• Disorder▼
  • Domain▼
  • PTM▼
  • Variation▼
  • Mutation▼
  • Interaction▼
  • Disease▼
  • Drug▼
  • Physicochemical▼
  • Function▼
  • Proteomics▼
  • Structure▼
  • Localization▼
  • Expression▼
  • Element▼
  • Methylation▼

LLPS-Cogr-1118
GLRG_06057

Integrated Annotations

▼ OVERVIEW

Status: Unreviewed
Protein Name: DNA topoisomerase 2
Gene Name: GLRG_06057
Ensembl Gene: GLRG_06057
Ensembl Protein: EFQ30913
Organism: Colletotrichum graminicola
Taxa ID: 645133
LLPS Type: Others


▼ PROPERTY


▼ Classification

Condensates:
CondensateEvidenceOrthologs
Nucleolus, Centrosome/Spindle pole body, P-body, OthersPredicted from orthologs(View)

▼ FUNCTION

Control of topological states of DNA by transient breakage and subsequent rejoining of DNA strands. Topoisomerase II makes double-strand breaks.

▼ CROSS REFERENCE

DatabaseNucleotide IDProtein ID
EnsemblEFQ30913EFQ30913
UniProtE3QJ75, E3QJ75_COLGM
GeneBankGG697352EFQ30913.1
RefSeqXM_008096742.1XP_008094933.1

