LLPS-Cae-1405
frm-1
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | FERM domain (Protein4.1-ezrin-radixin-moesin) family |
| Gene Name: | frm-1, CELE_ZK270.2, ZK270.2 |
| Ensembl Gene: | WBGene00001488 |
| Ensembl Protein: | ZK270.2e |
| Organism: | Caenorhabditis elegans |
| Taxa ID: | 6239 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Nucleolus, Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ZK270.2e | ZK270.2e |
| Ensembl | ZK270.2d | ZK270.2d |
| Ensembl | ZK270.2b.1 | ZK270.2b.1 |
| Ensembl | ZK270.2a | ZK270.2a |
| Ensembl | ZK270.2b.2 | ZK270.2b.2 |
| UniProt | G5EEG8, G5EEG8_CAEEL | |
| GeneBank | BX284601 | CAB54513.2 |
| RefSeq | NM_061200.4 | NP_493601.2 |
| Entrez | 173360 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MGTDRDPGDQ KHPTTSQQPR DSKMQLAKVL LPDGVQKEFE VNKNSEGEAL FRQVTRDLSI 60 61 EEREYFSLCF YDKDEGTRHW LYNDKNIAKQ IKGLPWEFSF EVKFYPTTPT TIVDDHARYY 120 121 VFLQLRRDLL TGRLPATADT HSLLGSFVAQ IEFGDAPAEM TDAYEQFIVA SKLVPSAQAN 180 181 PETYKKIVDL HREMRGQTPS EAENQFLDHC KHLALYGIHL FKAISDKDKK PVDVGIGAAG 240 241 INIYQDEQKT HSFSWQNIIK IGYRRTYFSI KLKAGTVEKN EKTLYFKLPN HVAAKRTWKC 300 301 AVEHHTFFRL IQPEDKTHKS FFNFGSQRFR YQGRTQFQTK IASQMFDKPS TVDRAPSAMS 360 361 QPIATAENQK LQTLNLTDSE LEQRQFERYR RALTPKSYTS SRQDDDAVST ATFAKYSRPS 420 421 TLLVVSTSGH HQQSPHELSY SPRGDDSSNY SSAAYYMSER SSLRTPSSAY YPPSEYTSPT 480 481 SPVYFEGQHH GEYHVQMRQT ASTSATGPSN SGARRNLFGR ASDARSSQAS RDSVRLVSFH 540 541 EPVDPNEPIP NTYPYSELPQ IPIERIVHVY HEGHYDRLSP RRQQRPELPY GFGNYTPRNG 600 601 VSHVDNLQPD GEMDQQPIRF YVDVRHSGAS RRNLAKRLSH PGKEDIKEQI DPKDYYFSAS 660 661 LASDPIHRTE LSREVQPANI QQYTRRYHHG DSIHKPDTPQ YRLITHVHPL AVTNRDGRDG 720 721 QSSSNLNATI SQREQVVSTK VRRESPDADR RVRLSASVDR SGNLTDTTEE MTRSTNEAAT 780 781 PTTVVTTRIV EKKGKGKKNN QKIPPSSNKT DHASFEGQEK RSRFGGFFTK KTSQTLSGYP 840 841 ESTSQFTGEL DATHRDDDLE PSTFSHSNKS QQYSSKQDKT IITSVESKSD SGNKKRLMAV 900 901 ESPEVPKKYR LIARIRHEGD EDVVEKPEKY SFVTDSHSGM LEETYRQKEL DQIPISSHAA 960 961 VYHHGKSWSI QRQSTLSQDR SKISSLGADD ANLSKKKEVR LIARIESKTE EVAHKKHKKE 1020 1021 GSSVFGFFNR PTKLPAGTEY PEKSNVFTGD LDTTGRTSDL EQHPFQHGTH PAYSPKNVEA 1080 1081 YQPSENSNGE SKTDIPAAYG FPSTSYDGPL ETTSLERDLQ HVTIAAHSNV YHHGDSSRIE 1140 1141 KHASPVATPE KKQKKVKSPK KEKVDVPAEP EKKEIRLIAR VRTEPEAEIV DVPVVKETKE 1200 1201 KKGDSKSKLP TFGFFSKTTK TTKTTGYPET SEAYTGELDT TDRTHDFEGT SFEHGEHPAY 1260 1261 SPKQTVIEAI ETPAEPEKKR YRLIARFRHE GDEDVVEKPD PYQIATTLYD GPLDEISRET 1320 1321 DLDHAPIADH ANVYHHGDSS RIEKHASPVA TLEKKQKKVK SPKKEKVDVP AEPEKKEIRL 1380 1381 IARVRTEPEA