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

LLPS-Pat-4896
ROCK2

Integrated Annotations

▼ OVERVIEW

Status: Unreviewed
Protein Name: Rho-associated protein kinase
Gene Name: ROCK2, CK820_G0009781
Ensembl Gene: ENSPTRG00000011658.6
Ensembl Protein: ENSPTRP00000063417.1
Organism: Pan troglodytes
Taxa ID: 9598
LLPS Type: Others


▼ Classification

Condensates:
CondensateEvidenceOrthologs
Centrosome/Spindle pole body, Postsynaptic densityPredicted from orthologs(View)

▼ FUNCTION

Protein kinase which is a key regulator of actin cytoskeleton and cell polarity.

▼ SEQUENCE

Protein Sequence (FASTA)
1     MSRPPPTGKM  PGAPETAPGD  GAGASRQRKL  EALIRDPRSP  INVESLLDGL  NSLVLDLDFP  60
61    ALRKNKNIDN  FLNRYEKIVK  KIRGLQMKAE  DYDVVKVIGR  GAFGEVQLVR  HKASQKVYAM  120
121   KLLSKFEMIK  RSDSAFFWEE  RDIMAFANSP  WVVQLFYAFQ  DDRYLYMVME  YMPGGDLVNL  180
181   MSNYDVPEKW  AKFYTAEVVL  ALDAIHSMGL  IHRDVKPDNM  LLDKHGHLKL  ADFGTCMKMD  240
241   ETGMVHCDTA  VGTPDYISPE  VLKSQGGDGY  YGRECDWWSV  GVFLYEMLVG  DTPFYADSLV  300
301   GTYSKIMDHK  NSLCFPEDAE  ISKHAKNLIC  AFLTDREVRL  GRNGVEEIRQ  HPFFKNDQWH  360
361   WDNIRETAAP  VVPELSSDID  SSNFDDIEDD  KGDVETFPIP  KAFVGNQLPF  IGFTYYRENL  420
421   LLSDSPSCRE  NDSIQSRKNE  ESQEIQKKLY  TLEEHLSNEM  QAKEELEQKC  KSVNTRLEKT  480
481   AKELEEEITL  RKSVESALRQ  LEREKALLQH  KNAEYQRKAD  HEADKKRNLE  NDVNSLKDQL  540
541   EDLKKRNQNS  QISTEKVNQL  QRQLDETNAL  LRTESDTAAR  LRKTQAESSK  QIQQLESNNR  600
601   DLQDKNCLLE  TAKLKLEKEF  INLQSALESE  RRDRTHGSEI  INDLQGRICG  LEEDLKNGKI  660
661   LLAKVELEKR  QLQERFTDLE  KEKSNMEIDM  TYQLKVIQQS  LEQEEAEHKA  TKARLADKNK  720
721   IYESIEEAKS  EAMKEMEKKL  LEERTLKQKV  ENLLLEAEKR  CSLLDCDLKQ  SQQKINELLK  780
781   QKDVLNEDVR  NLTLKIEQET  QKRCLTQNDL  KMQTQQVNTL  KMSEKQLKQE  NNHLMEMKMN  840
841   LEKQNAELRK  ERQDADGQMK  ELQDQLEAEQ  YFSTLYKTQV  RELKEECEEK  TKLGKELQQK  900
901   KQELQDERDS  LAAQLEITLT  KADSEQLARS  IAEEQYSDLE  KEKIMKELEI  KEMMARHKQE  960
961   LTEKDATIAS  LEETNRTLTS  DVANLANEKE  ELNNKLKDVQ  EQLSRLKDEE  ISAAAIKAQF  1020
1021  EKQLLTERTL  KTQAVNKLAE  IMNRKEPVKR  GNDTDVRRKE  KENRKLHMEL  KSEREKLTQQ  1080
