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

LLPS-Anp-0105
TOP2B

Integrated Annotations

▼ OVERVIEW

Status: Unreviewed
Protein Name: DNA topoisomerase 2
Gene Name: TOP2B
Ensembl Gene: ENSAPLG00000006835.1
Ensembl Protein: ENSAPLP00000006614.1
Organism: Anas platyrhynchos
Taxa ID: 8839
LLPS Type: Others


▼ PROPERTY


▼ Classification

Condensates:
CondensateEvidenceOrthologs
Nucleolus, PML nuclear body, 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
EnsemblENSAPLT00000007261.1ENSAPLP00000006614.1
UniProtU3IH92, U3IH92_ANAPL
GeneBankADON01134157

▼ SEQUENCE

Protein Sequence (FASTA)
1     TLFDNQISAA  KKEESESINK  NDTSKKMSVE  RVYQKKTQLE  HILLRPDTYI  GSVEPLTQLM  60
61    WVYDEDVGMN  CREVTFVPGL  YKIFDEILVN  AADNKQRDKN  MTCIKISIDP  ESNIISIWNN  120
121   GKGIPVVEHK  VEKVYVPALI  FGQLLTSSNY  DDDEKKVTGG  RNGYGAKLCN  IFSTKFTVET  180
181   ACKEYKHSFK  QTWMNNMMKT  SEPKIKHFDG  DDYTCITFQP  DLSKFKMEKL  DKDIVALMTR  240
241   RAYDLAGSCK  GVKVMLNGKK  LPVNGFRSYV  DLYVKDKLDE  TGVALKVIHE  VVNERWDVCL  300
301   TLSEKGFQQI  SFVNSIATTK  GGRHVDYVVD  QVVGKLIEVV  KKKNKAGVSV  KPFQVKNHIW  360
361   VFVNCLIENP  SFDSQTKENM  TLQPKSFGSK  CQLSEKFFKA  ASNCGIIESI  LNWVKFKAQT  420
421   QLNKKCSSVK  HSKIKGIPKL  DDANDAGGKH  SLDCTLILTE  GDSAKSLAVS  GLGVIGRDRY  480
481   GVFPLRGKIL  NVREASHKQI  MENAEINNII  KIVGLQYKKS  YEDPESLKSL  RYGKIMIMTD  540
541   QDQDGSHIKG  LLINFIHHNW  PSLLKHGFLE  EFITPIVKAS  KNKQELSFYS  IPEFDEWKKH  600
601   MENHKAWKIK  YYKGLGTSTA  KEAKEYFADM  ERHRILFRYA  GPEDDAAITL  AFSKKKIDDR  660
661   KEWLTNFMED  RRQRRLHGLP  EQFLYGTATK  HLTYNDFINK  ELILFSNSDN  ERSIPSLVDG  720
721   LKPGQRKVLF  TCFKRNDKRE  VKVAQLAGSV  AEMSAYHHGE  QALMMTIVNL  AQNFVGSNNV  780
781   NLLQPIGQFG  TRLHGGKDAA  SPRYIFTMLS  PLARLLFPSV  DDNLLKFLYD  DNQRVEPEWY  840
841   IPIIPMVLVN  GAEGIGTGWA  CKLPNYDTRE  IVNNVRRMLD  GLDPHPMFQL  PNYKNFKGTI  900
901   QELGQNQYVV  SGEIFVVDRN  TVEITELPVR  TWTQVYKEQV  LEPMLNGTEK  TPALISDYKE  960
961   YHTDTTVKFV  VKMTEEKLAQ  AEAAGLHKVF  KLQTSLTCNS  MVLFDHMGCL  KKYETVQDIL  1020
1021  KEFFDLRLHY  YSLRKEWLVG  MLGAESTKLN  NQARFILEKI  QGKITIENRS  KRDLIQMLVQ  1080
1081  RGYESDPVKA  WKEAQEKAAE  EEDPQNQNDD  ASSASGSTSG  PDFNYILNMS  LWSLTKEKVE  1140
1141  ELIKHRDSKE  RELNDLKRKS  SSDLWKEDLA  AFVEELEKVE  AQEREDVLAG  MVGKPIKGKV  1200
1201  GKPKMKKLQL  EETMPSPFGR  RIVPQITSAM  KADASRKLLK  KKKGDTDSLA  IKMEFDEEFG  1260
