DrLLPS - Data resource of LLPS

LLPS-Hov-1990

Integrated Annotations

▼ OVERVIEW


Status:	Unreviewed
Protein Name:	Uncharacterized protein
Ensembl Gene:	HORVU4Hr1G011510
Ensembl Protein:	HORVU4Hr1G011510.5
Organism:	Hordeum vulgare
Taxa ID:	112509
LLPS Type:	Client

▼ Classification

Condensates:

Condensate	Evidence	Orthologs
Stress granule	Predicted from orthologs	(View)

Organism	DrLLPS ID	UniProt ID	LLPS type	Condensate	Identity	E-value	Score
Homo sapiens	LLPS-Hos-2376	Q96Q15	Client	Stress granule	41.25	2e-12	79.0

▼ CROSS REFERENCE

Database	Nucleotide ID	Protein ID
Ensembl	HORVU4Hr1G011510.5	HORVU4Hr1G011510.5
Ensembl	HORVU4Hr1G011510.22	HORVU4Hr1G011510.22
Ensembl	HORVU4Hr1G011510.8	HORVU4Hr1G011510.8
Ensembl	HORVU4Hr1G011510.19	HORVU4Hr1G011510.19
Ensembl	HORVU4Hr1G011510.11	HORVU4Hr1G011510.11
Ensembl	HORVU4Hr1G011510.12	HORVU4Hr1G011510.12
Ensembl	HORVU4Hr1G011510.14	HORVU4Hr1G011510.14
Ensembl	HORVU4Hr1G011510.20	HORVU4Hr1G011510.20
Ensembl	HORVU4Hr1G011510.1	HORVU4Hr1G011510.1
Ensembl	HORVU4Hr1G011510.15	HORVU4Hr1G011510.15
Ensembl	HORVU4Hr1G011510.21	HORVU4Hr1G011510.21
Ensembl	HORVU4Hr1G011510.6	HORVU4Hr1G011510.6
Ensembl	HORVU4Hr1G011510.18	HORVU4Hr1G011510.18
Ensembl	HORVU4Hr1G011510.3	HORVU4Hr1G011510.3
Ensembl	HORVU4Hr1G011510.7	HORVU4Hr1G011510.7
Ensembl	HORVU4Hr1G011510.17	HORVU4Hr1G011510.17
Ensembl	HORVU4Hr1G011510.16	HORVU4Hr1G011510.16
Ensembl	HORVU4Hr1G011510.10	HORVU4Hr1G011510.10
Ensembl	HORVU4Hr1G011510.13	HORVU4Hr1G011510.13
Ensembl	HORVU4Hr1G011510.4	HORVU4Hr1G011510.4
Ensembl	HORVU4Hr1G011510.23	HORVU4Hr1G011510.23
Ensembl	HORVU4Hr1G011510.9	HORVU4Hr1G011510.9
Ensembl	HORVU4Hr1G011510.2	HORVU4Hr1G011510.2
UniProt		A0A287N810, A0A287N810_HORVV