1081  MIKYQKELNE  MQAQIAEESQ  IRIELQMTLD  SKDSDIEQLR  SQLQALHIGL  DSSSIGSGPG  1140
1141  DAEADDGFPE  SRLEGWLSLP  VRNNTKKFGW  VKKYVIVSSK  KILFYDSEQD  KEQSNPYMVL  1200
1201  DIDKLFHVRP  VTQTDVYRAD  AKEIPRIFQI  LYANEGESKK  EQEFPVEPVG  EKSNYICHKG  1260
1261  HEFIPTLYHF  PTNCEACMKP  LWHMFKPPPA  LECRRCHIKC  HKDHMDKKEE  IIAPCKVYYD  1320
1321  ISTAKNLLLL  ANSTEEQQKW  VSRLVKKIPK  KPPAPDPFAR  SSPRTSMKIQ  QNQSIRRPSR  1380
1381  QLAPNKPS  1388
Nucleotide CDS Sequence (FASTA)
1     ATGAGCCGGC  CCCCGCCGAC  GGGGAAAATG  CCCGGCGCCC  CCGAGACCGC  GCCGGGGGAC  60
61    GGGGCAGGCG  CGAGCCGCCA  GAGGAAGCTG  GAGGCGCTGA  TCCGAGACCC  TCGCTCCCCC  120
121   ATCAACGTGG  AGAGCTTGCT  GGATGGCTTA  AATTCCTTGG  TCCTTGATTT  AGATTTTCCT  180
181   GCTTTGAGGA  AAAACAAGAA  CATAGATAAT  TTCTTAAATA  GATATGAGAA  AATTGTGAAA  240
241   AAAATCAGAG  GTCTACAGAT  GAAGGCAGAA  GACTATGATG  TTGTAAAAGT  TATTGGAAGA  300
301   GGTGCTTTTG  GTGAAGTGCA  GTTGGTTCGT  CACAAGGCAT  CGCAGAAGGT  TTATGCTATG  360
361   AAGCTTCTTA  GTAAGTTTGA  AATGATAAAA  AGATCAGATT  CTGCCTTTTT  TTGGGAAGAA  420
421   AGAGATATTA  TGGCCTTTGC  CAATAGCCCC  TGGGTGGTTC  AGCTTTTTTA  TGCCTTTCAA  480
481   GATGATAGGT  ATCTGTACAT  GGTAATGGAG  TACATGCCTG  GTGGAGACCT  TGTAAACCTT  540
541   ATGAGTAATT  ACGATGTGCC  TGAAAAATGG  GCCAAATTTT  ACACTGCTGA  AGTTGTTCTT  600
601   GCTCTGGATG  CAATACACTC  CATGGGTTTA  ATACACAGAG  ATGTGAAGCC  TGACAACATG  660
661   CTCTTGGATA  AACATGGACA  TCTAAAATTA  GCAGATTTTG  GCACGTGTAT  GAAGATGGAT  720
721   GAAACAGGCA  TGGTACATTG  TGATACAGCA  GTTGGAACAC  CGGATTATAT  ATCACCTGAG  780
781   GTTCTGAAAT  CACAAGGGGG  TGATGGTTAC  TATGGGCGAG  AATGTGATTG  GTGGTCTGTA  840
841   GGTGTTTTCC  TTTATGAGAT  GCTAGTGGGG  GATACTCCAT  TTTATGCGGA  TTCACTTGTA  900
901   GGAACATATA  GCAAAATTAT  GGATCATAAG  AATTCACTGT  GTTTCCCTGA  AGATGCAGAA  960
961   ATTTCCAAAC  ATGCAAAGAA  TCTCATCTGT  GCTTTCTTAA  CAGATAGGGA  GGTACGACTT  1020
1021  GGGAGAAATG  GGGTGGAAGA  AATCAGACAG  CATCCTTTCT  TTAAGAATGA  TCAGTGGCAT  1080
1081  TGGGATAACA  TAAGAGAAAC  GGCAGCTCCT  GTAGTACCTG  AACTCAGCAG  TGACATAGAC  1140