1261  GAQAEGGGDD  SLNTTASATK  TPKIKREKKE  PGTRVRRTPS  STKSSGKKVK  KRNPWSDDES  1320
1321  KSESDLEENE  PVIIPRDSLL  RRAAAERPKY  TFDFSEEEDD  ADDDDDANNN  NDLDELKVKA  1380
1381  SPVTNDREDE  FVPSDSLEKD  EYDFSPAKSK  PSPERKTSQE  KKNQDFGNIF  SFPSYSQKTD  1440
1441  DDTTKLDSDE  EDSTPVFSSS  FTPKQAEKIP  SKTVAAKKAK  VDAPPKPKRA  PKAKKVETIN  1500
1501  SDSDSEFGIP  KKTAAPKGKG  RGAKKRKASS  SENEGEYNPG  KKTPKSTPSK  KSKKAAFDQD  1560
1561  SDVEIFQSGF  ASETAPKPRT  GRARKEVKYF  AESDEDDDFD  MFN  1603
Nucleotide CDS Sequence (FASTA)
1     ACATTATTTG  ATAATCAAAT  CAGTGCTGCA  AAAAAGGAAG  AATCAGAAAG  CATTAATAAA  60
61    AATGACACTT  CAAAGAAGAT  GTCTGTTGAG  AGAGTTTATC  AGAAAAAGAC  TCAGCTTGAG  120
121   CACATCCTCC  TCCGTCCAGA  CACCTACATC  GGATCAGTTG  AACCGTTAAC  TCAGTTAATG  180
181   TGGGTTTATG  ATGAAGATGT  AGGAATGAAT  TGCAGAGAAG  TTACCTTTGT  CCCAGGCCTA  240
241   TACAAGATCT  TTGATGAAAT  CCTTGTAAAT  GCCGCTGACA  ATAAGCAGAG  GGACAAGAAT  300
301   ATGACTTGTA  TTAAAATATC  CATCGATCCG  GAATCAAACA  TTATCAGCAT  ATGGAATAAT  360
361   GGCAAGGGCA  TACCAGTTGT  GGAACACAAA  GTAGAAAAAG  TATATGTACC  CGCTTTAATC  420
421   TTTGGGCAGC  TACTAACATC  GAGCAACTAC  GACGATGATG  AGAAAAAAGT  TACAGGTGGT  480
481   CGTAATGGCT  ATGGTGCAAA  ACTTTGTAAC  ATATTTAGTA  CAAAGTTTAC  AGTTGAAACT  540
541   GCTTGCAAGG  AATACAAACA  CAGCTTTAAG  CAGACTTGGA  TGAACAATAT  GATGAAGACT  600
601   TCTGAACCCA  AGATTAAACA  TTTTGATGGT  GATGACTACA  CATGCATTAC  ATTCCAACCA  660
661   GATCTATCTA  AATTTAAAAT  GGAAAAACTC  GATAAGGATA  TTGTGGCCCT  CATGACAAGA  720
721   AGAGCATATG  ATTTGGCTGG  GTCATGCAAA  GGAGTCAAAG  TTATGTTGAA  TGGGAAGAAG  780
781   TTACCTGTAA  ATGGATTTCG  CAGTTACGTA  GATCTTTACG  TAAAGGACAA  GCTGGATGAA  840
841   ACTGGAGTTG  CACTCAAAGT  TATTCATGAA  GTTGTGAATG  AACGATGGGA  TGTGTGCCTA  900
901   ACTTTAAGTG  AAAAAGGATT  TCAGCAAATC  AGCTTTGTAA  ATAGTATAGC  TACCACAAAG  960
961   GGTGGTAGGC  ATGTCGATTA  CGTGGTGGAT  CAGGTTGTGG  GCAAACTGAT  AGAAGTGGTG  1020
1021  AAAAAGAAGA  ATAAAGCTGG  AGTTTCAGTG  AAACCATTTC  AGGTGAAGAA  TCATATATGG  1080
1081  GTTTTTGTTA  ATTGCTTGAT  TGAAAACCCA  TCGTTTGATT  CCCAGACAAA  GGAAAACATG  1140
1141  ACACTGCAGC  CTAAAAGTTT  TGGGTCCAAG  TGCCAGCTAT  CTGAGAAATT  TTTTAAAGCA  1200
1201  GCCTCTAACT  GTGGTATCAT  AGAGAGCATT  TTGAATTGGG  TCAAATTCAA  GGCACAGACT  1260
1261  CAGCTGAACA  AAAAATGTTC  ATCAGTGAAA  CACAGTAAAA  TCAAGGGCAT  CCCAAAACTG  1320
1321  GATGATGCTA  ATGATGCTGG  CGGCAAACAT  TCCTTGGACT  GCACGCTAAT  CTTAACAGAA  1380
