LLPS-Mum-1075
Ncapd3

▼ OVERVIEW

Status: Reviewed
Protein Name: Condensin-2 complex subunit D3; Non-SMC condensin II complex subunit D3
Gene Name: Ncapd3, Kiaa0056
Ensembl Gene: ENSMUSG00000035024.16
Ensembl Protein: ENSMUSP00000150938.1
Organism: Mus musculus
Taxa ID: 10090
LLPS Type: Client


▼ PROPERTY


▼ Classification

Condensates:
CondensateDescriptionTissue/CellPMIDs

▼ FUNCTION

Regulatory subunit of the condensin-2 complex, a complex which establishes mitotic chromosome architecture and is involved in physical rigidity of the chromatid axis. May promote the resolution of double-strand DNA catenanes (intertwines) between sister chromatids. Condensin-mediated compaction likely increases tension in catenated sister chromatids, providing directionality for type II topoisomerase-mediated strand exchanges toward chromatid decatenation. Specifically required for decatenation of centromeric ultrafine DNA bridges during anaphase. Early in neurogenesis, may play an essential role to ensure accurate mitotic chromosome condensation in neuron stem cells, ultimately affecting neuron pool and cortex size.

▼ SEQUENCE

Protein Sequence (FASTA)
1     MALQDLGENL  QPWCPLGLSL  EWVKTVWDLD  FTEIEPLDPS  IVGEILETGR  DAFTKLYGSL  60
61    FPFATDESGS  LESIWTFFTE  NDISSNTLVA  LFCHFVQEAH  KKSASAQYRE  YGLHAAGLYF  120
121   LLLEIPGSVV  NQVFHPVMFD  KCIQILKRSW  PQESNLTQKR  KKDHSKSSKD  NYRKSRKRGK  180
181   PPRKEDYQVD  ELSREEEEEE  EEIYFSGRDL  CQIRDAIFNL  LKNFLRLLPK  FSLKEKPQSI  240
241   QTCIEVFVAL  TSFEPIPHKF  LISQARNLNE  VKHISELAYY  GLYLLCSPVH  GEENKVIGSI  300
301   FHQMLNVILM  LEVGEGSRCA  PLAITSQVIN  CRNQAVQFVS  SLVDELQASV  YPVLGTLLQH  360
361   ICAKVVDKAE  YRTYAAQSLV  QLLTKLPSEE  YATFIAWLYK  YSRSSKIPHR  VFTLDVALAL  420
421   LTLPERELDD  TVSLEHQKFL  KHKFFVQEII  FDRCLDKAPT  VRSKALSSFA  HCLELSSSNT  480
481   SESILEIFIN  SNLVPGIQNL  SNTVLNPSPV  LTSRNGYSAQ  SRTHNNDEQT  LPGERCFMTM  540
541   LRKRIKDEKI  NVRKSALQVL  MSILKHCDIL  SMEQDLLILQ  DHCRDPAISV  RKQALQSLTE  600
601   LVMAQPTCVP  VQKAWLMGVI  PVVMDCESTV  QEKALECLDQ  LLLQNIKHHK  KFHSADRSQV  660
661   LAWSLLALLT  IENQDLRRYL  NKAFHIWSKK  DKFSSTFINS  VISHTDTERS  APAWMLLSKI  720
721   TCSSPKLDYT  KIIESWERLS  REQSPNSNTL  GYMLCVIGHI  AKHLPKGTRD  KITGVIKAKL  780
781   NGFQWSPELI  SSSVDALQKL  CRASAKTVLE  EQGLLKQVCG  DVLATCEQHL  SNILLKEDGT  840
841   GNMDEGLVVK  CIFTLGDIAQ  LCPAIVEKRV  FLLIQSILAS  SAHSDHLPSS  QGTTDALDSQ  900
