCGACA  GCCAGGGCTC  TGGCAAAGAG  1140
1141  AAGAACTACA  CGTCCATCAA  AGAGAAAGAG  GCAGAGGAGG  TGCCTCCAGA  GAAGACGGAG  1200
1201  GAGGAGGAGG  AAGAGCTCCT  TAAGCCTGTG  TGGATTCGCT  GTACACATTC  GGAAAGCTAT  1260
1261  TACTCCAGTG  ACCCAATGGA  TCAGGTGGGA  GACTCGACTG  TCGTAGGGAC  AAGCAGGCTC  1320
1321  CGTGATTTGT  ATGACAAATT  TGAGGAAGAA  TTGGGGAATA  GGCAAGAGAA  GGCCAAAGCT  1380
1381  GCCCGGCCTC  CGTGGGAGCC  TCCGAAGACA  AAGCTGGATG  AAGATTTAGA  GAGTTCCAGT  1440
1441  GAGTCTGAAT  GTGAGACTGA  CGACGACAGC  ACCTGTTCGA  GCAGCTCGGA  CTCGGAGGTG  1500
1501  TTCGATGTCA  TTGCAGAGAT  TAAACGCAAA  AAGGCTCACC  CTGACCGGCT  TCATGATGAA  1560
1561  CTCTGGTACA  ACGACCCAGG  CCAGATGAAC  GATGGACCGC  TTTGCAAATG  CAGTGCAAAA  1620
1621  GCCAGACGCA  CAGGAATCCG  CCACAGCATT  TATCCCGGAG  AAGAGGCAAT  CAAGCCCTGC  1680
1681  CGTCCGATGA  CCAACAACGC  TGGCCGGCTT  TTCCACTATC  GGATCACCGT  CTCCCCGCCT  1740
1741  ACCAACTTCT  TAACTGACAG  GCCAACAGTC  ATAGAATATG  ATGACCACGA  GTATATTTTT  1800
1801  GAAGGATTTT  CTATGTTTGC  ACATGCTCCT  CTGACCAATA  TTCCACTGTG  TAAAGTGATT  1860
1861  CGATTCAACA  TAGACTACAC  GATTCATTTT  ATCGAAGAGA  TGATGCCTGA  GAATTTTTGT  1920
1921  GTGAAAGGAC  TTGAACTGTT  TTCATTGTTC  CTATTCAGAG  ATATTTTGGA  ATTATATGAC  1980
1981  TGGAATCTTA  AAGGTCCTTT  GTTTGAAGAC  AGCCCTCCCT  GCTGTCCGAG  ATTTCATTTC  2040
2041  ATGCCACGTT  TTGTAAGATT  TCTTCCAGAT  GGAGGCAAAG  AAGTGTTATC  CATGCACCAG  2100
2101  ATCCTTCTCT  ACCTGCTGCG  CTGCAGCAAG  GCTCTGGTGC  CCGAGGAGGA  GATTGCCAAC  2160
2161  ATGCTCCAGT  GGGAGGAGCT  CGAGTGGCAG  AAATACGCAG  AGGAGTGCAA  AGGCATGATC  2220
2221  GTTACCAACC  CTGGGACGAA  ACCGAGCTCT  GTCCGCATTG  ATCAGCTGGA  TCGTGAACAG  2280
2281  TTCAACCCCG  AAGTGATCAC  TTTCCCGATT  ATCGTTCACT  TTGGGATCCG  CCCCGCACAG  2340
2341  TTGAGTTATG  CAGGAGACCC  ACAGTATCAG  AAATTATGGA  AAAGCTATGT  GAAACTTCGC  2400
2401  CACCTCCTAG  CAAACAGTCC  CAAAGTCAAA  CAAACTGACA  AGCAGAAGCT  GGCTCAGAGG  2460
2461  GAGGAAGCGC  TCCAGAAAAT  ACGGCAGAAG  AACACGATGC  GGCGAGAAGT  CACCGTGGAG  2520
2521  CTGAGTAGCC  AAGGATTCTG  GAAAACTGGC  ATTCGTTCTG  ATGTCTGTCA  GCATGCAATG  2580
2581  ATGCTGCCTG  TTCTGACCCA  TCACATCCGG  TACCATCAAT  GCTTAATGCA  CCTGGACAAG  2640
2641  TTGATAGGAT  ATACTTTCCA  AGACCGTTGT  CTGCTCCAGC  TTGCCATGAC  TCATCCGAGT  2700
2701  CACCATTTAA  ATTTTGGAAT  GAATCCTGAC  CATGCCAGGA  ATTCTTTGTC  TAACTGTGGA  2760
2761  ATTCGACAAC  CCAAATATGG  AGACAGAAAA  GTTCATCACA  TGCACATGCG  GAAAAAAGGA  2820