▼ SEQUENCE

Protein Sequence (FASTA)
1 AKGERGLPSP RRPGSAPALF RPPPFAFAGQ RAERRAADSL TMQNPRPSYA HHQLQQHLAS 60 61 LLSAAAGDPP HPSDDASRAG ALASLRLSLL HPPNRPLLPS LTPFLAPLLS VLLADDGSYA 120 121 VRRAAVAAYA ALSAVLCAHE APGGLPDGFV SWALPLLGEP ASSALVAEGL RELLVNGDAH 180 181 AVERFVPPLL AACRDMLEDE RTSLAVLRCL LGLLTLVAVK FPHCFRPLFV DMVDLLLGWV 240 241 FVPDLADTDC RTIVDSFSQF QWHWLGNLQF SLGLLPKFLA DMEVLVHDPN LAASHNSGRL 300 301 RPLCACFSTV LQIMASGVAE RNNLRELVVG PLEALAPQLL RCASVIASKI GWSERMEEAS 360 361 RCLVLLAEIL QERFAQFYAM FVDVLAQSLD NASSLQLVVA LKTNLQVLSL QNLGLLPSAV 420 421 EHLLEFSSFL SRLRLHPNHN VVVNSASTYL FCLQHGLEDV AEQAITSLMK ELELLKFLLQ 480 481 NMQVSYTGIQ SHSLENNTIV GYSEHQLLSV MKFDLKILLA TISADSEKID RRVSKLTSFI 540 541 SEKLDPFGTP FHNFLEMQFQ IFSTLHRLSN VELSINIETS EAFKRGSGDS GSQTQINTES 600 601 RKSFCDCKMM FMHKYGKHIV RGLNASSSMT MKLDALDWID SFAELVLAME RDLNKTSLSY 660 661 EFGDATLANI ILFTILDCAY DRETKVRCHV ALSLEALFLG RLINPMSFSV VSQVLLDKLS 720 721 DPDNAVKNGF LRLFSIALPI TTYTFGFLED GFSYQNCLGI SNITKHCMSL RHVLAVKQQP 780 781 RKLHWQQLVS ILSYLSLRLK LPLSSWVQRL YFSYRGKKDM FSGQIDVSGD TDWNELFKGP 840 841 DVDITIIDRI YSVNNLAAVW WGIHEAARHC INLRLRTHLG GPTQTFAALE RMLLDVPNLL 900 901 ALESNEGEGR YIGPSDISLL PMRLLLDFVE ALKKYVYNAY EGSFVLPAPP KASSLFFRAN 960 961 KRVCEEWFSR ICDPMLNAGL ALQCSDAVIQ YCSSRLLDLR NIAASSLKDN SRMGGATESN 1020 1021 HAFRERLEMD ILKVLRHASL ALCRCHETDA LVGLQRWAVS TFYTYFEQEK QLTRGISDTH 1080 1081 KHFSWMSGLV YQSQGQYEKA AAHYSHLLQS EEALTSMDSD VIQYTIARVI ECYTALSDWK 1140 1141 CLEGWLAELQ ELRAVHAGKP YSGALTSAGN ELNAIHAMAC FDEGDFHSAW SYLDLTPKSS 1200 1201 SELTLDPKVA LERSELMLLR GMLQSDSKPD KAREDLDKAK LILDEALSVA PLNGLTDAAA 1260 1261 CAGQLHCIFA FEEATGLACQ DGPNQPPALM DYLLRLLQDP IDKIHQDCSM WLKVFKVYRT 1320 1321 