LLPS-Hos-1341
PFAS

▼ OVERVIEW

Status: Reviewed
Protein Name: Phosphoribosylformylglycinamidine synthase
Gene Name: PFAS, KIAA0361
Ensembl Gene: ENSG00000178921.13
Ensembl Protein: ENSP00000464689.1
Organism: Homo sapiens
Taxa ID: 9606
LLPS Type: Client


▼ PROPERTY


▼ Classification

Condensates:
CondensateDescriptionTissue/CellPMIDs
Stress granule
"...Together, our APEX and IF screening approaches identified 260 SG proteins, including ~150 candidates that had not previously been associated with SGs."
HEK293T cells29373831

▼ FUNCTION

Phosphoribosylformylglycinamidine synthase involved in the purines biosynthetic pathway. Catalyzes the ATP-dependent conversion of formylglycinamide ribonucleotide (FGAR) and glutamine to yield formylglycinamidine ribonucleotide (FGAM) and glutamate (By similarity).

▼ SEQUENCE

Protein Sequence (FASTA)
1     MSPVLHFYVR  PSGHEGAAPG  HTRRKLQGKL  PELQGVETEL  CYNVNWTAEA  LPSAEETKKL  60
61    MWLFGCPLLL  DDVARESWLL  PGSNDLLLEV  GPRLNFSTPT  STNIVSVCRA  TGLGPVDRVE  120
121   TTRRYRLSFA  HPPSAEVEAI  ALATLHDRMT  EQHFPHPIQS  FSPESMPEPL  NGPINILGEG  180
181   RLALEKANQE  LGLALDSWDL  DFYTKRFQEL  QRNPSTVEAF  DLAQSNSEHS  RHWFFKGQLH  240
241   VDGQKLVHSL  FESIMSTQES  SNPNNVLKFC  DNSSAIQGKE  VRFLRPEDPT  RPSRFQQQQG  300
301   LRHVVFTAET  HNFPTGVCPF  SGATTGTGGR  IRDVQCTGRG  AHVVAGTAGY  CFGNLHIPGY  360
361   NLPWEDPSFQ  YPGNFARPLE  VAIEASNGAS  DYGNKFGEPV  LAGFARSLGL  QLPDGQRREW  420
421   IKPIMFSGGI  GSMEADHISK  EAPEPGMEVV  KVGGPVYRIG  VGGGAASSVQ  VQGDNTSDLD  480
481   FGAVQRGDPE  MEQKMNRVIR  ACVEAPKGNP  ICSLHDQGAG  GNGNVLKELS  DPAGAIIYTS  540
541   RFQLGDPTLN  ALEIWGAEYQ  ESNALLLRSP  NRDFLTHVSA  RERCPACFVG  TITGDRRIVL  600
601   VDDRECPVRR  NGQGDAPPTP  LPTPVDLELE  WVLGKMPRKE  FFLQRKPPML  QPLALPPGLS  660
661   VHQALERVLR  LPAVASKRYL  TNKVDRSVGG  LVAQQQCVGP  LQTPLADVAV  VALSHEELIG  720
721   AATALGEQPV  KSLLDPKVAA  RLAVAEALTN  LVFALVTDLR  DVKCSGNWMW  AAKLPGEGAA  780
781   LADACEAMVA  VMAALGVAVD  GGKDSLSMAA  RVGTETVRAP  GSLVISAYAV  CPDITATVTP  840
841   DLKHPEGRGH  LLYVALSPGQ  HRLGGTALAQ  CFSQLGEHPP  DLDLPENLVR  AFSITQGLLK  900