▼ SEQUENCE

Protein Sequence (FASTA)
1     MSMLPPKPAA  PRTNTRPDAD  LSQKPKAKAA  AVPKKAPAKK  LTQTTLKTKA  APKKRAKPES  60
61    DDDDGASAFD  STPPSAKKLK  KAPAAKKSSG  NPLAEIENDS  MMVDDEEEPA  PGPKSKKTAT  120
121   DTYQKLTQLE  HIIKRPDTYI  GSVEPTEQPM  WVFNKETNLM  EYRKVTYVPG  LYKIFDEILV  180
181   NAADNKQRDA  TMTYMKISVD  REAGEITVEN  NGKGIPVEIH  GKEKIYIPEM  IFGHLLTGSN  240
241   YDDDEKKTVG  GRNGYGAKLC  NVFSEQFTLE  CQDSNNGKRY  KQIWTDNMSK  CGKAKITSSK  300
301   TSDFVRVTFK  PDFKRFSMTG  IDDDLEALIY  RRVYDMAGTV  RGIKVHLNGT  HIKLAFKGYC  360
361   EMYAKAIAKE  RGAEEGVEPK  VVVEVDKTDA  HPRWEIAFTV  SDGTFQQVSF  VNSIATTSGG  420
421   THVNYIADQI  TGSLLKTLDK  KKKGHALKQN  HIRNHIFIFV  NCLVNNPAFT  SQTKEQMTTK  480
481   VSQFGSKCAL  TEEFLKKIAK  SDAIQNIIDF  AEKKADKMMA  KSDGNKRSRI  SNSKLVDANL  540
541   AGTRHGHECT  LILTEGDSAK  SLAVAGRAIL  DPDRIGVFPL  RGKMLNVRDA  SIDQITKNQE  600
601   IQNIKQFLGL  KHKQTYTDTK  SLRYGHLMIM  ADQDHDGSHI  KGLLINFLQV  QYPSLLQIPD  660
661   FFREFITPIV  KVWQGPNPKK  PLRLKSFFTQ  PQYEEWKEGH  RSELARWHYK  YYKGLGTSSN  720
721   EDAQVYFTNL  DDHLKEFDTM  KPDEVELFDL  AFSKKKADAR  KEWLGNFVPG  TFLDHSTKSI  780
781   TYTDFVNKEL  ILFSMADNMR  SIPSVVDGLK  PGQRKVIYAC  FKRNLVKDQK  VVELAGYISE  840
841   QTSYHHGEVS  LQQTIIGLAQ  NFVGSNNVNC  LEPSGNFGSR  LAGGSDAASP  RYIHTRLSPF  900
901   ARKIFSPLDE  PNLEPQYEDG  KRIEPKVYAP  IIPMILCNGA  DGIGTGWSTS  IPNYHPIDIV  960
961   NNLKRRMGRL  DPSNPEDAAF  QPMMPWFRGW  KGTPEQSEKD  RYKFNGICEI  DERTGEVIVT  1020
1021  ELPIRMWTDD  FKAKLEEVIS  GTKGPVWIKD  YKEFNDHKNV  HFVIQMDDKH  TKDILADGLL  1080
1081  ERFKLSKQIA  TSNLVAFDTR  GQIRKYEKVE  DILEEFYNYR  LDMYAQRKKH  WLGVYHSDFR  1140
1141  KLSEQARFIR  EIIEGKLVVA  KKRKQVLVEE  LAKRKYEAFP  KNKDKNVKKK  STDEDMEGND  1200
1201  EDEEDTDEQT  NGYDYLLSMP  IWSLTYERLE  RLERQIENKK  AEHDALLALG  EKDLWIQDLD  1260
1261  DFVAEWENQM  ALDAEIQTNI  RRLGRRVSKK  IGAGKGRKAK  KDDDDYAPGE  KKRAGAKAKA  1320
1321  APKVTEKAAE  RFAAMFDKAK  VKPKKEEAES  DAFSDDDFAA  LGRKGAAKPV  APSETRPRAA  1380
1381  ATKKKPIYTL  SDSDDEDFAS  LDKKSTSVPA  ESATEDNSSQ  AQKPVAAKKP  PPRVEELASD  1440