1381  GGAGACTCCG  CCAAATCTTT  AGCTGTCTCT  GGCTTAGGTG  TTATTGGTCG  AGACAGATAC  1440
1441  GGAGTATTCC  CACTCAGGGG  CAAAATTCTT  AACGTTCGAG  AAGCTTCTCA  CAAACAGATC  1500
1501  ATGGAAAATG  CAGAAATCAA  CAACATCATC  AAAATAGTTG  GATTACAATA  CAAGAAAAGC  1560
1561  TATGAAGATC  CAGAATCTCT  AAAAAGTTTG  AGATATGGAA  AAATTATGAT  CATGACAGAT  1620
1621  CAGGATCAGG  ATGGATCTCA  CATAAAAGGC  TTGTTGATCA  ATTTTATTCA  TCACAATTGG  1680
1681  CCATCACTGT  TGAAACATGG  TTTTCTGGAG  GAGTTCATCA  CTCCCATAGT  AAAGGCAAGC  1740
1741  AAAAATAAGC  AAGAACTTTC  GTTCTATAGT  ATTCCAGAAT  TTGATGAGTG  GAAGAAACAC  1800
1801  ATGGAAAATC  ATAAAGCATG  GAAGATAAAG  TACTACAAAG  GTTTGGGTAC  CAGCACTGCT  1860
1861  AAAGAAGCAA  AAGAATATTT  TGCTGACATG  GAAAGACATC  GGATCTTATT  TCGATATGCT  1920
1921  GGTCCTGAAG  ATGATGCTGC  CATTACACTG  GCCTTCAGTA  AAAAGAAGAT  TGATGACCGG  1980
1981  AAAGAATGGT  TAACAAACTT  CATGGAGGAC  AGGAGACAGC  GTCGGCTACA  TGGTCTTCCT  2040
2041  GAGCAATTTT  TATATGGTAC  AGCAACAAAA  CATTTAACTT  ACAATGACTT  CATTAACAAG  2100
2101  GAGTTGATCC  TTTTCTCCAA  TTCAGACAAT  GAGAGATCTA  TTCCTTCCCT  TGTTGATGGT  2160
2161  TTAAAACCAG  GGCAGCGCAA  AGTTTTGTTT  ACTTGCTTTA  AGAGAAATGA  TAAACGTGAA  2220
2221  GTAAAGGTTG  CTCAGCTGGC  TGGTTCTGTT  GCCGAAATGT  CAGCTTATCA  CCATGGGGAG  2280
2281  CAAGCTTTAA  TGATGACTAT  TGTCAACTTG  GCTCAGAACT  TTGTTGGAAG  TAACAATGTT  2340
2341  AATCTGCTAC  AACCTATTGG  TCAGTTTGGT  ACCAGGCTTC  ATGGTGGAAA  GGATGCTGCC  2400
2401  AGCCCTCGTT  ATATTTTCAC  CATGTTAAGC  CCTTTAGCCA  GGCTGCTTTT  TCCATCAGTG  2460
2461  GATGACAACT  TGCTTAAATT  CCTCTATGAT  GACAACCAGC  GCGTAGAGCC  TGAATGGTAC  2520
2521  ATTCCCATCA  TTCCTATGGT  TTTAGTAAAT  GGAGCTGAAG  GAATTGGTAC  CGGATGGGCT  2580
2581  TGCAAACTTC  CAAACTATGA  TACCAGAGAG  ATTGTAAACA  ATGTCAGACG  AATGCTGGAT  2640
2641  GGCTTAGATC  CCCACCCTAT  GTTTCAGCTC  CCAAACTACA  AAAACTTCAA  AGGAACCATT  2700
2701  CAGGAACTTG  GTCAAAACCA  GTATGTAGTC  AGTGGTGAAA  TATTTGTGGT  GGACAGGAAC  2760
2761  ACAGTAGAAA  TTACAGAGCT  TCCTGTAAGA  ACATGGACCC  AGGTGTACAA  AGAACAAGTT  2820
2821  CTAGAACCCA  TGTTGAATGG  AACTGAAAAA  ACTCCAGCAT  TAATTTCTGA  CTATAAGGAA  2880
2881  TACCACACTG  ACACAACTGT  GAAATTTGTT  GTGAAGATGA  CAGAAGAAAA  ACTTGCACAG  2940
2941  GCAGAAGCTG  CTGGACTGCA  CAAAGTTTTT  AAGCTTCAAA  CAAGTCTTAC  TTGTAATTCT  3000
3001  ATGGTGCTAT  TTGATCATAT  GGGATGTTTA  AAGAAGTATG  AAACAGTGCA  AGACATTTTG  3060
3061  AAGGAGTTCT  TTGATTTGCG  ATTACATTAT  TATAGTTTGC  GCAAGGAATG  GCTTGTGGGA  3120