901   DRLLCSGHDV  SDGGLVTCLL  EMAFAGNCGL  QVDVPVPRVD  VLSVLFAEEP  GLVLEVQEPD  960
961   LAQVLKRYRD  AGLHCLELGH  TGEAGPHAMV  RVSVNGAVVL  EEPVGELRAL  WEETSFQLDR  1020
1021  LQAEPRCVAE  EERGLRERMG  PSYCLPPTFP  KASVPREPGG  PSPRVAILRE  EGSNGDREMA  1080
1081  DAFHLAGFEV  WDVTMQDLCS  GAIGLDTFRG  VAFVGGFSYA  DVLGSAKGWA  AAVTFHPRAG  1140
1141  AELRRFRKRP  DTFSLGVCNG  CQLLALLGWV  GGDPNEDAAE  MGPDSQPARP  GLLLRHNLSG  1200
1201  RYESRWASVR  VGPGPALMLR  GMEGAVLPVW  SAHGEGYVAF  SSPELQAQIE  ARGLAPLHWA  1260
1261  DDDGNPTEQY  PLNPNGSPGG  VAGICSCDGR  HLAVMPHPER  AVRPWQWAWR  PPPFDTLTTS  1320
1321  PWLQLFINAR  NWTLEGSC  1338
Nucleotide CDS Sequence (FASTA)
1     ATGTCCCCAG  TCCTTCACTT  CTATGTTCGT  CCCTCTGGCC  ATGAGGGGGC  AGCCCCTGGA  60
61    CACACTCGGA  GGAAACTGCA  AGGGAAACTG  CCAGAGCTGC  AGGGCGTCGA  GACTGAACTG  120
121   TGCTACAACG  TGAACTGGAC  AGCTGAGGCC  CTCCCCAGTG  CTGAGGAGAC  AAAGAAGCTG  180
181   ATGTGGCTGT  TTGGTTGCCC  CTTACTGCTG  GATGATGTTG  CTCGGGAGTC  CTGGCTCCTT  240
241   CCTGGCTCCA  ATGACCTGCT  GCTGGAGGTC  GGGCCCAGGC  TGAACTTCTC  CACCCCAACA  300
301   TCCACCAACA  TCGTGTCAGT  GTGCCGCGCC  ACTGGGCTGG  GGCCTGTGGA  TCGTGTGGAG  360
361   ACCACCCGGC  GCTACCGGCT  CTCGTTTGCC  CACCCCCCGT  CAGCTGAGGT  GGAAGCCATT  420
421   GCTCTGGCTA  CCCTGCACGA  CCGGATGACA  GAGCAGCACT  TCCCCCATCC  CATCCAGAGT  480
481   TTCTCCCCTG  AGAGCATGCC  GGAACCCCTC  AATGGCCCTA  TCAATATACT  GGGTGAGGGC  540
541   CGGCTTGCGC  TGGAGAAGGC  CAACCAGGAG  CTTGGTCTGG  CTTTAGACTC  TTGGGACCTA  600
601   GACTTCTACA  CCAAGCGCTT  CCAGGAGCTA  CAGCGGAACC  CGAGCACTGT  GGAGGCCTTT  660
661   GACTTGGCGC  AGTCCAATAG  CGAGCACAGC  CGACACTGGT  TCTTCAAGGG  CCAGCTCCAC  720
721   GTGGATGGGC  AGAAGCTGGT  GCACTCACTG  TTTGAGTCCA  TCATGAGCAC  CCAGGAATCC  780
781   TCGAACCCCA  ACAACGTCCT  CAAATTCTGT  GATAACAGCA  GTGCAATCCA  GGGAAAGGAA  840
841   GTCCGATTCC  TACGGCCTGA  GGACCCCACA  CGGCCAAGCC  GCTTCCAGCA  ACAGCAAGGG  900
901   CTGAGACATG  TTGTCTTCAC  AGCAGAGACT  CACAACTTTC  CCACAGGAGT  ATGCCCCTTT  960
961   AGTGGTGCAA  CCACTGGCAC  AGGGGGCCGG  ATTCGAGATG  TCCAGTGCAC  AGGCCGCGGG  1020
