LLPS-Hos-a1119
CDC42BPB

▼ OVERVIEW

Status: Reviewed
Protein Name: Serine/threonine-protein kinase MRCK beta; CDC42-binding protein kinase beta; CDC42BP-beta; DMPK-like beta; Myotonic dystrophy kinase-related CDC42-binding kinase beta; MRCK beta; Myotonic dystrophy protein kinase-like beta
Gene Name: CDC42BPB, KIAA1124
Ensembl Gene: ENSG00000198752.10
Ensembl Protein: ENSP00000355237.2
Organism: Homo sapiens
Taxa ID: 9606
LLPS Type: Others
PDB: 3QFV (A) More


▼ PROPERTY


▼ Classification

Condensates:
CondensateDescriptionTissue/CellPMIDs
Postsynaptic density
"...We report the first direct comparison of the proteome of triplicate isolates of mouse and human cortical postsynaptic densities. The mouse postsynaptic density comprised 1556 proteins and the human one 1461."
Human cortex23071613

▼ FUNCTION

Serine/threonine-protein kinase which is an important downstream effector of CDC42 and plays a role in the regulation of cytoskeleton reorganization and cell migration. Regulates actin cytoskeletal reorganization via phosphorylation of PPP1R12C and MYL9/MLC2 (PubMed:21457715, PubMed:21949762). In concert with MYO18A and LURAP1, is involved in modulating lamellar actomyosin retrograde flow that is crucial to cell protrusion and migration (PubMed:18854160). Phosphorylates PPP1R12A (PubMed:21457715). In concert with FAM89B/LRAP25 mediates the targeting of LIMK1 to the lamellipodium resulting in its activation and subsequent phosphorylation of CFL1 which is important for lamellipodial F-actin regulation (By similarity).