901   PPFQPRSSAM  PSVIRAHAII  TLGKLCLQHE  DLAKKSIPAL  VRELEVSEDV  AVRNNVIIVI  960
961   CDLCIRYTVM  VDNYIPNISV  CLKDSDPFIR  KQTLVLLTNL  LQEEYVKWKG  SLFFRFVSTL  1020
1021  VDSHPDIASL  GEFCLAHLLL  KRNPTMFFQH  FIECIFHFNS  YEKHGQYNKF  SQSERGKQLF  1080
1081  LLKGKTNKEK  RMRIYKFLLE  HFTDEQRFNV  TSKICLNILA  CFTDGILPMD  MEASELLSDT  1140
1141  FDILNSKEIK  LLAMRAQTSK  DLLEEDDVAL  ANVVMQEAQM  KIISQVQKRN  FIENIIPIII  1200
1201  SLKTVLEKNK  IPALRELMNY  LREVMQDYRD  EINDFFAVDK  QLASELEYDM  KKYNEQLAQE  1260
1261  QALTEHANAT  KGPEDSDRVP  SAQVAPDLEA  VPALAAAPMA  AAAAAAPMAA  AAAAAGQDNA  1320
1321  DVPPTQSRPS  APRSNFTPTL  PPISENGPLK  IMSSTRPMSL  STIAILNSVK  KAVASKNRTR  1380
1381  SLGALPFNVE  TGSPENPSSH  ESSLSLEKES  DRTVNHVTKR  AISTPENSIS  DVTFAAGVSY  1440
1441  IGTPATFFTK  EKHEAQEQGS  DILCLSLLDK  RPPQSPQWNV  KSPARSHGST  RSSRRSLRKA  1500
1501  PLKTAN  1506
Nucleotide CDS Sequence (FASTA)
1     ATGGCGCTGC  AGGATCTTGG  AGAAAACTTG  CAGCCTTGGT  GTCCGCTGGG  TCTCAGCCTC  60
61    GAATGGGTGA  AGACCGTGTG  GGACCTGGAC  TTCACGGAGA  TTGAGCCTTT  GGACCCCAGC  120
121   ATAGTAGGCG  AGATCCTAGA  GACTGGAAGA  GATGCGTTCA  CAAAGCTCTA  TGGAAGCCTC  180
181   TTCCCCTTTG  CGACTGACGA  AAGTGGATCT  TTAGAGAGCA  TCTGGACCTT  CTTCACTGAG  240
241   AATGACATTT  CCAGTAACAC  ACTGGTGGCA  TTGTTCTGTC  ACTTCGTCCA  GGAAGCCCAT  300
301   AAAAAAAGTG  CCAGTGCACA  ATATCGAGAG  TATGGCCTTC  ATGCTGCTGG  GCTCTATTTC  360
361   TTGCTGTTAG  AAATACCAGG  CAGCGTGGTC  AATCAAGTGT  TCCACCCAGT  GATGTTTGAC  420
421   AAGTGTATTC  AGATTCTGAA  GAGGAGCTGG  CCACAAGAAT  CTAACTTGAC  TCAGAAAAGA  480
481   AAAAAGGACC  ACTCCAAGAG  TTCTAAGGAT  AATTATAGGA  AGAGCAGAAA  AAGAGGAAAA  540
541   CCACCTAGAA  AAGAGGATTA  TCAGGTGGAT  GAACTTTCAA  GAGAGGAAGA  GGAAGAGGAA  600
601   GAGGAGATTT  ATTTTTCTGG  CCGGGACCTT  TGTCAAATAC  GAGATGCCAT  ATTTAATCTT  660
661   CTAAAGAATT  TTTTAAGGCT  TCTGCCCAAG  TTTTCTCTTA  AAGAAAAACC  ACAGTCTATT  720
721   CAAACTTGTA  TAGAGGTATT  TGTTGCATTA  ACTAGTTTTG  AGCCAATTCC  TCATAAATTT  780
781   CTTATTTCAC  AAGCCAGGAA  CCTCAATGAA  GTCAAACACA  TATCAGAGCT  GGCCTACTAT  840
841   GGACTGTATT  TGCTGTGCTC  CCCAGTACAT  GGAGAGGAAA  ATAAGGTTAT  TGGTTCTATT  900
901   TTCCATCAAA  TGCTAAATGT  GATATTGATG  TTAGAAGTAG  GGGAAGGGTC  CCGCTGTGCC  960
961   CCCCTAGCCA  TAACCTCACA  AGTCATCAAT  TGTAGAAACC  AGGCAGTCCA  GTTTGTCAGC  1020
1021  TCACTTGTGG  ATGAACTACA  AGCAAGTGTG  TACCCAGTCC  TTGGTACTCT  ACTGCAGCAT  1080