AHPSSLPTLL LCRKLVSLAR KQSNFMLAGR LNQYLINHPL ESSDETDKEM LTLNIKYEGA 1380 1381 LLKHCEGNNE EALIDLWSLV RANVLSSVSD SSGIGNSLIA KACLKLSTWM EESSTSTLNI 1440 1441 IVPKVVKDFS DFDGFQNGSE KLLSGDSRSV SIANCHVLAQ EIIGSARKIS WKLCPSMGKA 1500 1501 WLSYASWCFT HANHSLSGSD SNVQNSLSSI LQSELPPDRF HLTDNEKSEV EQTIRSFYAD 1560 1561 KSANYVAHNS PATTGCSNNS EQEYPMTMII EQATQLLETA TGAPGFEASD GEGAYALLLS 1620 1621 ELKVLFGKCD SAMDNAMPLI NNLTEIWLSL RKRRVSLFGH AANAYFQYLS HSSTQPSYQR 1680 1681 DALKGKTRGY TLRALLYLLH IILNYGVELK ETLESGLSTV PLLPWQEIIP QLFARLSSHP 1740 1741 EKIVRKQLES ILVKLGKLSP YSIVYPTLVD INTCEGEPSE ELQRILNFLV KLYPKLIKDV 1800 1801 QLVIDELGMI TVLWEEQWLS TLQDLHSDVL RRINILKEEA ARVAANSTLT SAEKNKINAA 1860 1861 KYSAIMTPIV VALERRLAST SREPRTPHET WFHKEYNAQL RSAITSLKVP PGSPAALGEI 1920 1921 WRPFGSIAAS LVSHQRKSCV LLSEIAPQLA TLSTSDIPMP GFEKQILDSS ESLFAGNHGT 1980 1981 VTVSSFCKEV TILSTKTRPK KLALQGSDGQ KYIYLLKGRE DLRLDSRIMQ LLEAINSFLH 2040 2041 SSSDTRSRNI AIRFYSVTPI SGRAGLIQWV ENVSSIYNVY KSWQKRTQVA QAQLSSVSTG 2100 2101 NVHNSVPHVP RPSDMFYGKI IPALKEKGIK RVISRRDWPL DVKKKVLLEL MKETPKQILW 2160 2161 QEMWCSSEGF KNFNSKVKRF SSSLAAMSMV GHILGLGDRH LDNILMDFSN GDVVHIDYNI 2220 2221 CFDKGKRLKI PEIVPFRLTQ TIESALGLSG VEGVFRATCE AVMGALLKNK DIILMLMEVF 2280 2281 VWDPLIEWTR GNMQDEAGIA GEEKKGMELA VSLSLFSSRI QESRVPLQEH QDLFVTNLPA 2340 2341 TVSDLKKFLD TLDQYEFKSA IFYHAEKERS SALHNETSAK SILAEATSVA EKSRTSFEVH 2400 2401 AHELAEAKTS TVDEANTLAI WVEKHGRVLE AIRDNSFTGS ELLMKLDSKD EALSLISAVL 2460 2461 VSGVPLTVVP EPTREHCYEL DREVSELITE LHDGRSSALQ ALGEYALILQ QVLPVNYITT 2520 2521 SPITGWAQAL QLSVTSASQD MLALAKRQAA EVIAKVQGEG SNLVQQRYRD LLNQRESYVA 2580 2581 CVERIMRECS ELMSSVGSDN EAQSKDRLLS AFMNSVQLSS QKNDEDTVPP SLADNLGVKT 2640 2641 