1441  DDFENLGSKK  SSSVKPETKP  AAKPAAKLAS  VEPEAKGNAS  RTQRAASTKK  KYVLDESSEL  1500
1501  SEDNFQSVEE  KSASPEPAPA  KPSANGRGQR  IAATKKSKYV  LDDESESEAN  DSQIGDIGAL  1560
1561  VRGIGAPKTD  KEKGRLSLFA  MNRPDGRDST  LPKIRTKASR  NFDDDSVDDT  NYEMLARSSP  1620
1621  HKTFTKGDEV  DSFLSDDGAP  ATKASKTSAA  KESKAAAAAP  VKKARGRPAG  TKNKLKDAEA  1680
1681  APVPKAKPKA  KAASKQTTLS  PAAKAYAAKK  ATKRVLSDDE  DDDAEVEEAE  SPPRPAARSR  1740
1741  PGRAAATKAK  AKPTYVIDDD  SEMDVDEPES  DDPFDMDSD  1779
Nucleotide CDS Sequence (FASTA)
1     ATGTCTATGT  TGCCGCCAAA  GCCGGCAGCT  CCTCGGACAA  ACACTCGACC  AGATGCTGAT  60
61    TTATCGCAGA  AGCCCAAGGC  CAAGGCCGCC  GCCGTCCCCA  AGAAGGCGCC  GGCGAAGAAA  120
121   CTGACGCAAA  CCACTCTGAA  GACGAAGGCC  GCGCCGAAGA  AGCGGGCGAA  GCCCGAATCC  180
181   GACGACGATG  ATGGCGCATC  CGCTTTCGAC  AGCACGCCCC  CTAGTGCGAA  GAAGCTTAAG  240
241   AAGGCTCCCG  CTGCCAAAAA  GTCAAGCGGG  AACCCTCTTG  CGGAAATTGA  AAACGACAGC  300
301   ATGATGGTCG  ACGATGAGGA  GGAGCCCGCC  CCGGGACCCA  AGTCCAAGAA  GACGGCCACC  360
361   GATACCTACC  AGAAGCTCAC  CCAGCTTGAG  CATATCATCA  AGCGTCCCGA  TACCTACATT  420
421   GGATCCGTGG  AGCCAACCGA  GCAACCCATG  TGGGTGTTCA  ACAAGGAGAC  GAATCTCATG  480
481   GAATACCGCA  AGGTCACGTA  CGTTCCTGGT  CTCTACAAGA  TTTTTGATGA  AATTCTCGTC  540
541   AACGCCGCCG  ACAACAAGCA  ACGCGACGCT  ACCATGACCT  ACATGAAAAT  CTCCGTCGAC  600
601   CGCGAAGCTG  GAGAGATCAC  CGTTGAGAAC  AACGGTAAAG  GTATCCCGGT  CGAGATTCAC  660
661   GGCAAGGAGA  AGATTTACAT  CCCTGAGATG  ATCTTCGGTC  ACCTCCTTAC  TGGTTCCAAC  720
721   TACGACGACG  ACGAGAAGAA  GACTGTTGGT  GGTCGTAACG  GTTACGGTGC  AAAGCTTTGC  780
781   AACGTCTTCA  GTGAGCAGTT  CACCCTCGAG  TGTCAAGACT  CCAACAACGG  CAAGAGATAC  840
841   AAACAGATCT  GGACCGACAA  CATGAGCAAG  TGCGGCAAGG  CAAAGATCAC  CAGCAGCAAG  900
901   ACTAGCGACT  TTGTTCGAGT  CACCTTCAAG  CCCGACTTCA  AGCGCTTCAG  CATGACTGGC  960
961   ATCGACGATG  ACCTCGAGGC  CCTCATCTAC  CGACGCGTCT  ACGACATGGC  CGGTACCGTT  1020
1021  CGGGGCATCA  AGGTGCACCT  TAACGGCACC  CACATTAAGC  TTGCTTTCAA  AGGCTACTGC  1080