2821  ATTAATACCC  TAATAAATAT  CATGTCACGC  CTTGGCCAAG  ATGATCCAAC  TCCTTCAAGG  2880
2881  ATTAATCACA  ACGAAAGGTT  GGAGTTCCTG  GGGGATGCTG  TTGTTGAGTT  TCTGACCAGT  2940
2941  GTCCACCTGT  ACTACCTGTT  TCCTAGCTTG  GAGGAAGGGG  GCTTGGCGAC  CTATCGGACC  3000
3001  GCCATTGTTC  AGAATCAGCA  CCTCGCCATG  CTTGCAAAGA  AACTTGAACT  GGATCGATTT  3060
3061  ATGCTATATG  CCCATGGGCC  CGACCTATGT  AGAGAATCAG  ATCTCCGCCA  TGCGATGGCC  3120
3121  AATTGTTTTG  AAGCCTTGAT  AGGAGCTGTT  TACTTGGAGG  GGAGCCTAGA  GGAAGCCAAA  3180
3181  CAGTTATTTG  GACGCTTACT  CTTTAATGAT  CCGGACCTTC  GAGAAGTCTG  GCTCAATTAT  3240
3241  CCTCTCCACC  CACTCCAACT  ACAAGAGCCA  AATACGGATC  GGCAACTTAT  TGAAACTTCC  3300
3301  CCAGTTCTAC  AGAAACTTAC  GGAGTTTGAA  GAAGCAATTG  GAGTGATCTT  CACTCACGTC  3360
3361  CGGCTTCTGG  CGAGGGCGTT  CACACTGAGA  ACCGTGGGCT  TTAACCACCT  GACCCTAGGC  3420
3421  CACAATCAGA  GGATGGAATT  TCTGGGCGAC  TCCATAATGC  AGCTGGTGGC  CACAGAGTAC  3480
3481  TTGTTCATTC  ATTTCCCGGA  CCATCACGAA  GGACACTTGA  CGTTGTTACG  AAGTTCCTTA  3540
3541  GTGAACAACA  GAACGCAAGC  CAAGGTAGCA  GAGGAACTGG  GCATGCAGGA  GTATGCCATC  3600
3601  ACCAACGACA  AAACCAAGAG  ACCCGTGGCC  CTAAGAACCA  AGACTTTGGC  AGACCTTTTG  3660
3661  GAATCATTTA  TCGCAGCGCT  GTACATCGAC  AAGGACCTGG  AATATGTCCA  CACTTTCATG  3720
3721  AACGTCTGCT  TCTTTCCCCG  GCTGAAGGAG  TTCATTCTGA  ATCAGGATTG  GAACGACCCC  3780
3781  AAGTCGCAGC  TGCAGCAGTG  TTGTCTGACC  CTGAGGACAG  AAGGGAAAGA  GCCTGACATC  3840
3841  CCCTTATACA  AGACTCTGCA  GACAGTGGGG  CCATCCCATG  CTAGAACCTA  CACTGTGGCT  3900
3901  GTTTATTTCA  AGGGAGAAAG  GATAGGCTGT  GGGAAAGGAC  CAAGCATTCA  GCAGGCGGAG  3960
3961  ATGGGAGCAG  CAATGGATGC  ACTGGAGAAA  TATAACTTTC  CCCAGATGGC  CCATCAGAAG  4020
4021  CGGTTCATTG  AGCGGAAATA  CAGACAAGAG  TTAAAGGAAA  TGAGGTGGGA  AAGAGAGCAT  4080
4081  CAGGAGAGAG  AGCCGGAGGA  GGCTGAAGAC  ATCAAGAAGT  AA  4122

▼ KEYWORD

ID
Family
Complete proteome
Endonuclease
Hydrolase
Magnesium
Manganese
Metal-binding
Nuclease
Nucleus
Phosphoprotein
Reference proteome
Repeat
Ribosome biogenesis
RNA-binding
Zinc

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Microprocessor complex
Cellular Component
Nucleolus
Cellular Component
Nucleus
Cellular Component
Postsynaptic density
Molecular Function
DEAD/H-box RNA helicase binding
Molecular Function
Double-stranded RNA binding
Molecular Function
Endoribonuclease activity
Molecular Function
Lipopolysaccharide binding
Molecular Function
Metal ion binding