EIVDVPVVKE TKEKKGDSKS KLPTFGFFSK TTKTTKTTGY PETSEAYTGE 1440 1441 LDTTDRTHDL EGTSFEHGEH PAYSPKQTVI EAIETPAEPE KKRYRLIARF RHEGDEDVVE 1500 1501 KPDPYQIATT LYDGPLDEIS RETDLDHTPI ADHANVYHHG DSSRIEKHAS PVATPEKKQK 1560 1561 KVKSPKKEKV DVPAEPEKKE IRLIARVRTE PEAEIVDVPV VKETKEKKGD SKSKLPTFGF 1620 1621 FSKTTKTTKT TGYPETSEAY TEELDTTDRI HDLEGTSFEH GEHSAYSPKQ TVIETIETPA 1680 1681 EPEKKRYRLI ARFRHEGDED VVEKPDPYQI ATTLYDGPLD EISRETDLDH APIADHANVY 1740 1741 HHGDSSRIEK HASPVATLEK KQKKVKSPKK EKVDVPAEPE KKEIRLIARV RTEPEAEIVD 1800 1801 VPVVKETKEK KGDSKSKLPT FGFFSKTTKT TKTTGYPETS EAYTGELDTT DRIHDLEGTS 1860 1861 FEHGEHPAYS PKQTVIETIE TPAEPEKKRY RLIARFRHEG DEDVVEKPDP YQIATTLYDG 1920 1921 PLDEISRETD LDHTPIADHA NVYHHGDSSR IEKHASPVAT LEKKQKKVKS PKKEKVDVPA 1980 1981 EPEKKEIRLI ARVRTEPEAE IVDVPVVKET KEKKGDSKSK LPTFGFFSKT TKTTKTTGYP 2040 2041 ETSEAYTGEL DTTDRTHDLE GTSFEHGEHP AYSPKQTVIE AIETPAEPEK KRYRLIARFR 2100 2101 HEGDEDVVEK PDPYQIATTL YDGPLDEISR ETDLDHAPIA DHANVYHHGD SSRIEKHASP 2160 2161 VATLEKKQKK VKSPKKEKVD VPAEPEKKEI RLIARVRTEP EAEIVDVPVV KETKEKKGDS 2220 2221 KSKLPTFGFF SKTTKTTKTT GYPETSEAYT GELDTTDRIH DLEGTSFEHG EHPAYSPKQT 2280 2281 VIETIETPAE PEKKRYRLIA RFRHEGDEDV VEKPDPYQIA TTLYDGPLDE ISRETDLDHT 2340 2341 PIADHANVYH HGDSSRIEKH ASPVATLEKK QKKVKSPKKE KVDVPAEPEK KEIRLIARVR 2400 2401 TEPEAEIVDV PVVKETKEKK GDSKSKLPTF GFFSKTTKTT KTTGYPETSE AYTGELDTTD 2460 2461 RTHDLEGTSF EHGEHPAYSP KQTVIEAIET PAEPEKKRYR LIARFRHEGD EDVVEKPDPY 2520 2521 QIATTLYDGP LDEISRETDL DHAPIADHAN VYHHGDSSRI EKHASPVATL EKKQKKVKSP 2580 2581 KKEKVDVPAE PEKKEIRLIA RVRTEPEAEI VDVPVVKETK EKKGDSKSKL PTFGFFSKTT 2640 2641 KTTKTTGYPE TSEAYTGELD TTDRIHDLEG TSFEHGEHPA YSPKQTVIEA IETPAEPEKK 2700 2701 RYRLIARFRH EGDEDVVEKP DPYQIATTLY DGPLDEISRE TDLDHTPIAD HANVYHHGDS 2760 2761 SRIEKHASPV ATPEKKQKKV KSPKKEKVDV PAEPEKKEIR LIARVRTEPE AEIVDVPVVK 2820 2821 ETKEKKGDSK SKLPTFGFFS KTTKTTKTTG YPETSEAYTG ELDTTDRIHD LEGTSFEHGE 2880 2881 HPAYSPKQTV IETIETPAEP EKKRYRLIAR FRHEGDEDVV EKPDPYQIAT TLYDGPLDEI 2940 2941 SRETDLDHTP IADHANVYHH GDSSRIEKHA SPVATLEKKQ KKVKSPKKEK VDVPAEPEKK 3000 3001 EIRLIARVRT EPEAEIVDVP VVKETKEKKG DSKSKLPTFG FFSKTTKTTK TTGYPETSEA 3060 3061 YTGELDTTDR THDLEGTSFE HGEHPAYSPK QTVIEAIETP AEPEKKRYRL IARFRHEGDE 3120 3121 DVVEKPDPYQ IATTLYDGPL DEISRETDLD HTPIADHANV YHHGDSSRIE KHASPVATLE 3180 3181 KKQKKVKSPK KEKVDVPAEP EKKEIRLIAR VRTEPEAEIV DVPVVKETKE KKGDSKSKLP 3240 3241 TFGFFSKTTK TTKTTGYPET SEAYTGELDT TDRTHDLEGT SFEHGEHPAF EASSTSITIE 3300 3301 AFDPSHEKVI KKPSRFHWFS RWRHEGDEDV VEKPEGYILS SEIYEGPYDN MRPIGELELT 