PAQEDVQEKA SKVLSVLGIA VSQLYSGIRV RVSELSTKAV GITKFRTDEA GLQADAGMSL 2700 2701 QLFDQQIEKC ALLSGFVKEV HEVMGTKLGE INADYLKHRP GQWAYTFQAI LHSSTNMIEQ 2760 2761 MTEVCLPEII RTFVSYNSEV MEAFGSISRI HGSVDTALEK LAEVELERTS LTELEQSYFV 2820 2821 KVGRITEQQV ALEEAAMRGR DHLSWEEADE LASQEEACRA QLEQLQKTWS QKDMRISSVS 2880 2881 KVEASVMNSL LSSEKYFSSL VNADQESEFH FRSKALLSIL TKPFADLESL DHMLSSRGAF 2940 2941 PSHMSGSVSN LREVFSASSS LSDVMWPLSG LLKGHAFFVW KLGLLDSILD LCMHEISSSV 3000 3001 EHSCTTNQLY ITLKKKLAIH VENQVGQYIL KRIAPALILH LDKEICDLLE TSQGRRESGT 3060 3061 PTAAVGRVAL MLEEYCNAHE TARAARTAVS LKQRQLNDLT EALRKIILEI VQVEWLHDFS 3120 3121 SPHAQKAKIF SQNILGDDKF MSVLLNLSRR NLLDKIQSSV SLITRSIECL QACESTSVSA 3180 3181 EGQLERAMGW ACAGPNTSGA GGSTAKGSGI PPEFHDHLLK RRKLLGGIQE QASDLVKSCT 3240 3241 SVLEFEASRD GLYFVSEDKS SGQSTDKSRA WQQTFVNLLT RLDAAYHSFT CAEQDWKRGQ 3300 3301 LNMETAGKGL YSATNQLSVV SVKAKSALVD LQDTLVDMYE RACEVSVSLS GFKQISQDRT 3360 3361 ALTTECGSLL EEVLAIAEGL HDVYTLGKEA AALHSSLTAN ISKANTILLP LEALLSADVA 3420 3421 VMSEAISKER EKNNTSMPLS HGKALYQSYI TRVREACKNI EPVVPLLTEY VKELHSMVIK 3480 3481 LGRLSSLHAG NLHKALEVLE ESETGRSQDM PSAHPDLLQS DSSIEKDKIS SGSREGVSQD 3540 3541 LVMDTDGSLQ DECWISPPEH SYTSSSGCTT LLTQLTSSEN LEKIDVLLDS EPGIEGPAAN 3600 3601 SQQARDGRTD SESDSSSNKQ AFSNNVTQAS NIHVAETSFA EEGRIETEDN TEAFKQVRGQ 3660 3661 ECDSSDNKSH SDTRMTRGKN PFALSILKQV EHKLHGRDID GTRSLKISEQ VDYLLKQATS 3720 3721 IDNLCNMYEG WTPWI 3735
Nucleotide CDS Sequence (FASTA)
1 ATGACGTCGA GCCAAGTTAA AGATCTACAG GTTTCATTTA TAAGACAGTG CGGCTCGACT 60 61 TCTCCGCAGC GTGTGGCATG GACGGCTACG GATGGCTCTC CGAGCAGAGG AGGTGCACCA 120 121 CGTTGGTACT GTTGGCCTCT GTATCTACAA TGTTACATTG CCATTCACAT ACATTGTGGA 180 181 ATGCTGAAGC TTGGCATGGT ATGA 204