Molecular Function
Primary miRNA binding
Molecular Function
Protein homodimerization activity
Molecular Function
R-SMAD binding
Molecular Function
Ribonuclease III activity
Molecular Function
SMAD binding
Biological Process
Defense response to Gram-negative bacterium
Biological Process
Defense response to Gram-positive bacterium
Biological Process
MiRNA metabolic process
Biological Process
Positive regulation of gene expression
Biological Process
Pre-miRNA processing
Biological Process
Primary miRNA processing
Biological Process
Production of siRNA involved in RNA interference
Biological Process
Regulation of gene expression
Biological Process
Regulation of inflammatory response
Biological Process
Regulation of miRNA metabolic process
Biological Process
Regulation of regulatory T cell differentiation
Biological Process
Ribosome biogenesis
Biological Process
RNA processing
Biological Process
RRNA catabolic process

▼ KEGG


▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Caf-4574Canis familiaris99.360.01264
LLPS-Fec-2750Felis catus98.040.02024
LLPS-Eqc-1330Equus caballus98.040.02017
LLPS-Ran-3712Rattus norvegicus97.890.02092
LLPS-Hos-0695Homo sapiens97.850.02016
LLPS-Fud-0816Fukomys damarensis97.850.02022
LLPS-Mup-2687Mustela putorius furo97.850.02021
LLPS-Cas-2560Carlito syrichta97.768e-74 247
LLPS-Poa-0414Pongo abelii97.760.02009
LLPS-Mea-2623Mesocricetus auratus97.760.02018
LLPS-Cap-3922Cavia porcellus97.670.02020
LLPS-Caj-0398Callithrix jacchus97.670.02007
LLPS-Nol-1418Nomascus leucogenys97.570.02009
LLPS-Dio-2983Dipodomys ordii97.420.01982
LLPS-Tut-1368Tursiops truncatus96.920.02009
LLPS-Loa-3982Loxodonta africana96.650.01993
LLPS-Gog-2731Gorilla gorilla96.640.01985
LLPS-Ict-2531Ictidomys tridecemlineatus96.590.01840
LLPS-Pat-1906Pan troglodytes96.550.01984
LLPS-Pap-0031Pan paniscus96.550.01982
LLPS-Cea-2940Cercocebus atys96.550.01983
LLPS-Mam-1514Macaca mulatta96.460.01982
LLPS-Rhb-1821Rhinopithecus bieti96.180.01960
LLPS-Aim-1342Ailuropoda melanoleuca95.620.01963
LLPS-Urm-2308Ursus maritimus95.210.01938
LLPS-Chs-1538Chlorocebus sabaeus95.060.01931
LLPS-Paa-2419Papio anubis95.060.01930
LLPS-Orc-2083Oryctolagus cuniculus94.960.01929
LLPS-Maf-2929Macaca fascicularis94.960.01929
LLPS-Ova-3005Ovis aries94.960.01930
LLPS-Pes-0145Pelodiscus sinensis94.910.01860
LLPS-Man-1897Macaca nemestrina94.870.01929
LLPS-Sus-2070Sus scrofa94.870.01930