3360 3361 PILDHSQVYH NGESGKLEKR SSKEKRIKTP SPERVEPSEI KLVARIQPLE HVEDSEISEK 3420 3421 LSPVKDRSRA PSFSMFHRQS KQRGYPEISP LYEGNLDVTG RAAEVENTPI EVRSVPEYHP 3480 3481 KQEVSAQHPE SSQPNRFYRL IARWRHEGDE DEIEKPDAYK FVTEVYEGPL DDIRPVVELA 3540 3541 QDPISDHSQV YHNGESWKAE KNIKPPKPVR NTKKGLSPEP IESEVHEIRL LTRVASSSEE 3600 3601 PEEVDVIPAE STPVKPFRLR FLSIGKKSPT SPDSEFPECS PQYDGPVDLT SRSDELEVMP 3660 3661 YLHGSVPPYS PKFTPVKKVD KADEERKKYT VIYRFRHEGE EDFADKPEAY GFSSDVYTGS 3720 3721 LNEISRSSEL EHAAIHDHSQ VYHDGLSYKI DNKQKKSKDR TELEEPKTSR LVARVLPQQE 3780 3781 ASDSGSPKKD DKDKGFRFRF FSKASPKSSG YPEVSPTFEG PIDVTGRVES LEHVPLQSRE 3840 3841 FPTYSPRKSQ EKPSEKSSER TVEPKRYHLI ARIRHEGDEE TVENPDTYGF ASTSYDGPLE 3900 3901 ETSKSVDVEE TPISVYSNVY HHGESIRVEK RQRKAKISAE PEKDDDQENV PPKSRFSFLR 3960 3961 GGQKRVLSYP STLYSGPLET TDRDLDLENI PLSIPVHGSS DQHARKYRLI ARIRHAGDED 4020 4021 EVAAHKLHPV FYSFPAVQYS GILEKTALCK EVDEVPIGRF ARVYHSGSSG GLIWNLLKNR 4080 4081 NSRASKDMDE PKRKRKDQKD QKDIKLIARV LPMKKTPEKS DRFEKATKEE PLREAELVRS 4140 4141 TQSEAQGNIS TVSYIPSSLT YDVPRPARIE GYTYGGDCYV EIRHERRAEV HLEPVYVLQE 4200 4201 TNARSHAYLS TATAVFSGAS TSAAAADSGA NSSTNTTSHS LVLPSFAASV SEDETGIHHF 4260 4261 SWTPLHMSPQ PEKMSFLARL GFKRDKSNKK DKKKRKKGEN ETSGETSDSE HDEKREFAIV 4320 4321 EFEPHAPTSP HEDQLPPKKP EHRTHKSPGR RVDEPMNEVT VVVTSSERPK ELKNTKEVRH 4380 4381 ETREQQFRLT GDGYTSGFNP NDPSLMATIQ RAERLNASSP RLEHAERTFT VRANAPLPVS 4440 4441 FEESGQPYTT VSTWQETSDL PEQVEVYTDE NGRQITRTVK SSQVKHTVQT QSFQNYIVDG 4500 4501 DQVPVGVVDV ERSREQLTPL GQKASSSTSS DVQNGGGENG GIVETQTRTM TYEAQGGENS 4560 4561 APPGWAEEGL GEYVSSKSVT QGNRTIETIT YKTEKDGIVE THVEHRVTIH SDGDIDHDAE 4620 4621 LSQAILEATQ MNPDMVVEKI EVRQETTQ 4648 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGAGAGTA CGGAAACCTT AGGAAGCGAG CAAATGGGTA CCGATAGAGA TCCCGGAGAC 60 61 CAGAAACACC CAACGACTAG CCAGCAGCCA CGAGATTCGA AAATGCAGTT GGCAAAAGTT 120 121 CTTCTTCCCG ACGGAGTTCA AAAGGAGTTT GAGGTTAATA AAAACTCGGA AGGAGAAGCA 180 181 CTTTTCCGAC AAGTGACACG AGATCTATCG ATTGAGGAAC GCGAATACTT CTCGCTGTGC 240 241 TTCTACGACA AAGATGAGGG AACACGACAT TGGCTATATA ATGATAAGAA TATTGCGAAA 300 301 CAGATTAAAG GTCTTCCTTG GGAATTCTCG TTCGAGGTCA AATTCTACCC GACCACACCT 360 361 ACAACGATCG TCGACGATCA CGCTCGCTAC TACGTCTTCC TTCAACTCAG ACGTGATCTC 420 421 CTCACCGGAC GTCTTCCAGC TACTGCCGAC ACACATTCTC TTCTCGGATC GTTTGTCGCT 480 481 CAAATCGAGT TCGGTGATGC TCCAGCAGAG ATGACGGATG CCTACGAGCA GTTCATTGTG 540 541 GCGTCCAAGC TGGTGCCATC AGCACAAGCG AATCCGGAAA CATACAAGAA GATTGTCGAT 600 601 TTGCACAGAG AGATGCGCGG ACAGACGCCT TCTGAAGCTG AAAATCAATT