▼ SEQUENCE

Protein Sequence (FASTA)
1     MSAKVRLKKL  EQLLLDGPWR  NESALSVETL  LDVLVCLYTE  CSHSALRRDK  YVAEFLEWAK  60
61    PFTQLVKEMQ  LHREDFEIIK  VIGRGAFGEV  AVVKMKNTER  IYAMKILNKW  EMLKRAETAC  120
121   FREERDVLVN  GDCQWITALH  YAFQDENHLY  LVMDYYVGGD  LLTLLSKFED  KLPEDMARFY  180
181   IGEMVLAIDS  IHQLHYVHRD  IKPDNVLLDV  NGHIRLADFG  SCLKMNDDGT  VQSSVAVGTP  240
241   DYISPEILQA  MEDGMGKYGP  ECDWWSLGVC  MYEMLYGETP  FYAESLVETY  GKIMNHEERF  300
301   QFPSHVTDVS  EEAKDLIQRL  ICSRERRLGQ  NGIEDFKKHA  FFEGLNWENI  RNLEAPYIPD  360
361   VSSPSDTSNF  DVDDDVLRNT  EILPPGSHTG  FSGLHLPFIG  FTFTTESCFS  DRGSLKSIMQ  420
421   SNTLTKDEDV  QRDLEHSLQM  EAYERRIRRL  EQEKLELSRK  LQESTQTVQS  LHGSSRALSN  480
481   SNRDKEIKKL  NEEIERLKNK  IADSNRLERQ  LEDTVALRQE  REDSTQRLRG  LEKQHRVVRQ  540
541   EKEELHKQLV  EASERLKSQA  KELKDAHQQR  KLALQEFSEL  NERMAELRAQ  KQKVSRQLRD  600
601   KEEEMEVATQ  KVDAMRQEMR  RAEKLRKELE  AQLDDAVAEA  SKERKLREHS  ENFCKQMESE  660
661   LEALKVKQGG  RGAGATLEHQ  QEISKIKSEL  EKKVLFYEEE  LVRREASHVL  EVKNVKKEVH  720
721   DSESHQLALQ  KEILMLKDKL  EKSKRERHNE  MEEAVGTIKD  KYERERAMLF  DENKKLTAEN  780
781   EKLCSFVDKL  TAQNRQLEDE  LQDLAAKKES  VAHWEAQIAE  IIQWVSDEKD  ARGYLQALAS  840
841   KMTEELEALR  SSSLGSRTLD  PLWKVRRSQK  LDMSARLELQ  SALEAEIRAK  QLVQEELRKV  900
901   KDANLTLESK  LKDSEAKNRE  LLEEMEILKK  KMEEKFRADT  GLKLPDFQDS  IFEYFNTAPL  960
961   AHDLTFRTSS  ASEQETQAPK  PEASPSMSVA  ASEQQEDMAR  PPQRPSAVPL  PTTQALALAG  1020
1021  PKPKAHQFSI  KSFSSPTQCS  HCTSLMVGLI  RQGYACEVCS  FACHVSCKDG  APQVCPIPPE  1080
1081  QSKRPLGVDV  QRGIGTAYKG  HVKVPKPTGV  KKGWQRAYAV  VCDCKLFLYD  LPEGKSTQPG  1140
1141  VIASQVLDLR  DDEFSVSSVL  ASDVIHATRR  DIPCIFRVTA  SLLGAPSKTS  SLLILTENEN  1200
1201  EKRKWVGILE  GLQSILHKNR  LRNQVVHVPL  EAYDSSLPLI  KAILTAAIVD  ADRIAVGLEE  1260
1261  GLYVIEVTRD  VIVRAADCKK  VHQIELAPRE  KIVILLCGRN  HHVHLYPWSS  LDGAEGSFDI  1320
1321  KLPETKGCQL  MATATLKRNS  GTCLFVAVKR  LILCYEIQRT  KPFHRKFNEI  VAPGSVQCLA  1380
1381  VLRDRLCVGY  PSGFCLLSIQ  GDGQPLNLVN  PNDPSLAFLS  QQSFDALCAV  ELESEEYLLC  1440
1441  FSHMGLYVDP  QGRRARAQEL  MWPAAPVACS  CSPTHVTVYS  EYGVDVFDVR  TMEWVQTIGL  1500
1501  RRIRPLNSEG  TLNLLNCEPP  RLIYFKSKFS  GAVLNVPDTS  DNSKKQMLRT  RSKRRFVFKV  1560
1561  PEEERLQQRR  EMLRDPELRS  KMISNPTNFN  HVAHMGPGDG  MQVLMDLPLS  AVPPSQEERP  1620
1621  GPAPTNLARQ  PPSRNKPYIS  WPSSGGSEPS  VTVPLRSMSD  PDQDFDKEPD  SDSTKHSTPS  1680
1681  NSSNPSGPPS  PNSPHRSQLP  LEGLEQPACD  T  1711
Nucleotide CDS Sequence (FASTA)
1     ATGTCGGCCA  AGGTGCGGCT  CAAGAAGCTG  GAGCAGCTGC  TCCTGGACGG  GCCCTGGCGC  60
61    AACGAGAGCG  CCCTGAGCGT  GGAAACGCTG  CTCGACGTGC  TCGTCTGCCT  GTACACCGAG  120
121   TGCAGCCACT  CGGCCCTGCG  CCGCGACAAG  TACGTGGCCG  AGTTCCTCGA  GTGGGCTAAA  180
181   CCATTTACAC  AGCTGGTGAA  AGAAATGCAG  CTTCATCGAG  AAGACTTTGA  AATAATTAAA  240
241   GTAATTGGAA  GAGGTGCTTT  TGGTGAGGTT  GCTGTTGTCA  AAATGAAGAA  TACTGAACGA  300
301   ATTTATGCAA  TGAAAATCCT  CAACAAGTGG  GAGATGCTGA  AAAGAGCAGA  GACCGCGTGC  360
361   TTCCGAGAGG  AGCGCGATGT  GCTGGTGAAC  GGCGACTGCC  AGTGGATCAC  CGCGCTGCAC  420
421   TACGCCTTTC  AGGACGAGAA  CCACCTGTAC  TTAGTCATGG  ATTACTATGT  GGGTGGTGAT  480
481   TTACTGACCC  TGCTCAGCAA  ATTTGAAGAC  AAGCTTCCGG  AAGATATGGC  GAGGTTCTAC  540