3121  ATGTTGGGTG  CAGAATCTAC  AAAACTTAAC  AACCAAGCTC  GCTTCATTTT  AGAGAAGATA  3180
3181  CAAGGAAAAA  TTACCATAGA  GAATAGATCG  AAAAGAGATT  TGATTCAGAT  GTTGGTCCAG  3240
3241  AGAGGTTATG  AATCTGATCC  AGTTAAAGCC  TGGAAAGAAG  CACAGGAAAA  GGCAGCAGAA  3300
3301  GAGGAGGACC  CGCAGAACCA  AAATGATGAT  GCATCCTCTG  CTTCTGGCTC  AACTTCTGGC  3360
3361  CCTGATTTTA  ACTACATCTT  AAACATGTCT  CTCTGGTCGC  TTACAAAAGA  GAAAGTAGAA  3420
3421  GAGCTAATTA  AACACAGAGA  TTCAAAGGAG  AGAGAACTAA  ATGACCTTAA  AAGGAAATCT  3480
3481  TCATCAGATC  TCTGGAAAGA  AGACTTAGCA  GCTTTCGTTG  AAGAGCTTGA  AAAAGTAGAA  3540
3541  GCACAGGAAA  GAGAAGATGT  TTTGGCTGGC  ATGGTTGGCA  AACCAATAAA  AGGTAAAGTT  3600
3601  GGTAAACCCA  AGATGAAGAA  ACTTCAATTG  GAAGAGACCA  TGCCATCACC  GTTTGGTAGA  3660
3661  AGAATAGTTC  CACAGATTAC  ATCTGCAATG  AAAGCAGATG  CCAGTAGGAA  ACTGCTGAAA  3720
3721  AAGAAAAAGG  GTGATACTGA  TTCTCTAGCA  ATAAAAATGG  AATTTGATGA  AGAATTTGGT  3780
3781  GGTGCACAAG  CTGAGGGTGG  TGGGGATGAC  TCATTGAATA  CGACAGCCTC  AGCAACTAAA  3840
3841  ACCCCCAAAA  TTAAGAGAGA  GAAGAAGGAG  CCTGGCACTA  GAGTAAGAAG  AACACCATCA  3900
3901  TCTACAAAAT  CCAGTGGAAA  AAAAGTAAAG  AAACGAAACC  CATGGTCAGA  TGATGAATCC  3960
3961  AAGTCTGAAA  GTGATTTAGA  AGAGAATGAG  CCTGTGATTA  TTCCAAGAGA  CTCTCTTCTT  4020
4021  AGGAGAGCTG  CAGCTGAGAG  GCCCAAATAT  ACGTTTGACT  TCTCAGAAGA  AGAAGATGAT  4080
4081  GCCGATGATG  ATGACGATGC  CAACAATAAC  AATGATTTGG  ATGAACTTAA  AGTAAAAGCT  4140
4141  TCTCCAGTTA  CAAATGATAG  AGAGGATGAG  TTCGTTCCCT  CAGACAGTTT  AGAAAAAGAT  4200
4201  GAATATGACT  TCTCCCCAGC  TAAATCAAAG  CCATCTCCAG  AGAGGAAAAC  GTCTCAAGAG  4260
4261  AAGAAAAATC  AAGATTTTGG  GAACATCTTC  TCTTTCCCAT  CTTACTCGCA  GAAGACAGAT  4320
4321  GATGATACAA  CAAAATTGGA  CAGTGATGAA  GAGGATTCTA  CTCCTGTTTT  CTCTTCGTCT  4380
4381  TTCACCCCAA  AACAAGCAGA  GAAAATTCCA  AGTAAAACAG  TAGCTGCTAA  AAAAGCAAAA  4440
4441  GTAGATGCGC  CACCTAAACC  CAAAAGGGCT  CCCAAGGCCA  AGAAGGTGGA  AACTATAAAC  4500
4501  TCTGACTCGG  ATTCAGAATT  TGGCATTCCA  AAGAAGACCG  CAGCACCCAA  AGGAAAAGGT  4560
4561  AGAGGGGCAA  AGAAAAGGAA  AGCATCCAGT  TCAGAAAATG  AAGGTGAATA  CAACCCTGGG  4620
4621  AAGAAGACAC  CTAAATCCAC  ACCAAGCAAG  AAATCTAAGA  AGGCCGCTTT  CGACCAGGAT  4680
4681  TCGGATGTGG  AAATCTTTCA  GTCAGGCTTT  GCCTCTGAAA  CAGCCCCGAA  GCCCCGGACA  4740
4741  GGCCGGGCTA  GAAAAGAAGT  AAAATATTTT  GCAGAGTCTG  ATGAAGATGA  TGATTTTGAT  4800
4801  ATGTTTAATT  AA  4812