TTTGGATCAC 660 661 TGCAAGCACC TGGCTCTCTA CGGAATCCAC CTTTTCAAGG CAATCTCCGA TAAGGACAAG 720 721 AAGCCTGTGG ACGTTGGAAT CGGTGCCGCC GGAATAAACA TTTACCAAGA CGAGCAAAAG 780 781 ACGCATTCCT TCAGCTGGCA GAATATTATC AAAATCGGAT ATCGTCGTAC TTACTTCTCG 840 841 ATAAAGCTCA AGGCAGGGAC TGTCGAGAAG AATGAGAAGA CATTGTACTT CAAGTTGCCA 900 901 AACCATGTCG CCGCAAAGAG GACTTGGAAG TGTGCAGTCG AACATCACAC TTTCTTTAGA 960 961 CTGATCCAAC CTGAAGACAA GACACATAAA TCATTCTTCA ACTTTGGCTC CCAGCGGTTC 1020 1021 CGCTATCAAG GACGCACTCA ATTCCAGACA AAGATTGCCT CGCAGATGTT TGATAAACCA 1080 1081 TCGACAGTGG ACAGAGCGCC ATCTGCAATG TCTCAACCAA TAGCAACAGC CGAGAATCAG 1140 1141 AAACTTCAAA CACTCAATCT CACGGATTCG GAATTGGAGC AGCGCCAATT TGAGAGATAC 1200 1201 CGACGCGCTT TGACACCGAA GTCCTACACA TCATCGAGAC AAGACGATGA CGCGGTATCA 1260 1261 ACTGCCACAT TTGCCAAGTA TTCTAGGCCT TCGACTCTTC TTGTTGTTTC CACTTCTGGT 1320 1321 CATCACCAGC AAAGTCCTCA CGAGTTGTCG TATTCACCAC GCGGCGATGA TTCCTCTAAC 1380 1381 TACTCGTCGG CAGCCTACTA TATGTCTGAA AGATCGTCGT TGAGAACTCC GTCATCCGCC 1440 1441 TATTATCCTC CATCCGAATA TACGAGTCCA ACTAGTCCTG TTTATTTTGA AGGACAACAT 1500 1501 CATGGCGAGT ATCATGTTCA GATGAGGCAA ACAGCTTCAA CTTCAGCTAC TGGACCATCG 1560 1561 AACTCGGGTG CCCGCAGAAA TCTGTTTGGT CGGGCGTCGG ACGCAAGAAG TTCTCAAGCG 1620 1621 TCTAGGGATA GTGTTCGTCT AGTTTCTTTC CATGAACCTG TAGACCCAAA TGAGCCGATT 1680 1681 CCAAATACTT ATCCGTACAG TGAGCTCCCG CAGATTCCGA TTGAAAGAAT TGTGCATGTT 1740 1741 TATCACGAAG GCCACTATGA TCGACTGAGT CCTCGACGCC AACAACGTCC AGAACTGCCT 1800 1801 TACGGTTTCG GAAACTATAC CCCTCGAAAT GGAGTTAGTC ATGTTGACAA CTTGCAGCCT 1860 1861 GATGGAGAAA TGGATCAACA ACCGATTAGA TTCTATGTCG ATGTTAGACA TTCTGGAGCT 1920 1921 AGTCGGCGGA ATCTTGCAAA GCGATTGAGT CATCCAGGAA AGGAGGACAT CAAGGAACAA 1980 1981 ATAGATCCAA AGGATTACTA CTTCTCAGCT TCTTTGGCTA GTGACCCAAT TCATCGAACT 2040 2041 GAGTTAAGCA GAGAAGTTCA GCCAGCCAAT ATTCAGCAGT ATACACGCCG GTATCATCAT 2100 2101 GGGGATTCGA TTCACAAACC TGATACTCCC CAATATCGTT TAATTACGCA TGTTCATCCA 2160 2161 CTAGCTGTAA CAAATAGAGA TGGACGAGAT GGTCAGTCTT CATCGAATTT GAATGCAACG 2220 2221 ATTTCTCAGC GGGAACAAGT TGTGTCAACA AAAGTTCGTC GAGAATCTCC TGATGCTGAT 2280 2281 AGAAGAGTTC GTCTGTCGGC TAGTGTTGAT CGCAGTGGAA ATCTTACTGA TACTACTGAA 2340 2341 GAAATGACAA GGTCTACTAA TGAAGCTGCC ACGCCAACAA CAGTGGTAAC CACAAGAATC 2400 2401 GTTGAGAAAA AAGGAAAAGG CAAAAAGAAC AACCAGAAAA TTCCTCCATC TTCCAATAAA 2460 2461 ACAGATCACG CGTCTTTCGA AGGCCAAGAA AAAAGGAGCC GATTTGGTGG ATTTTTCACT 2520 2521 AAGAAAACTT CTCAAACATT ATCTGGTTAC CCTGAATCGA CTTCTCAGTT TACCGGAGAA 2580 2581 CTTGACGCTA CCCATCGTGA TGATGATCTT GAACCTTCAA