Protein Sequence

>LLPS-Hov-1990|HORVU4Hr1G011510
AKGERGLPSPRRPGSAPALFRPPPFAFAGQRAERRAADSLTMQNPRPSYAHHQLQQHLASLLSAAAGDPPHPSDDASRAGALASLRLSLLHPPNRPLLPSLTPFLAPLLSVLLADDGSYAVRRAAVAAYAALSAVLCAHEAPGGLPDGFVSWALPLLGEPASSALVAEGLRELLVNGDAHAVERFVPPLLAACRDMLEDERTSLAVLRCLLGLLTLVAVKFPHCFRPLFVDMVDLLLGWVFVPDLADTDCRTIVDSFSQFQWHWLGNLQFSLGLLPKFLADMEVLVHDPNLAASHNSGRLRPLCACFSTVLQIMASGVAERNNLRELVVGPLEALAPQLLRCASVIASKIGWSERMEEASRCLVLLAEILQERFAQFYAMFVDVLAQSLDNASSLQLVVALKTNLQVLSLQNLGLLPSAVEHLLEFSSFLSRLRLHPNHNVVVNSASTYLFCLQHGLEDVAEQAITSLMKELELLKFLLQNMQVSYTGIQSHSLENNTIVGYSEHQLLSVMKFDLKILLATISADSEKIDRRVSKLTSFISEKLDPFGTPFHNFLEMQFQIFSTLHRLSNVELSINIETSEAFKRGSGDSGSQTQINTESRKSFCDCKMMFMHKYGKHIVRGLNASSSMTMKLDALDWIDSFAELVLAMERDLNKTSLSYEFGDATLANIILFTILDCAYDRETKVRCHVALSLEALFLGRLINPMSFSVVSQVLLDKLSDPDNAVKNGFLRLFSIALPITTYTFGFLEDGFSYQNCLGISNITKHCMSLRHVLAVKQQPRKLHWQQLVSILSYLSLRLKLPLSSWVQRLYFSYRGKKDMFSGQIDVSGDTDWNELFKGPDVDITIIDRIYSVNNLAAVWWGIHEAARHCINLRLRTHLGGPTQTFAALERMLLDVPNLLALESNEGEGRYIGPSDISLLPMRLLLDFVEALKKYVYNAYEGSFVLPAPPKASSLFFRANKRVCEEWFSRICDPMLNAGLALQCSDAVIQYCSSRLLDLRNIAASSLKDNSRMGGATESNHAFRERLEMDILKVLRHASLALCRCHETDALVGLQRWAVSTFYTYFEQEKQLTRGISDTHKHFSWMSGLVYQSQGQYEKAAAHYSHLLQSEEALTSMDSDVIQYTIARVIECYTALSDWKCLEGWLAELQELRAVHAGKPYSGALTSAGNELNAIHAMACFDEGDFHSAWSYLDLTPKSSSELTLDPKVALERSELMLLRGMLQSDSKPDKAREDLDKAKLILDEALSVAPLNGLTDAAACAGQLHCIFAFEEATGLACQDGPNQPPALMDYLLRLLQDPIDKIHQDCSMWLKVFKVYRTAHPSSLPTLLLCRKLVSLARKQSNFMLAGRLNQYLINHPLESSDETDKEMLTLNIKYEGALLKHCEGNNEEALIDLWSLVRANVLSSVSDSSGIGNSLIAKACLKLSTWMEESSTSTLNIIVPKVVKDFSDFDGFQNGSEKLLSGDSRSVSIANCHVLAQEIIGSARKISWKLCPSMGKAWLSYASWCFTHANHSLSGSDSNVQNSLSSILQSELPPDRFHLTDNEKSEVEQTIRSFYADKSANYVAHNSPATTGCSNNSEQEYPMTMIIEQATQLLETATGAPGFEASDGEGAYALLLSELKVLFGKCDSAMDNAMPLINNLTEIWLSLRKRRVSLFGHAANAYFQYLSHSSTQPSYQRDALKGKTRGYTLRALLYLLHIILNYGVELKETLESGLSTVPLLPWQEIIPQLFARLSSHPEKIVRKQLESILVKLGKLSPYSIVYPTLVDINTCEGEPSEELQRILNFLVKLYPKLIKDVQLVIDELGMITVLWEEQWLSTLQDLHSDVLRRINILKEEAARVAANSTLTSAEKNKINAAKYSAIMTPIVVALERRLASTSREPRTPHETWFHKEYNAQLRSAITSLKVPPGSPAALGEIWRPFGSIAASLVSHQRKSCVLLSEIAPQLATLSTSDIPMPGFEKQILDSSESLFAGNHGTVTVSSFCKEVTILSTKTRPKKLALQGSDGQKYIYLLKGREDLRLDSRIMQLLEAINSFLHSSSDTRSRNIAIRFYSVTPISGRAGLIQWVENVSSIYNVYKSWQKRTQVAQAQLSSVSTGNVHNSVPHVPRPSDMFYGKIIPALKEKGIKRVISRRDWPLDVKKKVLLELMKETPKQILWQEMWCSSEGFKNFNSKVKRFSSSLAAMSMVGHILGLGDRHLDNILMDFSNGDVVHIDYNICFDKGKRLKIPEIVPFRLTQTIESALGLSGVEGVFRATCEAVMGALLKNKDIILMLMEVFVWDPLIEWTRGNMQDEAGIAGEEKKGMELAVSLSLFSSRIQESRVPLQEHQDLFVTNLPATVSDLKKFLDTLDQYEFKSAIFYHAEKERSSALHNETSAKSILAEATSVAEKSRTSFEVHAHELAEAKTSTVDEANTLAIWVEKHGRVLEAIRDNSFTGSELLMKLDSKDEALSLISAVLVSGVPLTVVPEPTREHCYELDREVSELITELHDGRSSALQALGEYALILQQVLPVNYITTSPITGWAQALQLSVTSASQDMLALAKRQAAEVIAKVQGEGSNLVQQRYRDLLNQRESYVACVERIMRECSELMSSVGSDNEAQSKDRLLSAFMNSVQLSSQKNDEDTVPPSLADNLGVKTPAQEDVQEKASKVLSVLGIAVSQLYSGIRVRVSELSTKAVGITKFRTDEAGLQADAGMSLQLFDQQIEKCALLSGFVKEVHEVMGTKLGEINADYLKHRPGQWAYTFQAILHSSTNMIEQMTEVCLPEIIRTFVSYNSEVMEAFGSISRIHGSVDTALEKLAEVELERTSLTELEQSYFVKVGRITEQQVALEEAAMRGRDHLSWEEADELASQEEACRAQLEQLQKTWSQKDMRISSVSKVEASVMNSLLSSEKYFSSLVNADQESEFHFRSKALLSILTKPFADLESLDHMLSSRGAFPSHMSGSVSNLREVFSASSSLSDVMWPLSGLLKGHAFFVWKLGLLDSILDLCMHEISSSVEHSCTTNQLYITLKKKLAIHVENQVGQYILKRIAPALILHLDKEICDLLETSQGRRESGTPTAAVGRVALMLEEYCNAHETARAARTAVSLKQRQLNDLTEALRKIILEIVQVEWLHDFSSPHAQKAKIFSQNILGDDKFMSVLLNLSRRNLLDKIQSSVSLITRSIECLQACESTSVSAEGQLERAMGWACAGPNTSGAGGSTAKGSGIPPEFHDHLLKRRKLLGGIQEQASDLVKSCTSVLEFEASRDGLYFVSEDKSSGQSTDKSRAWQQTFVNLLTRLDAAYHSFTCAEQDWKRGQLNMETAGKGLYSATNQLSVVSVKAKSALVDLQDTLVDMYERACEVSVSLSGFKQISQDRTALTTECGSLLEEVLAIAEGLHDVYTLGKEAAALHSSLTANISKANTILLPLEALLSADVAVMSEAISKEREKNNTSMPLSHGKALYQSYITRVREACKNIEPVVPLLTEYVKELHSMVIKLGRLSSLHAGNLHKALEVLEESETGRSQDMPSAHPDLLQSDSSIEKDKISSGSREGVSQDLVMDTDGSLQDECWISPPEHSYTSSSGCTTLLTQLTSSENLEKIDVLLDSEPGIEGPAANSQQARDGRTDSESDSSSNKQAFSNNVTQASNIHVAETSFAEEGRIETEDNTEAFKQVRGQECDSSDNKSHSDTRMTRGKNPFALSILKQVEHKLHGRDIDGTRSLKISEQVDYLLKQATSIDNLCNMYEGWTPWI