▼ KEYWORD

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

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Cytosol
Cellular Component
Heterochromatin
Cellular Component
Nucleoplasm
Cellular Component
Viral integration complex
Molecular Function
ATP binding
Molecular Function
Chromatin binding
Molecular Function
DNA binding
Molecular Function
DNA topoisomerase type II (ATP-hydrolyzing) activity
Molecular Function
Histone deacetylase binding
Molecular Function
Protein C-terminus binding
Molecular Function
Protein heterodimerization activity
Molecular Function
Protein kinase C binding
Biological Process
Axonogenesis
Biological Process
DNA topological change
Biological Process
Forebrain development
Biological Process
Neuron migration
Biological Process
Positive regulation of single stranded viral RNA replication via double stranded DNA intermediate

▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Gaga-0237Gallus gallus97.630.02828
LLPS-Tag-1849Taeniopygia guttata97.630.02816
LLPS-Fia-0246Ficedula albicollis95.540.02805
LLPS-Gog-0280Gorilla gorilla95.410.02304
LLPS-Meg-2389Meleagris gallopavo95.020.02721
LLPS-Pes-0696Pelodiscus sinensis94.080.02724
LLPS-Ora-1514Ornithorhynchus anatinus91.140.02653
LLPS-Mod-1811Monodelphis domestica90.660.02640
LLPS-Sah-2750Sarcophilus harrisii90.40.02645
LLPS-Mup-0069Mustela putorius furo89.860.02533
LLPS-Fec-0716Felis catus89.820.02645
LLPS-Tut-0328Tursiops truncatus89.80.02629
LLPS-Aim-0929Ailuropoda melanoleuca89.750.02629
LLPS-Caf-1908Canis familiaris89.750.02631
LLPS-Eqc-1346Equus caballus89.550.02625
LLPS-Sus-2527Sus scrofa89.510.02615
LLPS-Myl-3076Myotis lucifugus89.320.02628
LLPS-Mum-1499Mus musculus89.140.02638
LLPS-Dio-1077Dipodomys ordii89.060.02630
LLPS-Anc-2846Anolis carolinensis89.010.02627
LLPS-Ict-2400Ictidomys tridecemlineatus89.00.02606
LLPS-Pat-1302Pan troglodytes88.960.02607
LLPS-Maf-0490Macaca fascicularis88.940.02620
LLPS-Cap-3308Cavia porcellus88.940.02623
LLPS-Mam-2471Macaca mulatta88.940.02620
LLPS-Man-0301Macaca nemestrina88.940.02618
LLPS-Chs-0843Chlorocebus sabaeus88.90.02611
LLPS-Poa-0911Pongo abelii88.90.02608
LLPS-Orc-0432Oryctolagus cuniculus88.90.02527
LLPS-Bot-3352Bos taurus88.890.02526
LLPS-Mal-2089Mandrillus leucophaeus88.880.02615
LLPS-Pap-0431Pan paniscus88.880.02609
LLPS-Aon-1266Aotus nancymaae88.830.02607
LLPS-Cea-0600Cercocebus atys88.820.02619
LLPS-Caj-1434Callithrix jacchus88.820.02615
LLPS-Hos-0926Homo sapiens88.820.02610
LLPS-Cas-2105Carlito syrichta88.810.02641
LLPS-Otg-0552Otolemur garnettii88.770.02598
LLPS-Loa-1894Loxodonta africana88.760.02625
LLPS-Fud-1452Fukomys damarensis88.750.02617
LLPS-Nol-0915Nomascus leucogenys88.650.02603