CTTTTTCACA CTCCAACAAA 2640 2641 TCGCAACAGT ATTCTTCAAA GCAAGACAAA ACGATCATCA CATCTGTGGA ATCAAAATCT 2700 2701 GACAGCGGAA ACAAGAAACG TCTAATGGCT GTCGAAAGCC CAGAAGTTCC GAAAAAATAT 2760 2761 CGTCTGATTG CTCGTATCCG CCACGAAGGA GATGAAGACG TTGTTGAGAA ACCAGAGAAG 2820 2821 TATTCCTTTG TCACTGATTC TCATAGCGGG ATGTTGGAAG AAACTTATCG TCAGAAAGAA 2880 2881 CTCGATCAAA TTCCTATTAG TTCCCATGCT GCTGTCTATC ATCACGGGAA ATCGTGGAGT 2940 2941 ATCCAAAGAC AGAGCACTTT GTCACAAGAT AGATCTAAGA TTTCCTCTCT GGGAGCAGAC 3000 3001 GATGCTAACC TTTCTAAAAA GAAAGAAGTT CGACTAATTG CCCGAATCGA GAGTAAAACC 3060 3061 GAAGAAGTTG CTCATAAGAA ACATAAGAAA GAGGGAAGCT CCGTGTTTGG ATTCTTTAAC 3120 3121 CGGCCCACAA AATTACCGGC AGGTACTGAA TACCCAGAAA AATCTAACGT TTTCACTGGA 3180 3181 GACCTGGATA CTACGGGTCG TACTAGCGAT CTCGAGCAAC ACCCTTTTCA GCACGGAACT 3240 3241 CATCCCGCAT ACTCGCCAAA GAATGTCGAA GCATATCAAC CGTCAGAAAA CTCCAATGGT 3300 3301 GAAAGCAAAA CAGATATTCC GGCAGCCTAC GGTTTCCCAT CTACTTCCTA CGACGGACCG 3360 3361 CTCGAAACAA CATCATTAGA ACGCGATTTA CAGCACGTCA CTATTGCCGC GCACTCCAAT 3420 3421 GTCTACCACC ATGGTGATTC GTCAAGAATC GAAAAGCATG CCTCCCCAGT TGCTACTCCT 3480 3481 GAAAAGAAGC AGAAGAAGGT GAAATCTCCA AAGAAAGAGA AGGTGGATGT TCCAGCTGAA 3540 3541 CCAGAAAAGA AGGAAATTCG TCTGATTGCT CGTGTTCGAA CTGAGCCTGA AGCTGAGATT 3600 3601 GTTGATGTAC CGGTTGTCAA GGAGACAAAA GAGAAGAAGG GAGACTCGAA GTCGAAACTT 3660 3661 CCAACTTTCG GATTCTTCAG CAAAACCACC AAGACTACCA AAACCACTGG ATATCCCGAA 3720 3721 ACGTCTGAAG CCTACACTGG AGAACTCGAC ACCACGGATC GTACTCATGA TTTTGAAGGA 3780 3781 ACTTCGTTTG AACACGGAGA ACATCCTGCT TACTCACCCA AGCAGACTGT GATCGAGGCC 3840 3841 ATTGAAACTC CAGCCGAGCC AGAGAAGAAA CGTTATCGCT TGATTGCTCG ATTCCGACAT 3900 3901 GAAGGAGATG AGGATGTTGT TGAAAAGCCA GATCCATACC AAATCGCTAC AACCTTGTAC 3960 3961 GATGGACCAT TGGATGAGAT TTCTCGTGAG ACTGATCTTG ATCATGCTCC GATCGCAGAT 4020 4021 CACGCCAATG TCTACCACCA TGGTGATTCG TCAAGAATCG AAAAGCATGC CTCCCCAGTT 4080 4081 GCTACTCTTG AAAAGAAGCA GAAGAAGGTG AAATCTCCAA AGAAAGAGAA GGTGGATGTT 4140 4141 CCAGCTGAAC CAGAAAAGAA GGAAATTCGT CTGATTGCTC GTGTTCGAAC TGAGCCTGAA 4200 4201 GCTGAGATTG TTGATGTACC GGTTGTCAAG GAGACAAAAG AGAAGAAGGG AGACTCGAAG 4260 4261 TCGAAACTTC CAACTTTCGG ATTCTTCAGC AAAACCACCA AGACTACCAA AACCACTGGA 4320 4321 TATCCCGAAA CGTCTGAAGC CTACACTGGA GAACTCGACA CCACGGATCG TACTCATGAT 4380 4381 CTTGAAGGAA CTTCGTTTGA ACACGGAGAA CATCCTGCTT ACTCACCCAA GCAGACTGTG 4440 4441 ATCGAGGCCA TCGAAACTCC AGCCGAGCCA GAGAAGAAAC GTTATCGCTT GATTGCTCGA 4500 4501 TTCCGACATG AAGGAGATGA GGATGTTGTT GAAAAGCCAG ATCCATACCA AATCGCTACA 4560 4561 ACCTTGTACG ATGGACCATT GGATGAGATT