1081  ATCTGTGCCA  AGGTGGTAGA  CAAAGCAGAG  TATCGGACCT  ACGCAGCACA  GTCCCTGGTC  1140
1141  CAGCTGCTGA  CTAAGCTTCC  CTCTGAGGAG  TATGCCACAT  TCATTGCCTG  GCTTTACAAA  1200
1201  TATTCACGAA  GTTCCAAGAT  TCCACACCGG  GTCTTCACTC  TTGATGTGGC  TTTAGCTCTC  1260
1261  TTAACGCTGC  CTGAAAGAGA  GCTGGATGAC  ACTGTATCTT  TGGAGCATCA  GAAGTTTCTA  1320
1321  AAGCATAAAT  TCTTTGTGCA  AGAAATTATA  TTTGATCGCT  GCTTAGACAA  GGCACCTACT  1380
1381  GTCCGCAGCA  AGGCACTGTC  CAGCTTTGCA  CATTGTCTGG  AGTTGTCTTC  TAGCAACACA  1440
1441  TCTGAGAGTA  TATTGGAAAT  CTTCATTAAC  AGTAATCTAG  TTCCAGGGAT  ACAGAATCTC  1500
1501  TCTAACACCG  TACTGAATCC  CTCACCAGTG  CTAACCAGTC  GAAATGGCTA  CTCCGCGCAA  1560
1561  AGCCGTACCC  ATAACAATGA  TGAACAGACT  CTGCCTGGAG  AAAGATGCTT  CATGACAATG  1620
1621  CTGAGAAAAA  GAATCAAGGA  TGAGAAAATC  AATGTCAGGA  AGTCTGCACT  CCAGGTGTTA  1680
1681  ATGAGCATTT  TGAAACACTG  TGACATCTTG  AGCATGGAGC  AGGACCTGTT  GATCCTGCAG  1740
1741  GACCATTGTC  GAGACCCTGC  CATATCTGTG  CGGAAGCAAG  CCCTACAGTC  TCTTACAGAA  1800
1801  CTTGTTATGG  CCCAACCTAC  ATGTGTCCCA  GTCCAGAAAG  CCTGGTTGAT  GGGTGTCATC  1860
1861  CCAGTGGTGA  TGGACTGTGA  GAGCACAGTG  CAAGAGAAGG  CCTTGGAGTG  CCTGGACCAG  1920
1921  CTCCTGCTGC  AGAACATTAA  GCATCACAAG  AAATTTCACA  GTGCAGACAG  AAGCCAGGTG  1980
1981  CTTGCGTGGT  CCCTACTTGC  TCTCCTCACC  ATAGAGAACC  AGGATCTGAG  ACGCTATTTA  2040
2041  AATAAGGCTT  TTCATATCTG  GTCCAAGAAA  GATAAATTCT  CATCCACTTT  TATAAACAGT  2100
2101  GTGATATCCC  ACACTGACAC  AGAACGTTCT  GCACCAGCCT  GGATGCTGCT  GTCCAAGATC  2160
2161  ACTTGCTCAT  CACCCAAGCT  GGACTACACC  AAAATAATAG  AGTCGTGGGA  GAGACTCAGC  2220
2221  AGAGAACAGT  CTCCCAACTC  AAACACCTTA  GGCTATATGC  TGTGTGTCAT  TGGGCATATT  2280
2281  GCAAAGCATC  TTCCCAAGGG  GACCCGGGAC  AAGATAACTG  GTGTGATCAA  GGCCAAGCTG  2340
2341  AATGGATTTC  AGTGGTCTCC  AGAGCTGATC  AGTTCGTCTG  TTGACGCATT  GCAAAAGCTT  2400
2401  TGCAGGGCAT  CTGCCAAGAC  AGTGCTGGAA  GAGCAGGGAC  TGCTGAAGCA  GGTGTGTGGG  2460
2461  GATGTGCTCG  CCACCTGTGA  GCAACACCTC  TCTAACATCC  TTCTGAAGGA  AGATGGGACA  2520
2521  GGGAACATGG  ATGAAGGCCT  GGTGGTGAAA  TGTATCTTTA  CCCTAGGAGA  CATAGCCCAG  2580
2581  TTATGTCCAG  CCATAGTAGA  GAAGCGAGTC  TTCCTTCTAA  TCCAGTCGAT  TCTGGCCTCT  2640
2641  TCTGCTCATT  CGGATCACTT  ACCATCATCT  CAAGGGACCA  CAGACGCCCT  CGACAGTCAG  2700
2701  CCTCCTTTCC  AGCCCAGAAG  CTCCGCCATG  CCTTCTGTGA  TTAGAGCACA  TGCCATCATC  2760
2761  ACTTTAGGTA  AACTCTGTTT  ACAGCATGAA  GACCTTGCAA  AGAAAAGCAT  CCCAGCCCTT  2820