1081  GAGATGTATG  CCAAGGCCAT  CGCGAAGGAA  CGTGGTGCCG  AGGAGGGTGT  CGAGCCCAAG  1140
1141  GTCGTTGTCG  AAGTTGACAA  AACCGACGCT  CACCCCAGAT  GGGAGATTGC  CTTCACCGTG  1200
1201  TCTGACGGCA  CGTTCCAGCA  GGTCTCGTTC  GTCAACTCCA  TCGCCACCAC  GTCTGGTGGT  1260
1261  ACACACGTCA  ACTACATTGC  CGACCAGATT  ACAGGCTCCC  TGCTCAAGAC  CCTCGACAAG  1320
1321  AAGAAGAAGG  GCCACGCTCT  CAAGCAGAAC  CACATTCGCA  ATCACATCTT  CATCTTTGTC  1380
1381  AACTGTCTTG  TCAACAATCC  CGCATTCACC  TCCCAAACGA  AGGAGCAAAT  GACTACCAAG  1440
1441  GTCAGCCAGT  TTGGTAGCAA  GTGTGCCTTG  ACTGAGGAAT  TCCTAAAGAA  GATCGCCAAA  1500
1501  TCAGACGCCA  TCCAGAACAT  CATTGACTTC  GCTGAGAAGA  AAGCCGACAA  GATGATGGCC  1560
1561  AAGAGCGACG  GAAACAAGCG  ATCACGCATC  AGCAACTCGA  AACTGGTTGA  TGCTAACTTG  1620
1621  GCCGGCACTC  GCCATGGCCA  CGAATGCACA  CTCATTCTCA  CCGAAGGTGA  CTCTGCCAAG  1680
1681  AGTTTGGCTG  TTGCCGGCCG  CGCAATTCTC  GACCCCGACC  GCATCGGAGT  CTTCCCCCTT  1740
1741  CGTGGTAAGA  TGTTGAACGT  CCGTGACGCA  TCTATCGACC  AGATCACGAA  GAACCAGGAA  1800
1801  ATCCAGAACA  TCAAGCAGTT  CCTCGGCCTG  AAGCACAAGC  AGACCTACAC  GGATACGAAG  1860
1861  AGTCTACGCT  ACGGCCATCT  GATGATCATG  GCCGATCAGG  ATCACGACGG  TTCTCATATC  1920
1921  AAGGGTCTTC  TCATTAACTT  CTTGCAAGTT  CAGTACCCAT  CCTTGTTGCA  AATCCCCGAC  1980
1981  TTCTTCCGGG  AGTTCATCAC  TCCCATCGTA  AAGGTCTGGC  AGGGACCCAA  CCCAAAGAAG  2040
2041  CCGCTTCGCC  TCAAGTCCTT  CTTCACCCAG  CCTCAGTATG  AGGAGTGGAA  GGAAGGTCAC  2100
2101  AGGAGCGAAC  TGGCCAGGTG  GCACTACAAG  TACTACAAGG  GTCTGGGTAC  CAGTTCGAAC  2160
2161  GAAGACGCCC  AGGTCTACTT  CACCAACCTT  GACGACCATC  TCAAGGAGTT  CGACACGATG  2220
2221  AAGCCGGACG  AGGTGGAGCT  TTTCGACCTC  GCCTTCTCCA  AGAAGAAGGC  GGACGCCAGA  2280
2281  AAGGAGTGGC  TCGGCAACTT  TGTACCCGGT  ACTTTCCTTG  ACCACTCGAC  CAAGTCCATC  2340
2341  ACTTACACGG  ACTTCGTCAA  CAAGGAACTC  ATCCTCTTCT  CCATGGCCGA  TAATATGCGA  2400
2401  TCCATCCCTT  CCGTCGTCGA  TGGACTGAAG  CCCGGTCAGC  GTAAGGTCAT  CTACGCCTGC  2460