LLPS-Ova-1413Ovis aries88.540.02622
LLPS-Urm-1061Ursus maritimus88.140.02560
LLPS-Mea-0011Mesocricetus auratus87.210.02573
LLPS-Paa-1409Papio anubis86.060.02545
LLPS-Rhb-3267Rhinopithecus bieti84.130.02386
LLPS-Asm-2141Astyanax mexicanus81.660.02222
LLPS-Pof-0741Poecilia formosa81.150.02164
LLPS-Scf-0106Scleropages formosus80.880.02218
LLPS-Xim-0584Xiphophorus maculatus80.710.02158
LLPS-Orl-2091Oryzias latipes80.610.02168
LLPS-Orn-3609Oreochromis niloticus80.470.02169
LLPS-Tar-3000Takifugu rubripes80.450.02167
LLPS-Icp-1029Ictalurus punctatus80.450.02185
LLPS-Dar-0407Danio rerio80.090.02186
LLPS-Ten-1756Tetraodon nigroviridis80.00.02142
LLPS-Gaa-0313Gasterosteus aculeatus78.880.02117
LLPS-Lac-0209Latimeria chalumnae78.770.02333
LLPS-Leo-0048Lepisosteus oculatus77.150.02283
LLPS-Scm-2273Scophthalmus maximus76.680.02173
LLPS-Xet-1459Xenopus tropicalis76.350.02164
LLPS-Ran-3717Rattus norvegicus73.630.02011
LLPS-Cii-0479Ciona intestinalis66.420.01652
LLPS-Cis-1243Ciona savignyi66.420.01652
LLPS-Drm-0188Drosophila melanogaster62.490.01528
LLPS-Cae-1575Caenorhabditis elegans59.110.01489
LLPS-Ors-1369Oryza sativa58.30.01065
LLPS-Php-0631Physcomitrella patens54.790.01249
LLPS-Pug-0864Puccinia graminis54.480.0 587
LLPS-Thc-0408Theobroma cacao54.240.01215
LLPS-Sem-1748Selaginella moellendorffii53.870.01184
LLPS-Viv-0295Vitis vinifera53.750.01194
LLPS-Gor-0220Gossypium raimondii53.570.01208
LLPS-Gas-0316Galdieria sulphuraria53.340.01217
LLPS-Mua-0844Musa acuminata53.070.01187
LLPS-Amt-0477Amborella trichopoda53.060.01195
LLPS-Sot-0381Solanum tuberosum52.90.01163
LLPS-Mel-0086Melampsora laricipopulina52.810.01189
LLPS-Crn-0113Cryptococcus neoformans52.80.01208
LLPS-Prp-0453Prunus persica52.690.01168
LLPS-Arl-0792Arabidopsis lyrata52.640.01136
LLPS-Sei-0191Setaria italica52.60.01154
LLPS-Spr-0254Sporisorium reilianum52.570.01170
LLPS-Put-0018Puccinia triticina52.470.01214
LLPS-Sob-0618Sorghum bicolor52.450.01147
LLPS-Tra-2793Triticum aestivum52.380.01191
LLPS-Zem-0734Zea mays52.370.01163
LLPS-Usm-0327Ustilago maydis52.330.01205
LLPS-Via-0487Vigna angularis52.310.01172
LLPS-Lep-0292Leersia perrieri52.30.01197
LLPS-Vir-0821Vigna radiata52.220.01164
LLPS-Orp-0191Oryza punctata52.20.01189
LLPS-Scj-0480Schizosaccharomyces japonicus52.160.01150
LLPS-Mae-0390Manihot esculenta52.160.01166
LLPS-Sol-0845Solanum lycopersicum52.130.01146
LLPS-Orgl-1604Oryza glumaepatula52.120.01193
LLPS-Orb-1243Oryza barthii52.120.01196
LLPS-Orni-0744Oryza nivara52.120.01196
LLPS-Orr-0154Oryza rufipogon52.120.01197
LLPS-Org-0004Oryza glaberrima52.120.01196
LLPS-Art-0275Arabidopsis thaliana52.120.01144
LLPS-Nia-0916Nicotiana attenuata52.10.01141
LLPS-Phv-0522Phaseolus vulgaris52.050.01165