541   ATTGGTGAAA  TGGTGCTGGC  CATTGACTCC  ATCCATCAGC  TTCATTACGT  GCACAGAGAC  600
601   ATTAAACCTG  ACAATGTCCT  TTTGGACGTG  AATGGTCATA  TCCGCCTGGC  TGACTTTGGA  660
661   TCATGTTTGA  AGATGAATGA  TGATGGCACT  GTGCAGTCCT  CCGTGGCCGT  GGGCACACCT  720
721   GACTACATCT  CGCCGGAGAT  CCTGCAGGCG  ATGGAGGACG  GCATGGGCAA  ATACGGGCCT  780
781   GAGTGTGACT  GGTGGTCTCT  GGGTGTCTGC  ATGTATGAGA  TGCTCTATGG  AGAAACGCCG  840
841   TTTTATGCGG  AGTCACTCGT  GGAGACCTAT  GGGAAGATCA  TGAACCATGA  AGAGCGATTC  900
901   CAGTTCCCAT  CCCATGTCAC  GGATGTATCT  GAAGAAGCGA  AGGACCTCAT  CCAGAGACTG  960
961   ATCTGCAGTA  GAGAACGCCG  GCTGGGGCAG  AATGGAATAG  AGGATTTCAA  AAAGCATGCG  1020
1021  TTTTTTGAAG  GTCTAAATTG  GGAAAATATA  CGAAACCTAG  AAGCACCTTA  TATTCCTGAT  1080
1081  GTGAGCAGTC  CCTCTGACAC  ATCCAACTTC  GACGTGGATG  ACGACGTGCT  GAGAAACACG  1140
1141  GAAATATTAC  CTCCTGGTTC  TCACACAGGC  TTTTCTGGAT  TACATTTGCC  ATTCATTGGT  1200
1201  TTTACATTCA  CAACGGAAAG  CTGTTTTTCT  GATCGAGGCT  CTCTGAAGAG  CATAATGCAG  1260
1261  TCCAACACAT  TAACCAAAGA  TGAGGATGTG  CAGCGGGACC  TGGAGCACAG  CCTGCAGATG  1320
1321  GAAGCTTACG  AGAGGAGGAT  TCGGAGGCTG  GAACAGGAGA  AGCTGGAGCT  GAGCAGGAAG  1380
1381  CTGCAAGAGT  CCACCCAGAC  CGTGCAGTCC  CTCCACGGCT  CATCTCGGGC  CCTCAGCAAT  1440
1441  TCAAACCGAG  ATAAAGAAAT  CAAAAAGCTA  AATGAAGAAA  TCGAACGCTT  GAAGAATAAA  1500
1501  ATAGCAGATT  CAAACAGGCT  CGAGCGACAG  CTTGAGGACA  CAGTGGCGCT  TCGCCAAGAG  1560
1561  CGTGAGGACT  CCACGCAGCG  GCTGCGGGGG  CTGGAGAAGC  AGCACCGCGT  GGTCCGGCAG  1620
1621  GAGAAGGAGG  AGCTGCACAA  GCAACTGGTT  GAAGCCTCAG  AGCGGTTGAA  ATCCCAGGCC  1680
1681  AAGGAACTCA  AAGATGCCCA  TCAGCAGCGA  AAGCTGGCCC  TGCAGGAGTT  CTCGGAGCTG  1740
1741  AACGAGCGCA  TGGCAGAGCT  CCGTGCCCAG  AAGCAGAAGG  TGTCCCGGCA  GCTGCGAGAC  1800
1801  AAGGAGGAGG  AGATGGAGGT  GGCCACGCAG  AAGGTGGACG  CCATGCGGCA  GGAAATGCGG  1860
1861  AGAGCTGAGA  AGCTCAGGAA  AGAGCTGGAA  GCTCAGCTTG  ATGATGCTGT  TGCTGAGGCC  1920
1921  TCCAAGGAGC  GCAAGCTTCG  TGAGCACAGC  GAGAACTTCT  GCAAGCAAAT  GGAAAGCGAG  1980
1981  CTGGAGGCCC  TCAAGGTGAA  GCAAGGAGGC  CGGGGAGCGG  GTGCCACCTT  AGAGCACCAG  2040
2041  CAAGAGATTT  CCAAAATCAA  ATCCGAGCTG  GAGAAGAAAG  TCTTATTTTA  TGAAGAGGAA  2100
2101  TTGGTCAGAC  GTGAGGCCTC  CCATGTGCTA  GAAGTGAAAA  ATGTGAAGAA  GGAGGTGCAT  2160
2161  GATTCAGAAA  GCCACCAGCT  GGCCCTGCAG  AAAGAAATCT  TGATGTTAAA  AGATAAGTTA  2220
2221  GAAAAGTCAA  AGCGAGAACG  GCATAACGAG  ATGGAGGAGG  CAGTAGGTAC  AATAAAAGAT  2280
2281  AAATACGAAC  GAGAAAGAGC  GATGCTGTTT  GATGAAAACA  AGAAGCTAAC  TGCTGAAAAT  2340
2341  GAAAAGCTCT  GTTCCTTTGT  GGATAAACTC  ACAGCTCAAA  ATAGACAGCT  GGAGGATGAG  2400
2401  CTGCAGGATC  TGGCAGCCAA  GAAGGAGTCA  GTGGCCCACT  GGGAAGCTCA  GATTGCGGAA  2460
2461  ATCATTCAGT  GGGTCAGTGA  CGAGAAAGAT  GCCCGGGGTT  ACCTTCAAGC  TCTTGCTTCC  2520
2521  AAGATGACCG  AAGAGCTCGA  GGCTTTGAGG  AGTTCTAGTC  TGGGGTCAAG  AACACTGGAC  2580
2581  CCGCTGTGGA  AGGTGCGCCG  CAGCCAGAAG  CTGGACATGT  CCGCGCGGCT  GGAGCTGCAG  2640
2641  TCGGCCCTGG  AGGCGGAGAT  CCGGGCCAAG  CAGCTTGTCC  AGGAGGAGCT  CAGGAAGGTC  2700
2701  AAGGACGCCA  ACCTCACCTT  GGAAAGCAAA  CTAAAGGATT  CCGAAGCCAA  AAACAGAGAA  2760
2761  TTATTAGAAG  AAATGGAAAT  TTTGAAGAAA  AAGATGGAAG  AAAAATTCAG  AGCAGATACT  2820