2461  TTCAAGAGGA  ACCTGGTCAA  GGATCAGAAG  GTCGTTGAAT  TGGCTGGTTA  TATTTCTGAG  2520
2521  CAGACGTCCT  ACCACCACGG  TGAAGTCTCC  CTTCAGCAGA  CCATCATTGG  TCTTGCTCAG  2580
2581  AACTTCGTGG  GCTCCAACAA  TGTCAACTGC  CTGGAGCCCT  CTGGAAACTT  CGGTTCTCGT  2640
2641  CTTGCCGGTG  GTTCGGACGC  TGCCAGCCCT  CGTTACATTC  ACACGAGACT  GTCTCCGTTC  2700
2701  GCCAGGAAGA  TCTTCTCCCC  TCTCGATGAG  CCCAACCTGG  AGCCGCAGTA  CGAGGACGGG  2760
2761  AAGAGAATCG  AGCCCAAGGT  CTATGCGCCA  ATTATCCCCA  TGATTCTCTG  CAACGGTGCT  2820
2821  GATGGTATTG  GTACTGGTTG  GAGTACCTCC  ATCCCCAACT  ACCACCCGAT  CGACATCGTC  2880
2881  AACAATCTAA  AGAGACGCAT  GGGCCGCCTC  GATCCCTCGA  ACCCAGAGGA  TGCCGCCTTC  2940
2941  CAGCCGATGA  TGCCTTGGTT  CCGTGGTTGG  AAGGGCACCC  CCGAGCAGTC  CGAAAAAGAC  3000
3001  CGTTACAAGT  TCAACGGCAT  CTGCGAGATC  GACGAGAGGA  CCGGCGAAGT  CATTGTCACT  3060
3061  GAGCTTCCCA  TCCGCATGTG  GACAGATGAC  TTCAAGGCGA  AGCTGGAGGA  GGTCATCAGC  3120
3121  GGCACCAAGG  GCCCTGTTTG  GATCAAAGAT  TACAAGGAGT  TCAACGACCA  CAAGAACGTT  3180
3181  CACTTCGTCA  TTCAGATGGA  CGACAAACAC  ACCAAAGACA  TCTTGGCGGA  CGGTCTCTTG  3240
3241  GAGCGCTTCA  AGCTCAGCAA  GCAGATTGCC  ACCTCAAACT  TGGTCGCCTT  CGACACTCGT  3300
3301  GGCCAGATTC  GCAAGTATGA  AAAGGTTGAG  GACATTCTAG  AGGAGTTCTA  CAACTACCGT  3360
3361  CTGGACATGT  ACGCCCAGCG  CAAGAAGCAC  TGGCTTGGTG  TATACCATTC  GGACTTCAGG  3420
3421  AAGCTCTCCG  AGCAAGCCCG  TTTCATCAGG  GAGATTATTG  AAGGAAAGCT  TGTTGTGGCC  3480
3481  AAGAAGAGGA  AGCAGGTCCT  CGTCGAGGAG  CTCGCCAAGC  GAAAGTACGA  GGCCTTCCCC  3540
3541  AAGAACAAGG  ACAAGAACGT  CAAGAAGAAG  TCCACAGACG  AGGACATGGA  GGGCAACGAT  3600
3601  GAGGATGAGG  AGGATACCGA  CGAGCAGACC  AACGGCTACG  ATTACCTGCT  TTCTATGCCC  3660
3661  ATCTGGTCTC  TGACCTACGA  GCGCCTCGAG  AGACTGGAGA  GGCAGATCGA  GAACAAGAAG  3720
3721  GCCGAGCACG  ACGCCCTTCT  CGCCCTCGGC  GAGAAGGATC  TCTGGATCCA  GGACCTCGAC  3780
3781  GACTTCGTGG  CCGAGTGGGA  GAACCAGATG  GCCCTAGACG  CTGAAATCCA  GACCAATATC  3840
3841  CGCAGACTCG  GTAGGCGTGT  GTCGAAGAAG  ATTGGTGCTG  GTAAGGGCCG  CAAGGCCAAG  3900