LLPS-Orm-1022Oryza meridionalis52.040.01195
LLPS-Osl-1016Ostreococcus lucimarinus52.040.01182
LLPS-Hea-0301Helianthus annuus52.020.01155
LLPS-Dac-0114Daucus carota51.980.01145
LLPS-Glm-0228Glycine max51.960.01159
LLPS-Bro-0129Brassica oleracea51.910.01171
LLPS-Cus-0911Cucumis sativus51.840.01111
LLPS-Brn-1056Brassica napus51.830.01168
LLPS-Brr-1058Brassica rapa51.830.01161
LLPS-Chr-0253Chlamydomonas reinhardtii51.80.01166
LLPS-Orbr-0422Oryza brachyantha51.730.01185
LLPS-Tru-0090Triticum urartu51.60.01179
LLPS-Pot-1137Populus trichocarpa51.550.01160
LLPS-Scp-0780Schizosaccharomyces pombe51.520.01168
LLPS-Hov-0717Hordeum vulgare51.510.01170
LLPS-Miv-0592Microbotryum violaceum51.510.01187
LLPS-Met-1652Medicago truncatula51.270.01151
LLPS-Coc-0337Corchorus capsularis51.180.01142
LLPS-Brd-0730Brachypodium distachyon51.010.01159
LLPS-Ast-0202Aspergillus terreus50.560.01143
LLPS-Lem-0998Leptosphaeria maculans50.510.01111
LLPS-Asfu-0179Aspergillus fumigatus50.390.01141
LLPS-Scc-0492Schizosaccharomyces cryophilus50.340.01153
LLPS-Scs-0101Sclerotinia sclerotiorum50.210.01130
LLPS-Nef-1046Neosartorya fischeri50.170.01143
LLPS-Aso-1019Aspergillus oryzae50.130.01132
LLPS-Tum-1047Tuber melanosporum50.090.01109
LLPS-Asf-0248Aspergillus flavus49.960.01126
LLPS-Pyt-0241Pyrenophora teres49.910.01115
LLPS-Ori-0436Oryza indica49.790.01122
LLPS-Pytr-0629Pyrenophora triticirepentis49.740.01113
LLPS-Asni-0246Aspergillus niger49.580.01139
LLPS-Blg-0912Blumeria graminis49.530.01102
LLPS-Dos-0710Dothistroma septosporum49.230.01106
LLPS-Phn-0227Phaeosphaeria nodorum49.220.01077
LLPS-Asc-0911Aspergillus clavatus49.10.01123
LLPS-Ved-0061Verticillium dahliae48.770.01046
LLPS-Gag-0900Gaeumannomyces graminis48.430.01044
LLPS-Zyt-0916Zymoseptoria tritici48.420.01064
LLPS-Abg-0817Absidia glauca48.390.01075
LLPS-Coo-0483Colletotrichum orbiculare48.190.01050
LLPS-Cogr-1118Colletotrichum graminicola48.190.01061
LLPS-Cog-1118Colletotrichum gloeosporioides48.190.01053
LLPS-Fuo-0011Fusarium oxysporum48.180.01060
LLPS-Cym-0272Cyanidioschyzon merolae48.110.01140
LLPS-Yal-0163Yarrowia lipolytica48.10.01060
LLPS-Map-0379Magnaporthe poae48.090.01026
LLPS-Sac-0083Saccharomyces cerevisiae47.970.01048
LLPS-Fuv-0088Fusarium verticillioides47.920.01060
LLPS-Fus-0152Fusarium solani47.90.01047
LLPS-Asg-0496Ashbya gossypii47.870.01061
LLPS-Trv-0987Trichoderma virens47.660.01041
LLPS-Trr-0821Trichoderma reesei47.180.01051
LLPS-Nec-0668Neurospora crassa47.170.01003
LLPS-Chc-0380Chondrus crispus47.010.0 974
LLPS-Asn-0375Aspergillus nidulans46.980.01053
LLPS-Mao-1191Magnaporthe oryzae46.840.01010
LLPS-Beb-0468Beauveria bassiana46.680.01043
LLPS-Kop-0824Komagataella pastoris44.090.0 967