1021  GCCCACGTGG  TGGCTGGCAC  TGCCGGCTAT  TGCTTTGGAA  ATCTGCATAT  TCCAGGTTAC  1080
1081  AATCTGCCCT  GGGAGGATCC  AAGCTTCCAG  TATCCTGGGA  ATTTTGCCCG  GCCCCTGGAG  1140
1141  GTTGCCATTG  AAGCCAGTAA  TGGAGCTTCT  GACTATGGCA  ACAAGTTTGG  GGAACCAGTG  1200
1201  CTGGCTGGCT  TCGCCCGCTC  CTTGGGCCTC  CAGCTCCCAG  ACGGCCAGCG  GCGTGAGTGG  1260
1261  ATCAAGCCCA  TCATGTTTAG  TGGGGGCATT  GGGTCCATGG  AAGCTGACCA  CATAAGCAAG  1320
1321  GAGGCCCCAG  AGCCAGGCAT  GGAAGTTGTA  AAGGTTGGAG  GTCCCGTCTA  CAGGATTGGA  1380
1381  GTTGGAGGTG  GAGCTGCTTC  ATCTGTGCAG  GTGCAGGGAG  ATAACACCAG  TGACCTGGAC  1440
1441  TTTGGGGCTG  TGCAGCGAGG  AGACCCGGAG  ATGGAACAGA  AGATGAACCG  TGTGATCAGG  1500
1501  GCTTGTGTGG  AGGCCCCCAA  GGGAAACCCC  ATCTGCAGCC  TTCATGATCA  GGGCGCTGGT  1560
1561  GGCAATGGCA  ATGTCCTAAA  AGAGCTGAGT  GACCCAGCTG  GAGCCATCAT  TTACACCAGC  1620
1621  CGCTTCCAGC  TTGGGGACCC  AACCCTGAAT  GCCCTGGAAA  TCTGGGGGGC  TGAGTACCAG  1680
1681  GAATCAAATG  CTCTTCTGCT  GAGGTCCCCC  AACCGGGACT  TCCTGACTCA  TGTCAGTGCC  1740
1741  CGTGAACGTT  GCCCGGCTTG  CTTCGTGGGC  ACCATCACTG  GAGACCGGAG  AATAGTGCTG  1800
1801  GTGGACGATC  GGGAGTGTCC  TGTCAGAAGA  AATGGCCAGG  GGGATGCCCC  CCCGACACCC  1860
1861  CTGCCAACCC  CTGTGGACCT  GGAGCTCGAA  TGGGTGCTGG  GCAAGATGCC  TCGGAAGGAG  1920
1921  TTCTTCCTGC  AGAGGAAGCC  CCCCATGCTG  CAGCCTCTGG  CCTTGCCCCC  AGGGCTGAGC  1980
1981  GTGCACCAGG  CTCTGGAGAG  GGTTCTGAGG  CTGCCCGCCG  TGGCCAGCAA  GCGCTACCTC  2040
2041  ACCAATAAGG  TGGACCGCTC  TGTGGGAGGC  CTGGTGGCCC  AGCAGCAGTG  CGTGGGGCCC  2100
2101  CTGCAAACTC  CTCTGGCAGA  TGTAGCGGTT  GTGGCACTGA  GCCATGAGGA  GCTCATAGGG  2160
2161  GCTGCCACAG  CCTTGGGAGA  ACAGCCAGTC  AAGAGCCTGC  TGGACCCAAA  AGTCGCCGCC  2220
2221  CGGCTGGCCG  TGGCCGAAGC  CCTCACCAAC  CTGGTGTTTG  CTCTGGTCAC  TGACCTCCGG  2280
2281  GATGTGAAGT  GTAGCGGGAA  CTGGATGTGG  GCAGCCAAGC  TCCCAGGGGA  GGGCGCAGCT  2340
2341  TTGGCGGATG  CCTGTGAGGC  TATGGTGGCA  GTGATGGCAG  CCCTGGGTGT  GGCAGTGGAT  2400
2401  GGTGGCAAGG  ACTCCCTCAG  CATGGCTGCT  CGGGTTGGCA  CTGAGACCGT  GCGGGCTCCT  2460
2461  GGGTCACTGG  TCATCTCAGC  CTATGCCGTC  TGCCCAGACA  TCACAGCCAC  TGTGACCCCA  2520