3901  AAAGACGACG  ATGATTACGC  GCCTGGAGAG  AAGAAACGTG  CTGGCGCCAA  GGCCAAGGCC  3960
3961  GCTCCCAAAG  TAACGGAAAA  GGCAGCTGAG  AGATTTGCCG  CCATGTTTGA  CAAGGCAAAG  4020
4021  GTGAAGCCCA  AGAAGGAGGA  GGCCGAGTCT  GACGCTTTCT  CGGACGATGA  CTTTGCTGCT  4080
4081  CTCGGTCGCA  AGGGCGCCGC  CAAGCCAGTG  GCTCCTAGCG  AAACCCGCCC  GAGGGCGGCG  4140
4141  GCAACCAAGA  AGAAGCCCAT  CTACACCTTG  AGCGACTCCG  ATGACGAGGA  CTTCGCCAGC  4200
4201  CTGGACAAGA  AGAGTACATC  AGTCCCGGCA  GAGTCAGCGA  CCGAGGACAA  CTCCTCGCAG  4260
4261  GCCCAGAAAC  CAGTGGCGGC  CAAGAAGCCC  CCACCCCGTG  TGGAAGAGTT  GGCTAGTGAC  4320
4321  GACGATTTCG  AAAATCTGGG  AAGCAAGAAG  AGCTCCAGCG  TCAAGCCCGA  AACGAAGCCC  4380
4381  GCAGCCAAGC  CTGCCGCGAA  GCTCGCATCG  GTCGAGCCTG  AAGCCAAGGG  CAACGCTTCT  4440
4441  CGTACGCAAC  GAGCTGCTTC  GACGAAGAAG  AAGTACGTTC  TTGACGAGTC  GTCCGAGCTG  4500
4501  TCTGAGGACA  ATTTCCAAAG  CGTCGAGGAA  AAGAGCGCCT  CTCCCGAGCC  GGCACCCGCG  4560
4561  AAGCCCTCAG  CTAACGGCAG  GGGTCAACGA  ATTGCTGCGA  CAAAGAAGTC  CAAGTACGTC  4620
4621  CTGGACGACG  AGTCTGAGTC  TGAAGCAAAC  GACAGCCAGA  TCGGAGACAT  TGGTGCTCTG  4680
4681  GTTCGAGGCA  TCGGCGCGCC  CAAGACAGAT  AAAGAGAAGG  GTCGACTTAG  TCTGTTTGCC  4740
4741  ATGAACCGCC  CTGACGGGCG  CGACTCCACT  CTGCCCAAGA  TCAGGACGAA  GGCGTCAAGA  4800
4801  AACTTTGACG  ACGATAGCGT  CGACGACACC  AACTACGAGA  TGCTTGCTCG  CTCGTCTCCC  4860
4861  CACAAGACCT  TTACCAAGGG  CGATGAAGTT  GATAGCTTCT  TGAGCGACGA  CGGTGCCCCT  4920
4921  GCTACCAAGG  CTTCCAAGAC  ATCCGCCGCC  AAGGAGTCTA  AGGCTGCCGC  TGCTGCACCT  4980
4981  GTCAAGAAGG  CTCGTGGCCG  TCCTGCGGGA  ACGAAAAACA  AGCTCAAGGA  TGCCGAAGCA  5040
5041  GCACCTGTGC  CCAAGGCCAA  ACCCAAGGCG  AAGGCTGCCT  CCAAGCAGAC  CACCCTCTCT  5100
5101  CCCGCTGCTA  AGGCATACGC  CGCAAAGAAA  GCGACCAAGC  GTGTCTTGAG  CGACGACGAA  5160
5161  GACGATGACG  CGGAGGTGGA  AGAGGCCGAG  TCTCCGCCTC  GCCCGGCTGC  TAGAAGCAGA  5220
5221  CCTGGACGAG  CGGCAGCGAC  CAAAGCGAAG  GCTAAGCCAA  CCTATGTTAT  CGACGACGAC  5280
5281  AGCGAGATGG  ATGTTGACGA  GCCAGAGAGC  GACGACCCCT  TCGACATGGA  TAGCGATTAA  5340