2821  GGGCTCAAAC  TTCCAGATTT  TCAGGATTCC  ATTTTTGAGT  ATTTCAACAC  TGCTCCTCTT  2880
2881  GCACATGACC  TGACATTTAG  AACCAGCTCA  GCTAGTGAGC  AAGAAACACA  AGCTCCGAAG  2940
2941  CCAGAAGCGT  CCCCGTCGAT  GTCTGTGGCT  GCATCAGAGC  AGCAGGAGGA  CATGGCTCGG  3000
3001  CCCCCGCAGA  GGCCATCCGC  TGTGCCGTTG  CCCACCACGC  AGGCCCTGGC  TCTGGCTGGA  3060
3061  CCGAAGCCAA  AAGCTCACCA  GTTCAGCATC  AAGTCCTTCT  CCAGCCCTAC  TCAGTGCAGC  3120
3121  CACTGCACCT  CCCTGATGGT  TGGGCTGATC  CGGCAGGGCT  ACGCCTGCGA  GGTGTGTTCC  3180
3181  TTTGCTTGCC  ACGTGTCCTG  CAAAGACGGT  GCCCCCCAGG  TGTGCCCAAT  ACCTCCCGAG  3240
3241  CAGTCCAAGA  GGCCTCTGGG  CGTGGACGTG  CAGCGAGGCA  TCGGAACAGC  CTACAAAGGC  3300
3301  CATGTCAAGG  TCCCAAAGCC  CACGGGGGTG  AAGAAGGGAT  GGCAGCGCGC  ATATGCAGTC  3360
3361  GTCTGTGACT  GCAAGCTCTT  CCTGTATGAT  CTGCCTGAAG  GAAAATCCAC  CCAGCCTGGT  3420
3421  GTCATTGCGA  GCCAAGTCTT  GGATCTCAGA  GATGACGAGT  TTTCCGTGAG  CTCAGTCCTG  3480
3481  GCCTCAGATG  TCATTCATGC  TACACGCCGA  GATATTCCAT  GTATATTCAG  GGTGACGGCC  3540
3541  TCTCTCTTAG  GTGCACCTTC  TAAGACCAGC  TCGCTGCTCA  TTCTGACAGA  AAATGAGAAT  3600
3601  GAAAAGAGGA  AGTGGGTTGG  GATTCTAGAA  GGACTCCAGT  CCATCCTTCA  TAAAAACCGG  3660
3661  CTGAGGAATC  AGGTCGTGCA  TGTTCCCTTG  GAAGCCTACG  ACAGCTCGCT  GCCTCTCATC  3720
3721  AAGGCCATCC  TGACAGCTGC  CATCGTGGAT  GCAGACAGGA  TTGCAGTCGG  CCTAGAAGAA  3780
3781  GGGCTCTATG  TCATAGAGGT  CACCCGAGAT  GTGATCGTCC  GTGCCGCTGA  CTGTAAGAAG  3840
3841  GTACACCAGA  TCGAGCTTGC  TCCCAGGGAG  AAGATCGTAA  TCCTCCTCTG  TGGCCGGAAC  3900
3901  CACCATGTGC  ACCTCTATCC  GTGGTCGTCC  CTTGATGGAG  CGGAAGGCAG  CTTTGACATC  3960
3961  AAGCTTCCGG  AAACCAAAGG  CTGCCAGCTC  ATGGCCACGG  CCACACTCAA  GAGGAACTCT  4020
4021  GGCACCTGCC  TGTTTGTGGC  CGTGAAACGG  CTGATCCTTT  GCTATGAGAT  CCAGAGAACG  4080
4081  AAGCCATTCC  ACAGAAAGTT  CAATGAGATT  GTGGCTCCCG  GCAGCGTGCA  GTGCCTGGCG  4140
4141  GTGCTCAGGG  ACAGGCTCTG  TGTGGGCTAC  CCTTCTGGGT  TCTGCCTGCT  GAGCATCCAG  4200
4201  GGGGACGGGC  AGCCTCTAAA  CCTGGTAAAT  CCCAATGACC  CCTCGCTTGC  GTTCCTCTCA  4260
4261  CAACAGTCTT  TTGATGCCCT  TTGTGCTGTG  GAGCTCGAAA  GCGAGGAGTA  CCTGCTTTGC  4320
4321  TTCAGCCACA  TGGGACTGTA  CGTGGACCCG  CAAGGCCGGA  GGGCACGCGC  GCAGGAGCTC  4380
4381  ATGTGGCCTG  CGGCTCCTGT  CGCCTGTAGT  TGCAGCCCCA  CCCACGTCAC  GGTGTACAGC  4440
4441  GAGTATGGCG  TGGACGTCTT  TGATGTGCGC  ACCATGGAGT  GGGTGCAGAC  CATCGGCCTG  4500
4501  CGGAGGATAA  GGCCCCTGAA  CTCTGAAGGC  ACCCTCAACC  TCCTCAACTG  CGAGCCTCCA  4560
4561  CGCTTGATCT  ACTTCAAGAG  CAAGTTCTCG  GGAGCGGTTC  TCAACGTGCC  GGACACCTCC  4620
4621  GACAACAGCA  AGAAGCAGAT  GCTGCGCACC  AGGAGCAAAA  GGCGGTTCGT  CTTCAAGGTC  4680
4681  CCAGAGGAAG  AGAGACTGCA  GCAGAGGCGA  GAGATGCTTA  GAGACCCAGA  ATTGAGATCC  4740
4741  AAAATGATAT  CCAACCCAAC  CAACTTCAAC  CACGTGGCCC  ACATGGGCCC  AGGCGACGGC  4800
4801  ATGCAGGTGC  TCATGGACCT  GCCTCTGAGT  GCTGTGCCCC  CCTCCCAGGA  GGAAAGGCCG  4860
4861  GGCCCCGCTC  CCACCAACCT  GGCTCGCCAG  CCTCCATCCA  GGAACAAGCC  CTACATCTCG  4920
4921  TGGCCCTCAT  CAGGTGGATC  GGAGCCTAGC  GTGACTGTGC  CTCTGAGAAG  TATGTCTGAT  4980
4981  CCAGACCAGG  ACTTTGACAA  AGAGCCTGAT  TCGGACTCCA  CCAAACACTC  AACTCCATCG  5040
5041  AATAGCTCCA  ACCCCAGCGG  CCCACCGAGC  CCCAACTCCC  CCCACAGGAG  CCAGCTCCCC  5100
5101  CTCGAAGGCC  TGGAGCAGCC  GGCCTGTGAC  ACCTGA  5136