2521  GACCTCAAGC  ATCCTGAAGG  GAGAGGCCAT  CTGCTCTATG  TGGCTCTGAG  CCCTGGGCAG  2580
2581  CACCGGCTCG  GGGGCACAGC  TCTGGCCCAG  TGCTTCTCCC  AGCTTGGGGA  ACACCCTCCA  2640
2641  GACCTGGACC  TTCCTGAGAA  CTTGGTGCGG  GCCTTCAGCA  TCACTCAGGG  GCTGCTGAAA  2700
2701  GACCGCCTCC  TCTGCTCAGG  CCACGATGTC  AGTGACGGAG  GCCTCGTCAC  ATGCCTGCTG  2760
2761  GAGATGGCCT  TTGCTGGAAA  TTGCGGGCTA  CAGGTGGATG  TGCCTGTCCC  CAGGGTTGAT  2820
2821  GTCCTGTCTG  TGCTGTTCGC  TGAGGAGCCA  GGCCTCGTGC  TGGAGGTGCA  GGAGCCAGAC  2880
2881  CTGGCCCAGG  TGCTGAAGCG  TTACCGGGAT  GCTGGCCTCC  ATTGCCTGGA  GCTGGGCCAC  2940
2941  ACAGGCGAGG  CCGGGCCCCA  CGCCATGGTC  CGGGTGTCAG  TGAACGGGGC  TGTGGTTCTG  3000
3001  GAGGAGCCTG  TTGGGGAGCT  GCGAGCCCTC  TGGGAGGAGA  CGAGTTTCCA  GCTGGACCGG  3060
3061  CTACAGGCAG  AGCCTCGCTG  TGTGGCAGAG  GAGGAACGGG  GCCTGAGGGA  GCGGATGGGG  3120
3121  CCCAGCTATT  GCCTGCCCCC  CACCTTTCCC  AAAGCCTCCG  TGCCCCGTGA  GCCTGGTGGT  3180
3181  CCCAGCCCCC  GAGTCGCCAT  CTTGCGAGAG  GAGGGCAGTA  ATGGAGACCG  GGAGATGGCC  3240
3241  GATGCCTTCC  ACTTAGCTGG  GTTTGAGGTA  TGGGACGTGA  CCATGCAGGA  CCTCTGCTCT  3300
3301  GGGGCAATTG  GGCTGGACAC  TTTCCGTGGC  GTGGCCTTCG  TGGGCGGCTT  CAGCTATGCA  3360
3361  GATGTCCTGG  GCTCTGCCAA  AGGGTGGGCA  GCTGCTGTGA  CCTTTCATCC  CAGGGCTGGG  3420
3421  GCTGAGCTGA  GGCGCTTCCG  GAAGCGGCCA  GACACCTTCA  GCCTGGGCGT  GTGTAATGGC  3480
3481  TGTCAACTGC  TGGCTCTGCT  CGGCTGGGTG  GGAGGCGACC  CCAATGAGGA  TGCTGCAGAG  3540
3541  ATGGGCCCTG  ACTCCCAGCC  AGCCCGGCCA  GGCCTTCTGC  TACGCCACAA  CCTGTCTGGG  3600
3601  CGCTACGAGT  CTCGCTGGGC  CAGCGTGCGT  GTGGGGCCTG  GGCCAGCCCT  GATGCTGCGA  3660
3661  GGGATGGAGG  GCGCCGTGCT  GCCCGTGTGG  AGTGCGCACG  GGGAAGGTTA  CGTAGCATTT  3720
3721  TCTTCTCCGG  AACTCCAAGC  TCAGATTGAG  GCCAGGGGCT  TGGCTCCACT  GCACTGGGCT  3780
3781  GATGATGACG  GGAACCCCAC  AGAGCAGTAC  CCTCTGAATC  CCAATGGGTC  CCCAGGGGGC  3840
3841  GTGGCTGGCA  TCTGCTCCTG  TGATGGCCGC  CACCTGGCTG  TCATGCCTCA  CCCTGAGCGG  3900
3901  GCCGTTAGGC  CTTGGCAGTG  GGCATGGCGA  CCCCCTCCAT  TTGATACTCT  GACCACCTCC  3960
3961  CCCTGGCTCC  AGCTCTTTAT  CAATGCCCGA  AACTGGACCC  TGGAAGGGAG  CTGCTGA  4017