TCTCGTGAGA CTGATCTTGA TCATACTCCG 4620 4621 ATCGCAGATC ACGCCAATGT CTACCACCAT GGTGATTCGT CAAGAATCGA AAAGCATGCC 4680 4681 TCCCCAGTTG CTACTCCTGA AAAGAAGCAG AAGAAGGTGA AATCTCCAAA GAAAGAGAAG 4740 4741 GTGGATGTTC CAGCTGAACC AGAAAAGAAG GAAATTCGTC TGATTGCTCG TGTTCGAACT 4800 4801 GAGCCTGAAG CTGAGATTGT TGATGTACCG GTTGTCAAGG AGACAAAAGA GAAGAAGGGA 4860 4861 GACTCGAAGT CGAAACTTCC AACTTTCGGA TTCTTCAGCA AAACCACCAA GACTACCAAA 4920 4921 ACCACTGGAT ATCCCGAAAC GTCTGAAGCC TACACTGAAG AACTCGACAC CACTGATCGT 4980 4981 ATTCATGATC TTGAAGGAAC TTCGTTTGAA CACGGAGAAC ATTCTGCTTA CTCACCCAAG 5040 5041 CAGACTGTGA TCGAGACCAT CGAAACTCCA GCCGAGCCAG AGAAGAAACG TTATCGCTTG 5100 5101 ATTGCTCGAT TCCGACATGA AGGAGATGAG GATGTTGTTG AAAAGCCAGA TCCATACCAA 5160 5161 ATCGCTACAA CCTTGTACGA TGGACCATTG GATGAGATTT CTCGTGAGAC TGATCTTGAT 5220 5221 CATGCTCCGA TCGCAGATCA CGCCAATGTC TACCACCATG GTGATTCGTC AAGAATCGAA 5280 5281 AAGCATGCCT CCCCAGTTGC TACTCTTGAA AAGAAGCAGA AGAAGGTGAA ATCTCCAAAG 5340 5341 AAAGAGAAGG TGGATGTTCC AGCTGAACCA GAAAAGAAGG AAATTCGTCT GATTGCTCGT 5400 5401 GTTCGAACTG AGCCTGAAGC TGAGATTGTT GATGTACCGG TTGTCAAGGA GACAAAAGAG 5460 5461 AAGAAGGGAG ACTCGAAGTC GAAACTTCCA ACTTTCGGAT TCTTCAGCAA AACCACCAAG 5520 5521 ACTACCAAAA CCACTGGATA TCCCGAAACG TCTGAAGCCT ACACTGGAGA ACTCGACACC 5580 5581 ACTGATCGTA TTCATGATCT TGAAGGAACT TCGTTTGAAC ACGGAGAACA TCCTGCTTAC 5640 5641 TCACCCAAGC AGACTGTGAT CGAGACCATC GAAACTCCAG CCGAGCCAGA GAAGAAACGT 5700 5701 TATCGCTTGA TTGCTCGATT CCGACATGAA GGAGATGAGG ATGTTGTTGA AAAGCCAGAT 5760 5761 CCATACCAAA TCGCTACAAC CTTGTACGAT GGACCATTGG ATGAGATTTC TCGTGAGACT 5820 5821 GATCTTGATC ATACTCCGAT CGCAGATCAC GCCAATGTCT ACCACCATGG TGATTCGTCA 5880 5881 AGAATCGAAA AGCATGCCTC CCCAGTTGCT ACTCTTGAAA AGAAGCAGAA GAAGGTGAAA 5940 5941 TCTCCAAAGA AAGAGAAGGT GGATGTTCCA GCTGAACCAG AAAAGAAGGA AATTCGTCTG 6000 6001 ATTGCTCGTG TTCGAACTGA GCCTGAAGCT GAGATTGTTG ATGTACCGGT TGTCAAGGAG 6060 6061 ACAAAAGAGA AGAAGGGAGA CTCGAAGTCG AAACTTCCAA CTTTCGGATT CTTCAGCAAA 6120 6121 ACCACCAAGA CTACCAAAAC CACTGGATAT CCCGAAACGT CTGAAGCCTA CACTGGAGAA 6180 6181 CTCGACACCA CGGATCGTAC TCATGATCTT GAAGGAACTT CGTTTGAACA CGGAGAACAT 6240 6241 CCTGCTTACT CACCCAAGCA GACTGTGATC GAGGCCATCG AAACTCCAGC CGAGCCAGAG 6300 6301 AAGAAACGTT ATCGCTTGAT TGCTCGATTC CGACATGAAG GAGATGAGGA TGTTGTTGAA 6360 6361 AAGCCAGATC CATACCAAAT CGCTACAACC TTGTACGATG GACCATTGGA TGAGATTTCT 6420 6421 CGTGAGACTG ATCTTGATCA TGCTCCGATC GCAGATCACG CCAATGTCTA CCACCATGGT 6480 6481 GATTCGTCAA GAATCGAAAA GCATGCCTCC CCAGTTGCTA CTCTTGAAAA GAAGCAGAAG 6540 6541 AAGGTGAAAT