LLPS-Bot-2374Bos taurus94.780.01926
LLPS-Aon-3432Aotus nancymaae94.680.01924
LLPS-Myl-2365Myotis lucifugus94.050.01923
LLPS-Otg-0377Otolemur garnettii93.940.01906
LLPS-Mod-0125Monodelphis domestica93.660.01875
LLPS-Sah-3475Sarcophilus harrisii93.560.01875
LLPS-Leo-1348Lepisosteus oculatus92.40.01774
LLPS-Lac-2504Latimeria chalumnae92.350.01830
LLPS-Pof-3230Poecilia formosa91.60.01784
LLPS-Dar-1190Danio rerio91.390.01761
LLPS-Mal-0224Mandrillus leucophaeus91.330.01826
LLPS-Xim-1701Xiphophorus maculatus91.290.01773
LLPS-Meg-0379Meleagris gallopavo91.260.01870
LLPS-Orn-1285Oreochromis niloticus91.180.01778
LLPS-Asm-2971Astyanax mexicanus91.090.01733
LLPS-Anp-0566Anas platyrhynchos90.980.01879
LLPS-Gaga-1342Gallus gallus90.870.01859
LLPS-Orl-2103Oryzias latipes90.750.01767
LLPS-Fia-1700Ficedula albicollis90.680.01866
LLPS-Ten-1028Tetraodon nigroviridis90.630.01757
LLPS-Scf-2090Scleropages formosus90.00.01708
LLPS-Tag-1260Taeniopygia guttata89.930.01857
LLPS-Tar-0000Takifugu rubripes89.380.01604
LLPS-Anc-2673Anolis carolinensis88.640.01839
LLPS-Icp-2275Ictalurus punctatus88.550.01662
LLPS-Gaa-0078Gasterosteus aculeatus88.466e-162 493
LLPS-Xet-0425Xenopus tropicalis82.880.01719
LLPS-Ora-0762Ornithorhynchus anatinus80.790.01216
LLPS-Cii-2070Ciona intestinalis61.680.0 576
LLPS-Cis-1135Ciona savignyi58.850.01035
LLPS-Drm-0899Drosophila melanogaster55.360.01042
LLPS-Art-2979Arabidopsis thaliana45.08e-0655.1
LLPS-Cae-0120Caenorhabditis elegans39.181e-0760.8
LLPS-Asfu-1152Aspergillus fumigatus34.112e-0863.5
LLPS-Trr-0461Trichoderma reesei33.613e-0759.7
LLPS-Scj-1080Schizosaccharomyces japonicus33.592e-0862.0
LLPS-Asn-0446Aspergillus nidulans32.523e-0862.8
LLPS-Blg-0562Blumeria graminis32.263e-0966.2
LLPS-Asc-1452Aspergillus clavatus32.065e-0758.9
LLPS-Scs-0010Sclerotinia sclerotiorum31.713e-0862.8
LLPS-Nec-1499Neurospora crassa30.841e-0657.8
LLPS-Gag-1261Gaeumannomyces graminis30.143e-0759.7
LLPS-Scc-0110Schizosaccharomyces cryophilus30.095e-0655.5
LLPS-Hea-0056Helianthus annuus30.082e-0656.6
LLPS-Gas-0808Galdieria sulphuraria29.815e-1894.4
LLPS-Phn-0271Phaeosphaeria nodorum29.14e-1482.0
LLPS-Ast-0011Aspergillus terreus28.633e-1069.3
LLPS-Asni-0793Aspergillus niger28.262e-0760.5
LLPS-Phv-1759Phaseolus vulgaris27.956e-1481.6
LLPS-Cog-1133Colletotrichum gloeosporioides27.764e-1172.4
LLPS-Cogr-1123Colletotrichum graminicola27.751e-0657.8