2821  GTGCGAGAAC  TTGAAGTGAG  TGAGGATGTG  GCTGTCCGCA  ACAATGTCAT  CATTGTGATA  2880
2881  TGTGATCTTT  GTATCCGGTA  CACTGTCATG  GTGGACAATT  ATATTCCCAA  CATTTCTGTC  2940
2941  TGCCTGAAGG  ATTCAGACCC  GTTCATCCGA  AAGCAGACAC  TGGTCTTGCT  TACCAACCTC  3000
3001  TTACAGGAGG  AATATGTGAA  GTGGAAGGGC  TCTCTGTTCT  TCCGATTTGT  CAGCACTTTG  3060
3061  GTGGACTCAC  ACCCAGACAT  TGCCAGCCTT  GGGGAGTTCT  GCCTGGCTCA  CTTGTTGCTG  3120
3121  AAGAGGAACC  CTACCATGTT  TTTCCAGCAC  TTCATTGAGT  GCATATTCCA  CTTCAACAGC  3180
3181  TATGAGAAGC  ATGGGCAGTA  TAACAAGTTT  TCCCAGTCAG  AGAGGGGGAA  GCAGCTGTTT  3240
3241  TTACTAAAGG  GAAAGACAAA  CAAGGAGAAG  CGAATGAGAA  TCTACAAGTT  TCTTCTTGAG  3300
3301  CACTTCACAG  ACGAGCAGCG  GTTCAATGTC  ACTTCCAAGA  TCTGTCTTAA  CATTTTGGCA  3360
3361  TGCTTCACGG  ATGGCATCCT  GCCCATGGAC  ATGGAAGCCA  GCGAGTTGCT  CTCAGATACC  3420
3421  TTTGACATCC  TCAACTCCAA  GGAGATCAAA  CTATTGGCAA  TGAGAGCACA  GACATCCAAG  3480
3481  GACCTCCTGG  AAGAAGATGA  CGTGGCTCTG  GCAAATGTGG  TCATGCAGGA  AGCACAGATG  3540
3541  AAGATCATCT  CACAGGTTCA  AAAGAGGAAT  TTCATAGAGA  ATATTATTCC  AATCATCATC  3600
3601  TCCCTGAAGA  CTGTGCTGGA  GAAAAATAAG  ATCCCTGCTT  TGCGGGAACT  CATGAACTAC  3660
3661  CTGAGGGAAG  TTATGCAAGA  TTACCGGGAT  GAAATCAACG  ATTTCTTTGC  AGTTGACAAA  3720
3721  CAGCTGGCAT  CTGAACTTGA  GTATGACATG  AAGAAGTATA  ATGAGCAGCT  AGCCCAGGAG  3780
3781  CAAGCTCTGA  CAGAACATGC  TAATGCAACC  AAAGGGCCTG  AAGACAGTGA  CAGGGTACCC  3840
3841  TCTGCTCAGG  TTGCTCCAGA  CTTAGAAGCT  GTACCTGCTC  TTGCTGCTGC  TCCTATGGCT  3900
3901  GCTGCTGCTG  CTGCTGCTCC  TATGGCTGCT  GCTGCTGCTG  CTGCTGGCCA  GGACAATGCT  3960
3961  GATGTGCCTC  CAACCCAGAG  CCGGCCTTCA  GCACCTAGGT  CCAACTTCAC  ACCAACTTTG  4020
4021  CCTCCCATAT  CCGAAAATGG  ACCTCTGAAG  ATAATGTCCA  GTACCAGGCC  CATGTCTCTC  4080
4081  AGTACCATCG  CCATCCTGAA  TTCAGTCAAG  AAAGCTGTTG  CGTCTAAGAA  TAGGACACGC  4140
4141  AGTTTAGGAG  CCTTGCCTTT  CAATGTGGAG  ACCGGAAGCC  CAGAAAATCC  CTCCAGCCAT  4200
4201  GAATCTTCCT  TAAGCTTGGA  GAAAGAGTCT  GACAGAACTG  TCAACCATGT  AACTAAACGG  4260
4261  GCAATCAGCA  CCCCAGAGAA  TTCCATCAGT  GACGTCACAT  TTGCAGCAGG  GGTCAGTTAC  4320
4321  ATAGGGACAC  CAGCAACTTT  TTTTACCAAA  GAGAAACACG  AAGCCCAAGA  ACAAGGAAGT  4380
4381  GACATTTTAT  GTTTATCGCT  GCTTGATAAA  AGACCTCCAC  AGTCTCCACA  GTGGAACGTA  4440
4441  AAGTCCCCAG  CCAGGAGTCA  CGGCAGCACA  AGATCCAGCC  GGAGGTCCCT  TCGTAAGGCC  4500
4501  CCCCTGAAGA  CAGCCAACTG  A  4521