CTCCAAAGAA AGAGAAGGTG GATGTTCCAG CTGAACCAGA AAAGAAGGAA 6600 6601 ATTCGTCTGA TTGCTCGTGT TCGAACTGAG CCTGAAGCTG AGATTGTTGA TGTACCGGTT 6660 6661 GTCAAGGAGA CAAAAGAGAA GAAGGGAGAC TCGAAGTCGA AACTTCCAAC TTTCGGATTC 6720 6721 TTCAGCAAAA CCACCAAGAC TACCAAAACC ACTGGATATC CCGAAACGTC TGAAGCCTAC 6780 6781 ACTGGAGAAC TCGACACCAC TGATCGTATT CATGATCTTG AAGGAACTTC GTTTGAACAC 6840 6841 GGAGAACATC CTGCTTACTC ACCCAAGCAG ACTGTGATCG AGACCATCGA AACTCCAGCC 6900 6901 GAGCCAGAGA AGAAACGTTA TCGCTTGATT GCTCGATTCC GACATGAAGG AGATGAGGAT 6960 6961 GTTGTTGAAA AGCCAGATCC ATACCAAATC GCTACAACCT TGTACGATGG ACCATTGGAT 7020 7021 GAGATTTCTC GTGAGACTGA TCTTGATCAT ACTCCGATCG CAGATCACGC CAATGTCTAC 7080 7081 CACCATGGTG ATTCGTCAAG AATCGAAAAG CATGCCTCCC CAGTTGCTAC TCTTGAAAAG 7140 7141 AAGCAGAAGA AGGTGAAATC TCCAAAGAAA GAGAAGGTGG ATGTTCCAGC TGAACCAGAA 7200 7201 AAGAAGGAAA TTCGTCTGAT TGCTCGTGTT CGAACTGAGC CTGAAGCTGA GATTGTTGAT 7260 7261 GTACCGGTTG TCAAGGAGAC AAAAGAGAAG AAGGGAGACT CGAAGTCGAA ACTTCCAACT 7320 7321 TTCGGATTCT TCAGCAAAAC CACCAAGACT ACCAAAACCA CTGGATATCC CGAAACGTCT 7380 7381 GAAGCCTACA CTGGAGAACT CGACACCACG GATCGTACTC ATGATCTTGA AGGAACTTCG 7440 7441 TTTGAACACG GAGAACATCC TGCTTACTCA CCCAAGCAGA CTGTGATCGA GGCCATCGAA 7500 7501 ACTCCAGCCG AGCCAGAGAA GAAACGTTAT CGCTTGATTG CTCGATTCCG ACATGAAGGA 7560 7561 GATGAGGATG TTGTTGAAAA GCCAGATCCA TACCAAATCG CTACAACCTT GTACGATGGA 7620 7621 CCATTGGATG AGATTTCTCG TGAGACTGAT CTTGATCATG CTCCGATCGC AGATCACGCC 7680 7681 AATGTCTACC ACCATGGTGA TTCGTCAAGA ATCGAAAAGC ATGCCTCCCC AGTTGCTACT 7740 7741 CTTGAAAAGA AGCAGAAGAA GGTGAAATCT CCAAAGAAAG AGAAGGTGGA TGTTCCAGCT 7800 7801 GAACCAGAAA AGAAGGAAAT TCGTCTGATT GCTCGTGTTC GAACTGAGCC TGAAGCTGAG 7860 7861 ATTGTTGATG TACCGGTTGT CAAGGAGACA AAAGAGAAGA AGGGAGACTC GAAGTCGAAA 7920 7921 CTTCCAACTT TCGGATTCTT CAGCAAAACC ACCAAGACTA CCAAAACCAC TGGATATCCC 7980 7981 GAAACGTCTG AAGCCTACAC TGGAGAACTC GACACCACTG ATCGTATTCA TGATCTTGAA 8040 8041 GGAACTTCGT TTGAACACGG AGAACATCCT GCTTACTCAC CCAAGCAGAC TGTGATCGAG 8100 8101 GCCATCGAAA CTCCAGCCGA GCCAGAGAAG AAACGTTATC GCTTGATTGC TCGATTCCGA 8160 8161 CATGAAGGAG ATGAGGATGT TGTTGAAAAG CCAGATCCAT ACCAAATCGC TACAACCTTG 8220 8221 TACGATGGAC CATTGGATGA GATTTCTCGT GAGACTGATC TTGATCATAC TCCGATCGCA 8280 8281 GATCACGCCA ATGTCTACCA CCATGGTGAT TCGTCAAGAA TCGAAAAGCA TGCCTCCCCA 8340 8341 GTTGCTACTC CTGAAAAGAA GCAGAAGAAG GTGAAATCTC CAAAGAAAGA GAAGGTGGAT 8400 8401 GTTCCAGCTG AACCAGAAAA GAAGGAAATT CGTCTGATTG CTCGTGTTCG AACTGAGCCT 8460 8461 GAAGCTGAGA TTGTTGATGT ACCGGTTGTC AAGGAGACAA AAGAGAAGAA GGGAGACTCG 