1141  AGCAGCAATT  TCGATGACAT  TGAAGATGAC  AAAGGAGATG  TAGAAACCTT  CCCAATTCCT  1200
1201  AAAGCTTTTG  TTGGAAATCA  GCTGCCTTTC  ATCGGATTTA  CCTACTATAG  AGAAAATTTA  1260
1261  TTATTAAGTG  ACTCTCCATC  TTGTAGAGAA  AATGATTCAA  TACAATCAAG  GAAAAATGAA  1320
1321  ATTCAGAAAA  AACTGTATAC  ATTAGAAGAA  CATCTTAGCA  ATGAGATGCA  AGCCAAAGAG  1380
1381  GAACTGGAAC  AGAAGTGCAA  ATCTGTTAAT  ACTCGCCTAG  AAAAGACAGC  AAAGGAGCTA  1440
1441  GAAGAGGAGA  TTACCTTACG  GAAAAGTGTG  GAATCAGCAT  TAAGACAGTT  AGAAAGAGAA  1500
1501  AAGGCGCTTC  TTCAGCACAA  AAATGCAGAA  TATCAGAGGA  AAGCTGATCA  TGAAGCAGAC  1560
1561  AAAAAACGAA  ATTTGGAAAA  TGATGTTAAC  AGCTTAAAAG  ATCAACTTGA  AGATTTGAAA  1620
1621  AAAAGAAATC  AAAACTCTCA  AATATCCACT  GAGAAAGTGA  ATCAACTCCA  GAGACAACTG  1680
1681  GATGAAACCA  ATGCTTTACT  GCGAACAGAG  TCTGATACTG  CAGCCCGGTT  AAGGAAAACC  1740
1741  CAGGCAGAAA  GTTCAAAACA  GATTCAGCAG  CTGGAATCTA  ACAATAGAGA  TCTACAAGAT  1800
1801  AAAAACTGCC  TGCTGGAGAC  TGCCAAGTTA  AAACTTGAAA  AGGAATTTAT  CAATCTTCAG  1860
1861  TCAGCTCTAG  AATCTGAAAG  GAGGGATCGA  ACCCATGGAT  CAGAGATAAT  TAATGATTTA  1920
1921  CAAGGTAGAA  TATGTGGCCT  AGAAGAAGAT  TTAAAGAACG  GCAAAATCTT  ATTAGCGAAA  1980
1981  GTAGAACTGG  AGAAGAGACA  ACTTCAGGAG  AGATTTACTG  ATTTGGAAAA  GGAAAAAAGC  2040
2041  AACATGGAAA  TAGATATGAC  ATACCAACTA  AAAGTTATAC  AGCAGAGCCT  AGAACAAGAA  2100
2101  GAAGCTGAAC  ATAAGGCCAC  AAAGGCACGA  CTAGCAGATA  AAAATAAGAT  CTATGAGTCC  2160
2161  ATCGAAGAAG  CCAAATCAGA  AGCCATGAAA  GAAATGGAGA  AGAAGCTCTT  GGAGGAAAGA  2220
2221  ACTTTAAAAC  AGAAAGTGGA  GAACCTATTG  CTAGAAGCTG  AGAAAAGATG  TTCTCTATTA  2280
2281  GACTGTGACC  TCAAACAGTC  ACAGCAGAAA  ATAAATGAGC  TCCTTAAACA  GAAAGATGTG  2340
2341  CTAAATGAGG  ATGTTAGAAA  CCTGACATTA  AAAATAGAGC  AAGAAACTCA  GAAGCGCTGC  2400
2401  CTTACACAAA  ATGACCTGAA  GATGCAAACA  CAACAGGTTA  ACACACTAAA  AATGTCAGAA  2460
2461  AAGCAGTTAA  AGCAAGAAAA  TAACCATCTC  ATGGAAATGA  AAATGAACTT  GGAAAAACAA  2520
2521  AATGCTGAAC  TTCGAAAAGA  ACGTCAGGAT  GCAGATGGGC  AAATGAAAGA  GCTCCAGGAT  2580
2581  CAGCTCGAAG  CAGAACAGTA  TTTCTCAACC  CTTTATAAAA  CACAAGTTAG  GGAGCTTAAA  2640