▼ KEYWORD

ID
Family
Cell cycle
Cell division
Coiled coil
Complete proteome
Direct protein sequencing
DNA condensation
Mitosis
Nucleus
Phosphoprotein
Reference proteome
Repeat

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Condensed chromosome
Cellular Component
Condensed chromosome kinetochore
Cellular Component
Condensed chromosome, centromeric region
Cellular Component
Condensin complex
Cellular Component
Germinal vesicle
Cellular Component
Nuclear condensin complex
Cellular Component
Nuclear pericentric heterochromatin
Cellular Component
Nucleoplasm
Molecular Function
Chromatin binding
Molecular Function
Histone binding
Molecular Function
Methylated histone binding
Biological Process
Cell division
Biological Process
Chromosome separation
Biological Process
Meiotic chromosome condensation
Biological Process
Meiotic chromosome separation
Biological Process
Mitotic chromosome condensation

▼ KEGG


▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Ran-1078Rattus norvegicus89.40.02556
LLPS-Mea-1125Mesocricetus auratus82.970.02369
LLPS-Ora-1865Ornithorhynchus anatinus80.832e-97 317
LLPS-Poa-2018Pongo abelii76.030.01826
LLPS-Ict-2839Ictidomys tridecemlineatus75.380.02147
LLPS-Man-0208Macaca nemestrina73.60.02132
LLPS-Maf-0264Macaca fascicularis73.40.02132
LLPS-Rhb-0122Rhinopithecus bieti73.360.02131
LLPS-Paa-0170Papio anubis73.310.02131
LLPS-Mam-2458Macaca mulatta73.210.02131
LLPS-Pap-1362Pan paniscus73.210.02110
LLPS-Pat-0417Pan troglodytes73.140.02111
LLPS-Chs-1461Chlorocebus sabaeus73.070.02117
LLPS-Fud-2312Fukomys damarensis73.020.02095
LLPS-Hos-1978Homo sapiens73.010.02112
LLPS-Mal-3057Mandrillus leucophaeus72.990.02101
LLPS-Cea-0465Cercocebus atys72.980.02118
LLPS-Nol-1228Nomascus leucogenys72.940.02112
LLPS-Eqc-0575Equus caballus72.790.02097
LLPS-Gog-1148Gorilla gorilla72.680.02105
LLPS-Orc-0245Oryctolagus cuniculus72.630.0 933
LLPS-Otg-2482Otolemur garnettii72.010.02055
LLPS-Dio-1112Dipodomys ordii71.820.02037
LLPS-Aon-0368Aotus nancymaae71.650.02078
LLPS-Fec-1669Felis catus71.580.02068
LLPS-Cas-2916Carlito syrichta71.430.02058
LLPS-Mup-1859Mustela putorius furo71.420.02075
LLPS-Urm-1082Ursus maritimus71.30.02061
LLPS-Caj-2882Callithrix jacchus71.280.02057
LLPS-Loa-1937Loxodonta africana71.010.02011
LLPS-Aim-0997Ailuropoda melanoleuca70.940.02047
LLPS-Myl-2403Myotis lucifugus70.470.01994
LLPS-Cap-0487Cavia porcellus68.930.01987
LLPS-Lac-0251Latimeria chalumnae68.786e-83 276
LLPS-Caf-2804Canis familiaris68.720.01959
LLPS-Tut-0251Tursiops truncatus66.580.01898
LLPS-Sah-1463Sarcophilus harrisii64.530.01585
LLPS-Mod-2623Monodelphis domestica64.140.01777
LLPS-Sus-0341Sus scrofa63.560.01798
LLPS-Anp-0084Anas platyrhynchos62.370.01502
LLPS-Meg-1787Meleagris gallopavo61.710.01493
LLPS-Tag-1141Taeniopygia guttata59.730.01398
LLPS-Ova-0144Ovis aries59.70.01508
LLPS-Pes-0881Pelodiscus sinensis58.150.01540
LLPS-Bot-1630Bos taurus57.090.01610
LLPS-Gaga-2025Gallus gallus56.760.01516
LLPS-Xet-1048Xenopus tropicalis55.170.01529
LLPS-Anc-0675Anolis carolinensis54.620.01457
LLPS-Fia-0403Ficedula albicollis49.970.01342
LLPS-Leo-0811Lepisosteus oculatus49.10.01316
LLPS-Scf-0612Scleropages formosus48.060.01229
LLPS-Dar-0898Danio rerio47.20.01108
LLPS-Asm-2592Astyanax mexicanus45.880.01059
LLPS-Xim-0678Xiphophorus maculatus44.250.01009
LLPS-Icp-3535Ictalurus punctatus44.090.01014
LLPS-Tar-1315Takifugu rubripes44.010.01006
LLPS-Pof-3168Poecilia formosa44.00.01028
LLPS-Ten-0222Tetraodon nigroviridis43.990.01025
LLPS-Orn-2417Oreochromis niloticus43.930.0 979
LLPS-Orl-3316Oryzias latipes43.870.0 973
LLPS-Gaa-0162Gasterosteus aculeatus43.850.0 986
LLPS-Scm-0238Scophthalmus maximus40.770.01022
LLPS-Dac-0440Daucus carota36.31e-1277.4
LLPS-Cus-1418Cucumis sativus35.385e-0858.9
LLPS-Cis-0753Ciona savignyi32.191e-1582.0
LLPS-Mua-0662Musa acuminata31.941e-64 237
LLPS-Cii-1271Ciona intestinalis30.61e-155 511
LLPS-Cym-0536Cyanidioschyzon merolae30.02e-0863.5
LLPS-Chr-1204Chlamydomonas reinhardtii29.061e-38 162
LLPS-Ved-0729Verticillium dahliae28.895e-0758.9
LLPS-Asn-0861Aspergillus nidulans28.486e-0758.9
LLPS-Abg-1465Absidia glauca28.467e-0862.0
LLPS-Sem-0557Selaginella moellendorffii28.292e-94 335
LLPS-Asc-0619Aspergillus clavatus28.193e-0863.2
LLPS-Map-0991Magnaporthe poae28.02e-0657.4
LLPS-Hea-0904Helianthus annuus27.955e-82 300
LLPS-Amt-0704Amborella trichopoda27.911e-91 331
LLPS-Aso-0662Aspergillus oryzae27.781e-0658.2
LLPS-Asf-1072Aspergillus flavus27.781e-0658.2
LLPS-Brn-2630Brassica napus27.681e-64 241
LLPS-Orbr-0676Oryza brachyantha27.669e-83 303
LLPS-Gas-0842Galdieria sulphuraria27.523e-0656.6
LLPS-Gag-0324Gaeumannomyces graminis27.334e-0656.2
LLPS-Coo-0611Colletotrichum orbiculare27.271e-0657.4
LLPS-Cog-0832Colletotrichum gloeosporioides27.273e-0657.0
LLPS-Prp-1427Prunus persica27.212e-80 296
LLPS-Mao-0069Magnaporthe oryzae27.144e-0655.8