▼ KEYWORD

ID
Family
ATP-binding
Coiled coil
Complete proteome
DNA-binding
Isomerase
Nucleotide-binding
Reference proteome
Topoisomerase

▼ GENE ONTOLOGY

ID
Classification
Description
Molecular Function
ATP binding
Molecular Function
DNA binding
Molecular Function
DNA topoisomerase type II (ATP-hydrolyzing) activity
Biological Process
DNA topological change

▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Coo-0483Colletotrichum orbiculare83.710.02504
LLPS-Cog-1118Colletotrichum gloeosporioides82.570.02515
LLPS-Ved-0061Verticillium dahliae79.30.01997
LLPS-Fuv-0088Fusarium verticillioides78.120.01980
LLPS-Fus-0152Fusarium solani77.540.01962
LLPS-Trr-0821Trichoderma reesei76.770.01926
LLPS-Map-0379Magnaporthe poae75.670.01839
LLPS-Beb-0468Beauveria bassiana74.420.01927
LLPS-Mao-1191Magnaporthe oryzae74.360.01857
LLPS-Gag-0900Gaeumannomyces graminis74.280.01835
LLPS-Fuo-0011Fusarium oxysporum72.670.01973
LLPS-Trv-0987Trichoderma virens72.390.01928
LLPS-Scs-0101Sclerotinia sclerotiorum70.730.01759
LLPS-Blg-0912Blumeria graminis69.690.01750
LLPS-Nec-0668Neurospora crassa69.250.01744
LLPS-Tag-3497Taeniopygia guttata62.964e-48 175
LLPS-Nef-1046Neosartorya fischeri62.480.01534
LLPS-Ast-0202Aspergillus terreus62.280.01540
LLPS-Asni-0246Aspergillus niger62.190.01534
LLPS-Asfu-0179Aspergillus fumigatus62.010.01528
LLPS-Asc-0911Aspergillus clavatus61.580.01513
LLPS-Zyt-0916Zymoseptoria tritici61.440.01439
LLPS-Aso-1019Aspergillus oryzae61.320.01508
LLPS-Dos-0710Dothistroma septosporum61.120.01432
LLPS-Asf-0248Aspergillus flavus60.870.01500
LLPS-Lem-0998Leptosphaeria maculans59.650.01435
LLPS-Phn-0227Phaeosphaeria nodorum59.420.01442
LLPS-Pyt-0241Pyrenophora teres59.320.01450
LLPS-Pytr-0629Pyrenophora triticirepentis59.290.01451
LLPS-Asn-0375Aspergillus nidulans58.670.01378
LLPS-Tum-1047Tuber melanosporum56.10.01315
LLPS-Crn-0113Cryptococcus neoformans55.230.01279
LLPS-Pug-0864Puccinia graminis54.730.0 595
LLPS-Ors-1369Oryza sativa52.210.0 970
LLPS-Scp-0780Schizosaccharomyces pombe52.170.01217
LLPS-Scj-0480Schizosaccharomyces japonicus51.730.01222
LLPS-Mel-0086Melampsora laricipopulina51.540.01165
LLPS-Sac-0083Saccharomyces cerevisiae51.30.01138
LLPS-Usm-0327Ustilago maydis51.290.01192
LLPS-Miv-0592Microbotryum violaceum51.250.01172
LLPS-Spr-0254Sporisorium reilianum51.210.01172
LLPS-Put-0018Puccinia triticina51.10.01182
LLPS-Yal-0163Yarrowia lipolytica51.080.01179
LLPS-Mea-1282Mesocricetus auratus50.777e-163 530
LLPS-Scc-0492Schizosaccharomyces cryophilus49.620.01162
LLPS-Amt-0477Amborella trichopoda49.450.01110
LLPS-Chr-0253Chlamydomonas reinhardtii49.330.01091
LLPS-Php-0631Physcomitrella patens49.230.01111
LLPS-Anc-0167Anolis carolinensis48.940.01060
LLPS-Asg-0496Ashbya gossypii48.840.01118
LLPS-Leo-2886Lepisosteus oculatus48.760.01056
LLPS-Viv-0295Vitis vinifera48.750.01104
LLPS-Gor-0220Gossypium raimondii48.680.01100
LLPS-Paa-1409Papio anubis48.60.01035
LLPS-Arl-0792Arabidopsis lyrata48.470.01070
LLPS-Zem-1267Zea mays48.430.01099
LLPS-Sem-1748Selaginella moellendorffii48.420.01084
LLPS-Pot-1137Populus trichocarpa48.40.01099
LLPS-Sei-0191Setaria italica48.260.01081
LLPS-Dar-0407Danio rerio48.170.01070
LLPS-Anp-0105Anas platyrhynchos48.020.01061
LLPS-Meg-0301Meleagris gallopavo48.010.01035
LLPS-Gaga-0237Gallus gallus47.940.01063
LLPS-Mua-0844Musa acuminata47.930.01084
LLPS-Scm-0243Scophthalmus maximus47.910.01063
LLPS-Icp-1844Ictalurus punctatus47.880.01060
LLPS-Orp-0191Oryza punctata47.870.01087
LLPS-Osl-1016Ostreococcus lucimarinus47.870.01057
LLPS-Orl-1709Oryzias latipes47.860.01058
LLPS-Pof-1502Poecilia formosa47.790.01049
LLPS-Ora-1514Ornithorhynchus anatinus47.770.01060
LLPS-Thc-0408Theobroma cacao47.770.01086
LLPS-Dio-1077Dipodomys ordii47.770.01060
LLPS-Sob-0618Sorghum bicolor47.760.01075