▼ ORTHOLOGY

DrLLPS ID	Organism	Identity	E-value	Score
LLPS-Tru-1178	Triticum urartu	95.57	0.0	6558
LLPS-Brd-0845	Brachypodium distachyon	86.67	0.0	6059
LLPS-Orp-0070	Oryza punctata	80.0	0.0	5534
LLPS-Orbr-0109	Oryza brachyantha	79.48	0.0	5362
LLPS-Orr-1360	Oryza rufipogon	79.46	0.0	5556
LLPS-Lep-1375	Leersia perrieri	78.73	0.0	5462
LLPS-Sei-1402	Setaria italica	78.72	0.0	5135
LLPS-Sob-1830	Sorghum bicolor	77.19	0.0	5407
LLPS-Zem-1385	Zea mays	73.96	0.0	5167
LLPS-Brr-1474	Brassica rapa	67.24	3e-17	94.4
LLPS-Viv-0871	Vitis vinifera	53.62	0.0	1971
LLPS-Mua-0260	Musa acuminata	52.98	0.0	3536
LLPS-Pot-0227	Populus trichocarpa	52.01	0.0	2833
LLPS-Thc-0591	Theobroma cacao	51.15	0.0	3337
LLPS-Fud-1537	Fukomys damarensis	50.88	3e-12	78.2
LLPS-Coc-1575	Corchorus capsularis	50.85	0.0	3303
LLPS-Prp-1481	Prunus persica	50.38	0.0	3294
LLPS-Nia-0216	Nicotiana attenuata	50.07	0.0	3271
LLPS-Dac-1857	Daucus carota	50.05	0.0	1791
LLPS-Orn-1201	Oreochromis niloticus	50.0	1e-12	79.3
LLPS-Gor-0375	Gossypium raimondii	49.91	0.0	3199
LLPS-Amt-1084	Amborella trichopoda	49.85	0.0	3214
LLPS-Mae-1044	Manihot esculenta	49.81	0.0	3237
LLPS-Sol-0594	Solanum lycopersicum	49.14	0.0	3184
LLPS-Met-2217	Medicago truncatula	49.04	0.0	3118
LLPS-Glm-0573	Glycine max	48.99	0.0	3193
LLPS-Phv-2270	Phaseolus vulgaris	48.92	0.0	3182
LLPS-Hea-2251	Helianthus annuus	48.81	0.0	3037
LLPS-Via-1907	Vigna angularis	48.81	0.0	3191
LLPS-Icp-3021	Ictalurus punctatus	48.39	1e-12	79.7
LLPS-Xim-0354	Xiphophorus maculatus	48.39	2e-12	78.6
LLPS-Gaa-1584	Gasterosteus aculeatus	48.39	7e-12	76.6
LLPS-Scf-3615	Scleropages formosus	48.39	1e-12	79.7
LLPS-Pof-0765	Poecilia formosa	48.39	2e-12	78.2
LLPS-Dar-0155	Danio rerio	48.39	7e-13	80.1
LLPS-Scm-2466	Scophthalmus maximus	48.39	5e-12	77.4
LLPS-Vir-1842	Vigna radiata	48.11	0.0	2790
LLPS-Cus-2067	Cucumis sativus	47.89	0.0	3037
LLPS-Brn-0124	Brassica napus	47.2	0.0	2084
LLPS-Leo-1832	Lepisosteus oculatus	46.77	1e-11	75.9
LLPS-Asm-3424	Astyanax mexicanus	46.77	3e-12	78.2
LLPS-Bro-0782	Brassica oleracea	46.49	0.0	2655
LLPS-Arl-0425	Arabidopsis lyrata	46.4	0.0	2884
LLPS-Anc-2302	Anolis carolinensis	41.98	3e-12	77.8
LLPS-Mum-1853	Mus musculus	41.25	2e-12	78.6
LLPS-Maf-2806	Macaca fascicularis	41.25	2e-12	78.6
LLPS-Ora-0417	Ornithorhynchus anatinus	41.25	2e-12	78.6
LLPS-Cea-1884	Cercocebus atys	41.25	2e-12	78.6
LLPS-Sah-3094	Sarcophilus harrisii	41.25	2e-12	78.6
LLPS-Aon-0383	Aotus nancymaae	41.25	2e-12	78.6
LLPS-Sus-0528	Sus scrofa	41.25	2e-12	78.6
LLPS-Gog-0809	Gorilla gorilla	41.25	1e-12	79.0
LLPS-Caj-0646	Callithrix jacchus	41.25	2e-12	78.6
LLPS-Dio-2581	Dipodomys ordii	41.25	2e-12	78.6
LLPS-Bot-3701	Bos taurus	41.25	2e-12	78.6
LLPS-Paa-0386	Papio anubis	41.25	2e-12	78.6
LLPS-Mal-0518	Mandrillus leucophaeus	41.25	2e-12	78.6
LLPS-Ova-2239	Ovis aries	41.25	2e-12	78.6
LLPS-Myl-2722	Myotis lucifugus	41.25	2e-12	78.6
LLPS-Mup-1670	Mustela putorius furo	41.25	2e-12	78.6