▼ KEYWORD

ID
Family
3D-structure
ATP-binding
Cell junction
Cell membrane
Cell projection
Coiled coil
Complete proteome
Cytoplasm
Kinase
Magnesium
Membrane
Metal-binding
Methylation
Nucleotide-binding
Phosphoprotein
Polymorphism
Reference proteome
Serine/threonine-protein kinase
Transferase
Zinc
Zinc-finger

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Actomyosin
Cellular Component
Cell leading edge
Cellular Component
Cell-cell junction
Cellular Component
Cytoplasm
Cellular Component
Cytoskeleton
Cellular Component
Extracellular exosome
Cellular Component
Lamellipodium
Cellular Component
Plasma membrane
Molecular Function
ATP binding
Molecular Function
Magnesium ion binding
Molecular Function
Protein kinase activity
Molecular Function
Protein serine/threonine kinase activity
Molecular Function
Protein-containing complex binding
Molecular Function
Rho GTPase binding
Biological Process
Actin cytoskeleton reorganization
Biological Process
Actomyosin structure organization
Biological Process
Cell migration
Biological Process
Cytoskeleton organization
Biological Process
Establishment or maintenance of cell polarity
Biological Process
Intracellular signal transduction
Biological Process
Peptidyl-threonine phosphorylation
Biological Process
Protein phosphorylation
Biological Process
Signal transduction