2641  GAAGAATGTG  AAGAAAAGAC  CAAACTTGGT  AAAGAATTGC  AGCAGAAGAA  ACAGGAATTA  2700
2701  CAGGATGAAC  GGGACTCTTT  GGCTGCCCAA  CTGGAGATCA  CCTTGACCAA  AGCAGATTCT  2760
2761  GAGCAACTGG  CTCGTTCAAT  TGCTGAAGAA  CAATATTCTG  ATTTGGAAAA  AGAGAAGATC  2820
2821  ATGAAAGAGC  TGGAGATCAA  AGAGATGATG  GCTAGACACA  AACAGGAACT  TACCGAAAAA  2880
2881  GATGCTACAA  TTGCTTCTCT  TGAGGAAACT  AATAGGACAC  TAACTAGTGA  TGTTGCCAAT  2940
2941  CTTGCAAATG  AGAAAGAAGA  ATTAAATAAC  AAATTGAAAG  ATGTTCAAGA  GCAACTGTCA  3000
3001  AGATTGAAAG  ATGAAGAAAT  AAGCGCAGCA  GCTATTAAAG  CACAGTTTGA  GAAGCAGCTA  3060
3061  TTAACAGAAA  GAACACTCAA  AACTCAAGCT  GTGAATAAGT  TGGCTGAGAT  CATGAATCGA  3120
3121  AAAGAACCTG  TCAAGCGTGG  TAATGACACA  GATGTGCGGA  GAAAAGAGAA  GGAGAATAGA  3180
3181  AAGCTACATA  TGGAGCTTAA  ATCTGAACGT  GAGAAATTGA  CCCAGCAGAT  GATCAAGTAT  3240
3241  CAGAAAGAAC  TGAATGAAAT  GCAGGCACAA  ATAGCTGAAG  AGAGCCAGAT  TCGAATTGAA  3300
3301  CTGCAGATGA  CATTGGACAG  TAAAGACAGT  GACATTGAGC  AGCTGCGGTC  ACAACTCCAA  3360
3361  GCCTTGCATA  TTGGTCTGGA  TAGTTCCAGT  ATAGGCAGTG  GACCAGGGGA  TGCTGAGGCA  3420
3421  GATGATGGGT  TTCCAGAATC  AAGATTAGAA  GGATGGCTTT  CATTGCCTGT  ACGAAACAAC  3480
3481  ACTAAGAAAT  TTGGATGGGT  TAAAAAGTAT  GTGATTGTAA  GCAGTAAGAA  GATTCTTTTC  3540
3541  TATGACAGTG  AACAAGATAA  AGAACAATCC  AATCCTTACA  TGGTTTTAGA  TATAGACAAG  3600
3601  TTATTTCATG  TCCGACCAGT  TACACAGACA  GATGTGTATA  GAGCAGATGC  TAAAGAAATT  3660
3661  CCAAGGATAT  TCCAGATTCT  GTATGCCAAT  GAAGGAGAAA  GTAAGAAGGA  ACAAGAATTT  3720
3721  CCAGTGGAGC  CAGTTGGAGA  AAAATCTAAT  TATATTTGCC  ACAAGGGACA  TGAGTTTATT  3780
3781  CCTACTCTTT  ATCATTTCCC  AACCAACTGT  GAGGCTTGTA  TGAAGCCCCT  GTGGCACATG  3840
3841  TTTAAGCCTC  CTCCTGCTTT  GGAGTGCCGC  CGTTGCCATA  TTAAGTGTCA  TAAAGATCAT  3900
3901  ATGGACAAAA  AGGAGGAGAT  TATAGCACCT  TGCAAAGTAT  ATTATGATAT  TTCAACGGCA  3960
3961  AAGAATCTGT  TATTACTAGC  AAATTCTACA  GAAGAGCAGC  AGAAGTGGGT  TAGTCGGTTG  4020
4021  GTGAAAAAGA  TACCTAAAAA  GCCCCCAGCT  CCAGACCCTT  TTGCCCGATC  ATCTCCTAGA  4080
4081  ACTTCAATGA  AGATACAGCA  AAACCAGTCT  ATTAGACGGC  CAAGTCGACA  GCTTGCCCCA  4140
4141  AACAAACCTA  GGTAA  4155