LLPS-Asfu-0289Aspergillus fumigatus27.135e-0758.9
LLPS-Nef-0824Neosartorya fischeri27.135e-0758.9
LLPS-Tra-2329Triticum aestivum27.122e-79 288
LLPS-Crn-1288Cryptococcus neoformans27.14e-0862.8
LLPS-Viv-1438Vitis vinifera27.081e-84 308
LLPS-Pyt-0874Pyrenophora teres26.958e-0655.1
LLPS-Pytr-0464Pyrenophora triticirepentis26.958e-0655.1
LLPS-Sol-1076Solanum lycopersicum26.876e-82 301
LLPS-Sot-1555Solanum tuberosum26.816e-80 294
LLPS-Sei-0359Setaria italica26.816e-80 294
LLPS-Cogr-1233Colletotrichum graminicola26.77e-0655.5
LLPS-Sob-0030Sorghum bicolor26.72e-78 289
LLPS-Phv-1472Phaseolus vulgaris26.682e-89 323
LLPS-Asni-1034Aspergillus niger26.675e-0758.9
LLPS-Tru-0372Triticum urartu26.675e-78 289
LLPS-Ast-0368Aspergillus terreus26.673e-0759.7
LLPS-Chc-0350Chondrus crispus26.494e-0759.3
LLPS-Arl-2431Arabidopsis lyrata26.493e-79 292
LLPS-Orm-0840Oryza meridionalis26.377e-78 287
LLPS-Org-0595Oryza glaberrima26.351e-79 293
LLPS-Brr-1130Brassica rapa26.274e-77 285
LLPS-Orgl-0068Oryza glumaepatula26.255e-80 294
LLPS-Nia-0432Nicotiana attenuata26.247e-70 263
LLPS-Brd-0662Brachypodium distachyon26.22e-85 310
LLPS-Zem-1818Zea mays26.22e-71 267
LLPS-Bro-0378Brassica oleracea26.182e-77 286
LLPS-Hov-0069Hordeum vulgare26.152e-81 298
LLPS-Ors-0669Oryza sativa26.153e-79 291
LLPS-Blg-0640Blumeria graminis26.147e-0655.1
LLPS-Ori-1281Oryza indica26.132e-75 280
LLPS-Orb-0794Oryza barthii26.071e-79 290
LLPS-Lem-0563Leptosphaeria maculans25.974e-0656.2
LLPS-Orni-1189Oryza nivara25.975e-78 288
LLPS-Orr-0262Oryza rufipogon25.976e-78 285
LLPS-Pot-1032Populus trichocarpa25.93e-82 301
LLPS-Thc-0561Theobroma cacao25.723e-79 294
LLPS-Coc-0963Corchorus capsularis25.627e-83 303
LLPS-Met-1694Medicago truncatula25.613e-84 307
LLPS-Via-0027Vigna angularis25.596e-75 278
LLPS-Art-2117Arabidopsis thaliana25.583e-75 280
LLPS-Glm-0971Glycine max25.562e-80 296
LLPS-Vir-0929Vigna radiata25.234e-74 276
LLPS-Put-0158Puccinia triticina25.237e-0758.5
LLPS-Gor-0452Gossypium raimondii25.116e-79 291
LLPS-Usm-1461Ustilago maydis25.01e-0864.3
LLPS-Phn-0281Phaeosphaeria nodorum24.866e-0655.5
LLPS-Lep-0202Leersia perrieri24.85e-58 223
LLPS-Spr-0774Sporisorium reilianum24.774e-0862.8
LLPS-Mae-0601Manihot esculenta24.683e-78 289
LLPS-Beb-1081Beauveria bassiana24.494e-0656.2
LLPS-Orp-0242Oryza punctata24.434e-60 231
LLPS-Trr-0958Trichoderma reesei23.678e-0655.1
LLPS-Cae-0234Caenorhabditis elegans22.528e-34 147