▼ KEYWORD

ID
Family
ATP-binding
Complete proteome
Cytoplasm
Glutamine amidotransferase
Ligase
Magnesium
Metal-binding
Nucleotide-binding
Phosphoprotein
Polymorphism
Purine biosynthesis
Reference proteome

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Cytoplasm
Cellular Component
Cytosol
Cellular Component
Extracellular exosome
Molecular Function
ATP binding
Molecular Function
Metal ion binding
Molecular Function
Phosphoribosylformylglycinamidine synthase activity
Biological Process
'de novo' IMP biosynthetic process
Biological Process
Anterior head development
Biological Process
Glutamine metabolic process
Biological Process
Purine ribonucleoside monophosphate biosynthetic process
Biological Process
Response to drug

▼ KEGG


▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Gog-2942Gorilla gorilla99.180.02590
LLPS-Pat-0143Pan troglodytes99.030.02587
LLPS-Pap-4699Pan paniscus99.030.02588
LLPS-Poa-4591Pongo abelii98.210.02554
LLPS-Maf-4383Macaca fascicularis97.230.02538
LLPS-Chs-1525Chlorocebus sabaeus97.230.02519
LLPS-Mam-3968Macaca mulatta97.090.02519
LLPS-Mal-4544Mandrillus leucophaeus97.010.02542
LLPS-Cea-0299Cercocebus atys96.670.01655
LLPS-Caj-3427Callithrix jacchus95.220.02521
LLPS-Aon-1184Aotus nancymaae94.30.02238
LLPS-Paa-4424Papio anubis93.950.02405
LLPS-Rhb-2756Rhinopithecus bieti93.670.02390
LLPS-Nol-2926Nomascus leucogenys93.360.01992
LLPS-Eqc-1723Equus caballus92.30.02454
LLPS-Man-3997Macaca nemestrina92.30.02409
LLPS-Otg-0781Otolemur garnettii91.180.02365
LLPS-Loa-2079Loxodonta africana90.960.02410
LLPS-Orc-2652Oryctolagus cuniculus90.580.02391
LLPS-Fec-1817Felis catus90.280.02365
LLPS-Tut-1189Tursiops truncatus90.230.02303
LLPS-Cas-1633Carlito syrichta90.160.02368
LLPS-Myl-3529Myotis lucifugus90.050.02334
LLPS-Aim-2751Ailuropoda melanoleuca89.610.02368
LLPS-Fud-4264Fukomys damarensis89.310.02348
LLPS-Caf-3419Canis familiaris89.260.02361
LLPS-Bot-3468Bos taurus89.240.02322
LLPS-Ran-0199Rattus norvegicus89.090.02358
LLPS-Mup-3650Mustela putorius furo88.960.02348
LLPS-Dio-3956Dipodomys ordii88.760.01942
LLPS-Mum-4825Mus musculus88.490.02333
LLPS-Ict-2799Ictidomys tridecemlineatus88.390.02387
LLPS-Cap-3075Cavia porcellus88.360.02310
LLPS-Mea-1321Mesocricetus auratus88.090.02306
LLPS-Ova-3344Ovis aries87.80.01103
LLPS-Sus-0651Sus scrofa85.60.02204
LLPS-Sah-2145Sarcophilus harrisii80.990.02143
LLPS-Mod-0572Monodelphis domestica80.480.02135
LLPS-Ora-3327Ornithorhynchus anatinus71.10.0 696
LLPS-Anc-2745Anolis carolinensis68.430.01694
LLPS-Anp-2682Anas platyrhynchos66.675e-33 129