LLPS-Aso-1172Aspergillus oryzae27.611e-1587.4
LLPS-Gor-2286Gossypium raimondii27.545e-1688.6
LLPS-Brd-2052Brachypodium distachyon27.484e-0862.4
LLPS-Arl-0675Arabidopsis lyrata27.434e-1792.0
LLPS-Kop-1306Komagataella pastoris27.41e-0863.5
LLPS-Tru-1692Triticum urartu27.352e-1896.3
LLPS-Map-0131Magnaporthe poae27.311e-1070.5
LLPS-Php-2444Physcomitrella patens27.17e-1791.3
LLPS-Scm-2593Scophthalmus maximus27.041e-1174.3
LLPS-Coc-0817Corchorus capsularis27.044e-1275.9
LLPS-Amt-1665Amborella trichopoda26.895e-1585.1
LLPS-Brr-0580Brassica rapa26.718e-1790.9
LLPS-Bro-2301Brassica oleracea26.712e-1896.3
LLPS-Thc-1677Theobroma cacao26.711e-1380.9
LLPS-Brn-2418Brassica napus26.711e-1897.1
LLPS-Pyt-0688Pyrenophora teres26.675e-1068.6
LLPS-Pot-0582Populus trichocarpa26.512e-1793.6
LLPS-Orr-1140Oryza rufipogon26.413e-1895.5
LLPS-Orb-2344Oryza barthii26.414e-1895.5
LLPS-Hov-1842Hordeum vulgare26.396e-1791.3
LLPS-Asf-0158Aspergillus flavus26.389e-1480.5
LLPS-Glm-0322Glycine max26.321e-1484.0
LLPS-Lem-0805Leptosphaeria maculans26.242e-0967.0
LLPS-Mao-0204Magnaporthe oryzae26.162e-1276.6
LLPS-Orbr-0238Oryza brachyantha26.15e-1172.4
LLPS-Sob-1359Sorghum bicolor26.077e-1378.2
LLPS-Mua-1275Musa acuminata25.92e-1586.7
LLPS-Tra-1241Triticum aestivum25.888e-1790.9
LLPS-Cus-1250Cucumis sativus25.825e-1585.1
LLPS-Fus-0064Fusarium solani25.764e-1482.4
LLPS-Nef-0084Neosartorya fischeri25.728e-1377.8
LLPS-Met-0661Medicago truncatula25.674e-1792.0
LLPS-Scp-0101Schizosaccharomyces pombe25.673e-1172.8
LLPS-Fuo-0810Fusarium oxysporum25.573e-0966.2
LLPS-Orp-1304Oryza punctata25.513e-1792.4
LLPS-Tum-0169Tuber melanosporum25.233e-22 108
LLPS-Abg-0025Absidia glauca24.923e-1586.3
LLPS-Trv-1621Trichoderma virens24.914e-0862.8
LLPS-Orni-2038Oryza nivara24.761e-0967.8
LLPS-Ori-1839Oryza indica24.767e-1068.2
LLPS-Vir-1119Vigna radiata24.724e-1275.9
LLPS-Mel-0234Melampsora laricipopulina24.72e-0656.6
LLPS-Nia-0174Nicotiana attenuata24.684e-0965.9
LLPS-Dac-1582Daucus carota24.579e-1584.3
LLPS-Ved-0953Verticillium dahliae24.329e-1274.3
LLPS-Dos-1240Dothistroma septosporum24.232e-1483.6
LLPS-Viv-1479Vitis vinifera24.084e-0655.8
LLPS-Sot-1046Solanum tuberosum23.948e-1171.2
LLPS-Coo-1131Colletotrichum orbiculare23.627e-1274.7
LLPS-Zyt-1005Zymoseptoria tritici23.248e-0861.6
LLPS-Put-0919Puccinia triticina22.861e-0967.8
LLPS-Pytr-0219Pyrenophora triticirepentis21.846e-1068.6