LLPS-Mum-1499Mus musculus47.750.01060
LLPS-Nol-0915Nomascus leucogenys47.740.01064
LLPS-Orn-0671Oreochromis niloticus47.730.01050
LLPS-Art-0275Arabidopsis thaliana47.650.01082
LLPS-Pat-1302Pan troglodytes47.650.01062
LLPS-Orb-1243Oryza barthii47.620.01085
LLPS-Orni-0744Oryza nivara47.620.01085
LLPS-Hos-0926Homo sapiens47.620.01063
LLPS-Pap-0431Pan paniscus47.620.01063
LLPS-Orr-0154Oryza rufipogon47.620.01085
LLPS-Org-0004Oryza glaberrima47.620.01085
LLPS-Mae-0390Manihot esculenta47.60.01085
LLPS-Prp-0453Prunus persica47.60.01073
LLPS-Scf-1622Scleropages formosus47.590.01039
LLPS-Poa-0911Pongo abelii47.570.01061
LLPS-Ten-1234Tetraodon nigroviridis47.570.01051
LLPS-Eqc-1346Equus caballus47.560.01060
LLPS-Tut-0328Tursiops truncatus47.530.01063
LLPS-Orgl-1604Oryza glumaepatula47.50.01085
LLPS-Glm-0228Glycine max47.490.01061
LLPS-Asm-2141Astyanax mexicanus47.470.01058
LLPS-Met-1652Medicago truncatula47.450.01075
LLPS-Kop-0824Komagataella pastoris47.430.01045
LLPS-Loa-1894Loxodonta africana47.430.01052
LLPS-Gog-0280Gorilla gorilla47.420.01061
LLPS-Mod-1811Monodelphis domestica47.390.01059
LLPS-Orbr-0422Oryza brachyantha47.390.01080
LLPS-Lep-0292Leersia perrieri47.380.01073
LLPS-Gas-0316Galdieria sulphuraria47.380.01079
LLPS-Chs-0843Chlorocebus sabaeus47.340.01063
LLPS-Orm-1022Oryza meridionalis47.340.01085
LLPS-Pes-0696Pelodiscus sinensis47.310.01063
LLPS-Maf-0490Macaca fascicularis47.30.01064
LLPS-Sah-2750Sarcophilus harrisii47.30.01059
LLPS-Cea-0600Cercocebus atys47.30.01063
LLPS-Fud-1452Fukomys damarensis47.30.01064
LLPS-Myl-3076Myotis lucifugus47.30.01067
LLPS-Mal-2089Mandrillus leucophaeus47.30.01062
LLPS-Man-0301Macaca nemestrina47.30.01063
LLPS-Mam-2471Macaca mulatta47.30.01064
LLPS-Cap-3925Cavia porcellus47.270.01050
LLPS-Ova-1413Ovis aries47.260.01060
LLPS-Otg-0552Otolemur garnettii47.220.01059
LLPS-Ict-2400Ictidomys tridecemlineatus47.220.01061
LLPS-Hea-0301Helianthus annuus47.210.01082
LLPS-Dac-0114Daucus carota47.210.01040
LLPS-Fia-2030Ficedula albicollis47.20.01036
LLPS-Xim-0001Xiphophorus maculatus47.190.01051
LLPS-Sus-2527Sus scrofa47.180.01056
LLPS-Aon-1266Aotus nancymaae47.180.01058
LLPS-Bot-3352Bos taurus47.180.01016
LLPS-Fec-0716Felis catus47.180.01060
LLPS-Orc-0432Oryctolagus cuniculus47.180.01015
LLPS-Abg-0817Absidia glauca47.170.01061
LLPS-Nia-0916Nicotiana attenuata47.170.01061
LLPS-Caj-1434Callithrix jacchus47.140.01059
LLPS-Cas-2105Carlito syrichta47.140.01060
LLPS-Gaa-1630Gasterosteus aculeatus47.120.01036
LLPS-Caf-1226Canis familiaris47.10.01040
LLPS-Mup-0069Mustela putorius furo47.090.01015
LLPS-Cii-0479Ciona intestinalis47.080.01034
LLPS-Aim-0929Ailuropoda melanoleuca47.060.01056
LLPS-Ran-3717Rattus norvegicus47.030.01046
LLPS-Sot-0381Solanum tuberosum47.00.01073
LLPS-Vir-0821Vigna radiata46.990.01061
LLPS-Brd-0730Brachypodium distachyon46.920.01075
LLPS-Brn-3368Brassica napus46.910.01073
LLPS-Via-0487Vigna angularis46.90.01062
LLPS-Cis-1243Ciona savignyi46.880.01042
LLPS-Bro-0129Brassica oleracea46.880.01067
LLPS-Brr-1058Brassica rapa46.80.01069
LLPS-Sol-0845Solanum lycopersicum46.790.01061
LLPS-Tar-1356Takifugu rubripes46.680.01039
LLPS-Phv-0522Phaseolus vulgaris46.680.01060
LLPS-Urm-1114Ursus maritimus46.670.01037
LLPS-Coc-0337Corchorus capsularis46.540.01037
LLPS-Tra-2793Triticum aestivum46.530.01074
LLPS-Tru-0090Triticum urartu46.420.01067
LLPS-Lac-3006Latimeria chalumnae46.340.01004
LLPS-Chc-0380Chondrus crispus46.290.0 956
LLPS-Rhb-1994Rhinopithecus bieti46.070.0 987
LLPS-Hov-0717Hordeum vulgare45.870.01054
LLPS-Cus-0911Cucumis sativus45.860.0 994
LLPS-Ori-0436Oryza indica45.370.01011
LLPS-Drm-0188Drosophila melanogaster45.150.0 990
LLPS-Cym-0272Cyanidioschyzon merolae44.640.01046
LLPS-Cae-1575Caenorhabditis elegans44.340.0 986
LLPS-Xet-1459Xenopus tropicalis44.050.0 926