▼ KEYWORD

ID
Family
ATP-binding
Coiled coil
Complete proteome
Cytoplasm
Cytoskeleton
Kinase
Magnesium
Metal-binding
Nucleotide-binding
Reference proteome
Serine/threonine-protein kinase
Transferase
Zinc
Zinc-finger

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Centrosome
Cellular Component
Cytoplasmic ribonucleoprotein granule
Cellular Component
Cytosol
Molecular Function
ATP binding
Molecular Function
Metal ion binding
Molecular Function
Rho GTPase binding
Molecular Function
Rho-dependent protein serine/threonine kinase activity
Biological Process
Cellular response to testosterone stimulus
Biological Process
Centrosome duplication
Biological Process
Cortical actin cytoskeleton organization
Biological Process
I-kappaB kinase/NF-kappaB signaling
Biological Process
Negative regulation of angiogenesis
Biological Process
Negative regulation of bicellular tight junction assembly
Biological Process
Negative regulation of myosin-light-chain-phosphatase activity
Biological Process
Negative regulation of nitric oxide biosynthetic process
Biological Process
Negative regulation of protein localization to lysosome
Biological Process
Peptidyl-serine phosphorylation
Biological Process
Peptidyl-threonine phosphorylation
Biological Process
Positive regulation of amyloid-beta formation
Biological Process
Positive regulation of aspartic-type endopeptidase activity involved in amyloid precursor protein catabolic process
Biological Process
Positive regulation of centrosome duplication
Biological Process
Positive regulation of endothelial cell migration
Biological Process
Positive regulation of gene expression
Biological Process
Positive regulation of protein localization to early endosome
Biological Process
Positive regulation of protein phosphorylation
Biological Process
Positive regulation of stress fiber assembly
Biological Process
Protein localization to plasma membrane
Biological Process
Regulation of establishment of endothelial barrier
Biological Process
Regulation of keratinocyte differentiation
Biological Process
Rho protein signal transduction
Biological Process
Smooth muscle contraction
Biological Process
Viral RNA genome replication

▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Gog-4298Gorilla gorilla100.00.0 864
LLPS-Aim-3675Ailuropoda melanoleuca100.01e-141 475
LLPS-Hos-2554Homo sapiens99.860.02536
LLPS-Poa-3381Pongo abelii99.860.02535
LLPS-Nol-4638Nomascus leucogenys99.640.02531
LLPS-Man-0316Macaca nemestrina99.582e-140 473
LLPS-Bot-4753Bos taurus99.581e-140 473
LLPS-Mam-3443Macaca mulatta99.420.02527
LLPS-Maf-4378Macaca fascicularis99.420.02527
LLPS-Mal-3743Mandrillus leucophaeus99.420.02496
LLPS-Rhb-1764Rhinopithecus bieti99.350.02523
LLPS-Aon-1564Aotus nancymaae99.350.02525
LLPS-Cea-2496Cercocebus atys99.350.02525
LLPS-Paa-1627Papio anubis99.350.02526
LLPS-Caj-3686Callithrix jacchus99.210.02521
LLPS-Chs-2824Chlorocebus sabaeus99.060.02495
LLPS-Cas-2934Carlito syrichta98.50.02408
LLPS-Sus-4623Sus scrofa97.840.02483
LLPS-Mup-1305Mustela putorius furo97.820.02469
LLPS-Otg-3859Otolemur garnettii97.790.02424
LLPS-Fec-3218Felis catus97.770.02493
LLPS-Mea-3430Mesocricetus auratus97.720.01176
LLPS-Pap-4605Pan paniscus97.620.02481
LLPS-Caf-3685Canis familiaris97.620.02339
LLPS-Urm-4060Ursus maritimus97.220.02382
LLPS-Ict-2279Ictidomys tridecemlineatus96.960.02440
LLPS-Ran-1623Rattus norvegicus96.90.02446
LLPS-Loa-3693Loxodonta africana96.760.02456
LLPS-Ova-2072Ovis aries96.010.02393
LLPS-Fud-2389Fukomys damarensis95.10.02340
LLPS-Myl-4004Myotis lucifugus94.530.02321
LLPS-Cap-3806Cavia porcellus93.480.02340
LLPS-Mum-4017Mus musculus92.870.02428
LLPS-Mod-0335Monodelphis domestica92.560.02315
LLPS-Dio-3053Dipodomys ordii92.40.01881
LLPS-Eqc-2900Equus caballus92.380.02355
LLPS-Pes-3229Pelodiscus sinensis90.130.02222
LLPS-Meg-3022Meleagris gallopavo86.830.02177
LLPS-Tag-2199Taeniopygia guttata86.440.02203
LLPS-Gaga-3721Gallus gallus85.550.02207
LLPS-Fia-1257Ficedula albicollis84.990.02101
LLPS-Anc-3462Anolis carolinensis84.90.02154
LLPS-Lac-2831Latimeria chalumnae79.790.02059
LLPS-Xet-3807Xenopus tropicalis77.20.01897
LLPS-Tar-3044Takifugu rubripes76.440.01844
LLPS-Scm-0696Scophthalmus maximus76.330.01868
LLPS-Dar-3906Danio rerio76.020.01862
LLPS-Ten-2218Tetraodon nigroviridis75.990.01829
LLPS-Xim-2356Xiphophorus maculatus75.840.01857
LLPS-Pof-0318Poecilia formosa75.620.01850
LLPS-Gaa-3755Gasterosteus aculeatus75.460.01848
LLPS-Orl-1095Oryzias latipes75.430.01827
LLPS-Orn-0866Oreochromis niloticus74.40.01837
LLPS-Icp-2337Ictalurus punctatus71.810.01792
LLPS-Leo-0228Lepisosteus oculatus68.720.01076
LLPS-Scf-2968Scleropages formosus67.410.01601
LLPS-Anp-0041Anas platyrhynchos65.510.01587
LLPS-Orc-4281Oryctolagus cuniculus65.020.01535
LLPS-Asm-2691Astyanax mexicanus63.50.01451
LLPS-Scj-0050Schizosaccharomyces japonicus43.627e-86 294
LLPS-Tum-0580Tuber melanosporum42.71e-86 299
LLPS-Nec-0998Neurospora crassa41.629e-78 275
LLPS-Cogr-0691Colletotrichum graminicola40.212e-58 219
LLPS-Abg-1404Absidia glauca40.141e-59 221
LLPS-Trv-0668Trichoderma virens40.073e-60 224
LLPS-Asn-1129Aspergillus nidulans40.077e-57 215
LLPS-Miv-0258Microbotryum violaceum40.057e-80 280
LLPS-Coo-0545Colletotrichum orbiculare39.867e-58 218
LLPS-Yal-0600Yarrowia lipolytica39.854e-80 281
LLPS-Ast-0858Aspergillus terreus39.713e-57 216
LLPS-Spr-0331Sporisorium reilianum39.599e-78 277
LLPS-Dos-1433Dothistroma septosporum39.576e-57 215
LLPS-Drm-0211Drosophila melanogaster39.526e-76 283
LLPS-Ved-1289Verticillium dahliae39.54e-57 214
LLPS-Mel-0807Melampsora laricipopulina39.465e-83 286
LLPS-Scp-0024Schizosaccharomyces pombe39.45e-86 294
LLPS-Nef-1658Neosartorya fischeri39.351e-56 214
LLPS-Asfu-1355Aspergillus fumigatus39.352e-56 214
LLPS-Asc-1043Aspergillus clavatus39.352e-56 214
LLPS-Usm-0691Ustilago maydis39.073e-76 273
LLPS-Asg-1095Ashbya gossypii38.995e-57 216
LLPS-Kop-1137Komagataella pastoris38.936e-81 285
LLPS-Sac-0660Saccharomyces cerevisiae38.877e-58 218
LLPS-Nia-2390Nicotiana attenuata38.682e-83 288
LLPS-Org-1517Oryza glaberrima38.61e-81 285
LLPS-Crn-0726Cryptococcus neoformans38.522e-79 278
LLPS-Brd-0179Brachypodium distachyon38.54e-81 283
LLPS-Sol-2048Solanum lycopersicum38.425e-85 293
LLPS-Sot-0511Solanum tuberosum38.422e-85 294
LLPS-Hov-1453Hordeum vulgare38.333e-80 281
LLPS-Tra-1844Triticum aestivum38.333e-80 281
LLPS-Orr-1623Oryza rufipogon38.024e-79 278
LLPS-Orni-1616Oryza nivara38.028e-77 275
LLPS-Orb-1320Oryza barthii38.024e-79 278
LLPS-Orgl-0794Oryza glumaepatula38.029e-77 275
LLPS-Scc-0960Schizosaccharomyces cryophilus37.851e-58 218
LLPS-Zem-2149Zea mays37.756e-80 280
LLPS-Sei-0767Setaria italica37.596e-82 285
LLPS-Sob-1641Sorghum bicolor37.341e-80 282
LLPS-Pug-0507Puccinia graminis37.086e-77 269
LLPS-Orm-0457Oryza meridionalis36.842e-73 261
LLPS-Orp-1195Oryza punctata36.782e-75 270
LLPS-Sah-0265Sarcophilus harrisii34.971e-91 332