LLPS-Xet-1614Xenopus tropicalis65.720.01700
LLPS-Pes-3470Pelodiscus sinensis64.520.01617
LLPS-Ten-3272Tetraodon nigroviridis63.820.01575
LLPS-Orn-1618Oreochromis niloticus63.540.01571
LLPS-Scf-3078Scleropages formosus63.350.01472
LLPS-Icp-2523Ictalurus punctatus63.070.01583
LLPS-Leo-1036Lepisosteus oculatus63.050.01582
LLPS-Asm-3721Astyanax mexicanus62.860.01552
LLPS-Dar-2512Danio rerio62.720.01562
LLPS-Scm-1827Scophthalmus maximus62.420.01559
LLPS-Pof-3016Poecilia formosa62.260.01557
LLPS-Tar-3660Takifugu rubripes62.070.01565
LLPS-Xim-2084Xiphophorus maculatus62.060.01573
LLPS-Orl-1398Oryzias latipes61.720.01537
LLPS-Lac-3295Latimeria chalumnae59.910.01198
LLPS-Gaga-1375Gallus gallus59.592e-75 258
LLPS-Tag-2546Taeniopygia guttata58.721e-29 120
LLPS-Viv-2235Vitis vinifera53.970.01149
LLPS-Cii-1816Ciona intestinalis51.670.01004
LLPS-Mua-1470Musa acuminata51.610.0 577
LLPS-Thc-2463Theobroma cacao51.530.01257
LLPS-Gor-0975Gossypium raimondii51.310.01252
LLPS-Lep-0818Leersia perrieri51.260.01224
LLPS-Ors-0706Oryza sativa51.250.01214
LLPS-Sem-1394Selaginella moellendorffii51.230.01240
LLPS-Orgl-2322Oryza glumaepatula51.170.01221
LLPS-Pot-2645Populus trichocarpa51.160.01248
LLPS-Dac-2428Daucus carota51.150.01263
LLPS-Vir-0578Vigna radiata51.080.01230
LLPS-Org-0874Oryza glaberrima51.060.01218
LLPS-Orbr-2265Oryza brachyantha51.060.01214
LLPS-Nia-0039Nicotiana attenuata51.040.01238
LLPS-Ori-1923Oryza indica50.980.01218
LLPS-Orm-2092Oryza meridionalis50.980.01219
LLPS-Orni-1596Oryza nivara50.940.01214
LLPS-Orp-1874Oryza punctata50.940.01212
LLPS-Tra-0762Triticum aestivum50.890.01228
LLPS-Mae-1177Manihot esculenta50.890.01245
LLPS-Tru-1908Triticum urartu50.860.01223
LLPS-Php-0582Physcomitrella patens50.820.01239
LLPS-Prp-1847Prunus persica50.750.01242
LLPS-Sei-0350Setaria italica50.670.01226
LLPS-Hov-2127Hordeum vulgare50.630.01224
LLPS-Sob-0554Sorghum bicolor50.630.01205
LLPS-Phv-1610Phaseolus vulgaris50.590.01232
LLPS-Glm-0833Glycine max50.520.01235
LLPS-Sol-1035Solanum lycopersicum50.520.01227
LLPS-Zem-1450Zea mays50.480.01217
LLPS-Amt-1042Amborella trichopoda50.450.01233
LLPS-Via-1782Vigna angularis50.410.01226
LLPS-Brr-0528Brassica rapa50.30.01228
LLPS-Met-0693Medicago truncatula50.070.01223
LLPS-Arl-2627Arabidopsis lyrata50.00.01236
LLPS-Brd-2058Brachypodium distachyon50.00.01223
LLPS-Sot-2195Solanum tuberosum50.00.01230
LLPS-Coc-1155Corchorus capsularis49.930.01202
LLPS-Orr-0722Oryza rufipogon49.810.01179
LLPS-Art-3031Arabidopsis thaliana49.780.01228
LLPS-Bro-1717Brassica oleracea49.740.01231
LLPS-Drm-1074Drosophila melanogaster49.60.01206