LLPS-Urm-0799	Ursus maritimus	41.25	2e-12	78.6
LLPS-Pap-1830	Pan paniscus	41.25	2e-12	79.0
LLPS-Pat-1636	Pan troglodytes	41.25	2e-12	78.6
LLPS-Hos-2376	Homo sapiens	41.25	2e-12	78.6
LLPS-Mod-2015	Monodelphis domestica	41.25	2e-12	78.6
LLPS-Fec-0740	Felis catus	41.25	2e-12	78.6
LLPS-Man-2845	Macaca nemestrina	41.25	2e-12	78.6
LLPS-Loa-0205	Loxodonta africana	41.25	2e-12	78.6
LLPS-Otg-2569	Otolemur garnettii	41.25	2e-12	78.6
LLPS-Orc-1801	Oryctolagus cuniculus	41.25	2e-12	79.0
LLPS-Rhb-4339	Rhinopithecus bieti	41.25	2e-12	78.6
LLPS-Caf-1766	Canis familiaris	41.25	2e-12	78.6
LLPS-Poa-0384	Pongo abelii	41.25	2e-12	79.0
LLPS-Eqc-3877	Equus caballus	41.25	1e-12	79.3
LLPS-Cap-0198	Cavia porcellus	41.25	2e-12	78.6
LLPS-Mam-2358	Macaca mulatta	41.25	2e-12	78.6
LLPS-Cas-0135	Carlito syrichta	41.25	2e-12	78.6
LLPS-Ict-1774	Ictidomys tridecemlineatus	41.25	2e-12	78.6
LLPS-Nol-4098	Nomascus leucogenys	41.25	1e-12	79.0
LLPS-Meg-0306	Meleagris gallopavo	40.0	3e-12	78.2
LLPS-Anp-0729	Anas platyrhynchos	40.0	4e-12	77.8
LLPS-Pes-1038	Pelodiscus sinensis	40.0	5e-12	77.4
LLPS-Gaga-1923	Gallus gallus	40.0	3e-12	78.2
LLPS-Tag-0523	Taeniopygia guttata	40.0	4e-12	77.8
LLPS-Sem-0302	Selaginella moellendorffii	38.89	0.0	1933
LLPS-Chs-2802	Chlorocebus sabaeus	37.93	1e-137	491
LLPS-Drm-1771	Drosophila melanogaster	37.93	6e-09	67.0
LLPS-Crn-0867	Cryptococcus neoformans	37.58	7e-49	198
LLPS-Php-1554	Physcomitrella patens	36.26	0.0	1915
LLPS-Chr-0534	Chlamydomonas reinhardtii	35.06	4e-97	358
LLPS-Pug-1222	Puccinia graminis	34.03	7e-49	199
LLPS-Cae-1251	Caenorhabditis elegans	33.66	2e-102	374
LLPS-Usm-1362	Ustilago maydis	33.02	5e-44	182
LLPS-Osl-1271	Ostreococcus lucimarinus	33.02	5e-45	186
LLPS-Orl-1458	Oryzias latipes	32.92	1e-43	181
LLPS-Cis-1805	Ciona savignyi	32.91	1e-44	182
LLPS-Tar-1852	Takifugu rubripes	32.86	6e-13	80.1
LLPS-Zyt-1580	Zymoseptoria tritici	32.14	5e-45	185
LLPS-Art-2992	Arabidopsis thaliana	32.05	1e-46	191
LLPS-Fia-3216	Ficedula albicollis	31.89	2e-45	187
LLPS-Phn-1302	Phaeosphaeria nodorum	31.61	6e-45	185
LLPS-Scj-1353	Schizosaccharomyces japonicus	31.15	3e-45	187
LLPS-Abg-0113	Absidia glauca	30.91	2e-78	295
LLPS-Mao-1546	Magnaporthe oryzae	30.73	1e-47	194
LLPS-Tra-0722	Triticum aestivum	30.43	6e-44	182
LLPS-Ved-1468	Verticillium dahliae	30.23	2e-43	181
LLPS-Ors-1717	Oryza sativa	28.57	3e-44	176
LLPS-Gas-0248	Galdieria sulphuraria	28.4	3e-59	233
LLPS-Scc-1231	Schizosaccharomyces cryophilus	28.18	2e-60	237
LLPS-Chc-0669	Chondrus crispus	27.59	2e-48	197
LLPS-Scp-0356	Schizosaccharomyces pombe	27.2	9e-61	238
LLPS-Cii-0720	Ciona intestinalis	27.13	2e-59	227
LLPS-Gag-0910	Gaeumannomyces graminis	27.01	3e-53	213
LLPS-Mea-0968	Mesocricetus auratus	26.32	7e-61	238
LLPS-Ran-4618	Rattus norvegicus	26.06	7e-60	234
LLPS-Aim-0853	Ailuropoda melanoleuca	26.04	3e-60	236

LLPS-Hov-1990

Protein Sequence

Nucleotide Sequence