▼ KEGG


▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Maf-a1090Macaca fascicularis99.650.03533
LLPS-Cea-a1097Cercocebus atys99.470.03527
LLPS-Poa-a1070Pongo abelii99.380.03332
LLPS-Chs-a1085Chlorocebus sabaeus99.380.02633
LLPS-Paa-a1097Papio anubis98.890.03494
LLPS-Pap-a1064Pan paniscus98.690.03418
LLPS-Man-a1101Macaca nemestrina98.670.03521
LLPS-Gog-a1085Gorilla gorilla98.630.03417
LLPS-Nol-a1063Nomascus leucogenys97.960.03448
LLPS-Caj-a1088Callithrix jacchus97.780.03471
LLPS-Aon-a1101Aotus nancymaae96.550.03462
LLPS-Mam-a1079Macaca mulatta95.640.03359
LLPS-Rhb-a1084Rhinopithecus bieti95.270.03324
LLPS-Pat-a1106Pan troglodytes95.130.02188
LLPS-Cas-a922Carlito syrichta95.10.03231
LLPS-Otg-a1077Otolemur garnettii95.090.03337
LLPS-Cap-a1089Cavia porcellus92.880.03145
LLPS-Eqc-a1098Equus caballus92.650.03275
LLPS-Ict-a1078Ictidomys tridecemlineatus92.170.03076
LLPS-Ran-a1094Rattus norvegicus92.060.03247
LLPS-Caf-a1075Canis familiaris92.010.03234
LLPS-Mum-a1103Mus musculus91.890.03245
LLPS-Aim-a1037Ailuropoda melanoleuca91.080.03190
LLPS-Fec-a1094Felis catus90.890.03189
LLPS-Bot-a1096Bos taurus89.180.03068
LLPS-Sus-a1097Sus scrofa89.140.03131
LLPS-Fud-a1040Fukomys damarensis89.10.02979
LLPS-Loa-a1062Loxodonta africana88.860.02965
LLPS-Ova-a1052Ovis aries88.580.02976
LLPS-Mod-a1045Monodelphis domestica88.490.03127
LLPS-Dio-a1053Dipodomys ordii88.420.02978
LLPS-Sah-a977Sarcophilus harrisii88.140.03004
LLPS-Pes-a924Pelodiscus sinensis84.660.02976
LLPS-Tag-a941Taeniopygia guttata84.030.02867
LLPS-Fia-a956Ficedula albicollis84.00.02844
LLPS-Meg-a865Meleagris gallopavo83.830.02829
LLPS-Anc-a982Anolis carolinensis83.690.02984
LLPS-Gaga-a979Gallus gallus83.650.02942
LLPS-Leo-a938Lepisosteus oculatus82.530.01009
LLPS-Mal-a1074Mandrillus leucophaeus82.440.01914
LLPS-Ora-a898Ornithorhynchus anatinus76.860.02579
LLPS-Dar-a946Danio rerio73.660.02544
LLPS-Icp-a949Ictalurus punctatus73.660.02554
LLPS-Asm-a941Astyanax mexicanus73.510.02409
LLPS-Tar-a904Takifugu rubripes72.640.0747
LLPS-Cii-a258Ciona intestinalis71.825e-102334
LLPS-Scf-a917Scleropages formosus70.710.02529
LLPS-Orl-a930Oryzias latipes70.50.02331
LLPS-Mea-a1045Mesocricetus auratus69.820.01506
LLPS-Orn-a940Oreochromis niloticus69.620.02386
LLPS-Gaa-a918Gasterosteus aculeatus69.480.01040
LLPS-Ten-a901Tetraodon nigroviridis69.240.02360
LLPS-Scm-a907Scophthalmus maximus68.750.02399
LLPS-Pof-a941Poecilia formosa65.780.02219
LLPS-Urm-a968Ursus maritimus58.194e-154488
LLPS-Xim-a952Xiphophorus maculatus54.820.0832
LLPS-Lac-a946Latimeria chalumnae54.080.01683
LLPS-Xet-a927Xenopus tropicalis50.150.01576