LLPS-Chr-1427Chlamydomonas reinhardtii49.550.01184
LLPS-Hea-1150Helianthus annuus49.330.01213
LLPS-Osl-1366Ostreococcus lucimarinus48.740.01165
LLPS-Brn-1011Brassica napus48.510.01187
LLPS-Cym-1035Cyanidioschyzon merolae47.940.01052
LLPS-Fia-3229Ficedula albicollis47.610.0 593
LLPS-Cis-2020Ciona savignyi47.446e-72 248
LLPS-Cae-1906Caenorhabditis elegans46.590.01093
LLPS-Gas-0102Galdieria sulphuraria45.570.01113
LLPS-Nec-1553Neurospora crassa37.310.0 664
LLPS-Nef-1560Neosartorya fischeri37.080.0 681
LLPS-Asfu-1488Aspergillus fumigatus36.780.0 678
LLPS-Yal-1589Yarrowia lipolytica36.720.0 690
LLPS-Cogr-1610Colletotrichum graminicola36.560.0 644
LLPS-Tum-1174Tuber melanosporum36.540.0 673
LLPS-Mel-1307Melampsora laricipopulina36.480.0 635
LLPS-Asc-1444Aspergillus clavatus36.380.0 669
LLPS-Coo-0644Colletotrichum orbiculare36.360.0 645
LLPS-Beb-1383Beauveria bassiana36.320.0 669
LLPS-Abg-0869Absidia glauca36.220.0 673
LLPS-Pyt-0601Pyrenophora teres36.040.0 664
LLPS-Crn-1150Cryptococcus neoformans36.020.0 669
LLPS-Pytr-0673Pyrenophora triticirepentis35.980.0 669
LLPS-Asn-0441Aspergillus nidulans35.950.0 670
LLPS-Fus-0447Fusarium solani35.710.0 650
LLPS-Zyt-1078Zymoseptoria tritici35.680.0 657
LLPS-Fuo-0973Fusarium oxysporum35.666e-100 345
LLPS-Trr-1579Trichoderma reesei35.630.0 661
LLPS-Dos-1102Dothistroma septosporum35.570.0 657
LLPS-Spr-0891Sporisorium reilianum35.570.0 614
LLPS-Asf-0958Aspergillus flavus35.550.0 656
LLPS-Aso-0650Aspergillus oryzae35.550.0 656
LLPS-Phn-1576Phaeosphaeria nodorum35.550.0 669
LLPS-Kop-0075Komagataella pastoris35.50.0 677
LLPS-Scp-1186Schizosaccharomyces pombe35.460.0 665
LLPS-Ved-1075Verticillium dahliae35.452e-79 291
LLPS-Asni-1103Aspergillus niger35.420.0 650
LLPS-Gag-1621Gaeumannomyces graminis35.40.0 644
LLPS-Ast-0626Aspergillus terreus35.40.0 633
LLPS-Fuv-1216Fusarium verticillioides35.380.0 623
LLPS-Scs-1039Sclerotinia sclerotiorum35.280.0 645
LLPS-Mao-1639Magnaporthe oryzae35.260.0 643
LLPS-Map-1307Magnaporthe poae35.160.0 649
LLPS-Scc-0836Schizosaccharomyces cryophilus35.110.0 674
LLPS-Scj-0072Schizosaccharomyces japonicus35.090.0 644
LLPS-Usm-1452Ustilago maydis35.080.0 611
LLPS-Pug-0554Puccinia graminis35.040.0 617
LLPS-Sac-1596Saccharomyces cerevisiae34.960.0 641
LLPS-Trv-1428Trichoderma virens34.930.0 648
LLPS-Lem-1086Leptosphaeria maculans34.910.0 650
LLPS-Miv-0814Microbotryum violaceum34.620.0 627
LLPS-Blg-0973Blumeria graminis34.510.0 653
LLPS-Asg-0692Ashbya gossypii34.50.0 610
LLPS-Put-1150Puccinia triticina34.110.0 592
LLPS-Cog-1392Colletotrichum gloeosporioides33.611e-129 434