8520 8521 AAGTCGAAAC TTCCAACTTT CGGATTCTTC AGCAAAACCA CCAAGACTAC CAAAACCACT 8580 8581 GGATATCCCG AAACGTCTGA AGCCTACACT GGAGAACTCG ACACCACTGA TCGTATTCAT 8640 8641 GATCTTGAAG GAACTTCGTT TGAACACGGA GAACATCCTG CTTACTCACC CAAGCAGACT 8700 8701 GTGATCGAGA CCATCGAAAC TCCAGCCGAG CCAGAGAAGA AACGTTATCG CTTGATTGCT 8760 8761 CGATTCCGAC ATGAAGGAGA TGAGGATGTT GTTGAAAAGC CAGATCCATA CCAAATCGCT 8820 8821 ACAACCTTGT ACGATGGACC ATTGGATGAG ATTTCTCGTG AGACTGATCT TGATCATACT 8880 8881 CCGATCGCAG ATCACGCCAA TGTCTACCAC CATGGTGATT CGTCAAGAAT CGAAAAGCAT 8940 8941 GCCTCCCCAG TTGCTACTCT TGAAAAGAAG CAGAAGAAGG TGAAATCTCC AAAGAAAGAG 9000 9001 AAGGTGGATG TTCCAGCTGA ACCAGAAAAG AAGGAAATTC GTCTGATTGC TCGTGTTCGA 9060 9061 ACTGAGCCTG AAGCTGAGAT TGTTGATGTA CCGGTTGTCA AGGAGACAAA AGAGAAGAAG 9120 9121 GGAGACTCGA AGTCGAAACT TCCAACTTTC GGATTCTTCA GCAAAACCAC CAAGACTACC 9180 9181 AAAACCACTG GATATCCCGA AACGTCTGAA GCCTACACTG GAGAACTCGA CACCACGGAT 9240 9241 CGTACTCATG ATCTTGAAGG AACTTCGTTT GAACACGGAG AACATCCTGC TTACTCACCC 9300 9301 AAGCAGACTG TGATCGAGGC CATCGAAACT CCAGCCGAGC CAGAGAAGAA ACGTTATCGC 9360 9361 TTGATTGCTC GATTCCGACA TGAAGGAGAT GAGGATGTTG TTGAAAAGCC AGATCCATAC 9420 9421 CAAATCGCTA CAACCTTGTA CGATGGACCA TTGGATGAGA TTTCTCGTGA GACTGATCTT 9480 9481 GATCATACTC CGATCGCAGA TCACGCCAAT GTCTACCACC ATGGTGATTC GTCAAGAATC 9540 9541 GAAAAGCATG CCTCCCCAGT TGCTACTCTT GAAAAGAAGC AGAAGAAGGT GAAATCTCCA 9600 9601 AAGAAAGAGA AGGTGGATGT TCCAGCTGAA CCAGAAAAGA AGGAAATTCG TCTGATTGCT 9660 9661 CGTGTTCGAA CTGAGCCTGA AGCTGAGATT GTTGATGTAC CGGTTGTCAA GGAGACAAAA 9720 9721 GAGAAGAAGG GAGACTCGAA GTCGAAACTT CCAACTTTCG GATTCTTCAG CAAAACCACC 9780 9781 AAGACTACCA AAACCACTGG ATATCCCGAA ACGTCTGAAG CCTACACTGG AGAACTCGAC 9840 9841 ACCACGGATC GTACTCATGA TCTTGAAGGA ACTTCGTTTG AACACGGAGA ACACCCTGCT 9900 9901 TTTGAAGCTT CATCTACATC TATTACAATT GAAGCTTTTG ATCCATCACA TGAAAAAGTG 9960 9961 ATTAAAAAAC CATCACGATT CCATTGGTTC TCAAGATGGA GGCATGAAGG AGATGAGGAT 10020 10021 GTTGTTGAAA AACCTGAAGG ATACATATTA TCTTCTGAAA TTTATGAAGG CCCCTACGAT 10080 10081 AACATGCGAC CAATCGGAGA GCTTGAACTG ACACCAATAC TTGATCACTC ACAAGTCTAT 10140 10141 CACAATGGTG AGTCCGGGAA ACTCGAAAAA CGGAGTTCCA AGGAGAAAAG AATTAAGACA 10200 10201 CCAAGTCCTG AACGTGTGGA ACCCTCCGAG ATCAAGCTTG TTGCTCGCAT TCAACCGTTA 10260 10261 GAGCATGTCG AAGATTCCGA AATTTCTGAG AAACTTTCCC CTGTGAAAGA TCGATCGAGA 10320 10321 GCTCCTTCAT TTAGCATGTT CCATCGACAG TCGAAACAAC GTGGATATCC AGAGATTTCT 10380 10381 CCGTTGTATG AAGGTAACCT GGATGTAACT GGTCGTGCAG CTGAAGTGGA GAATACTCCT 10440 10441 ATTGAAGTGA GAAGCGTTCC GGAATACCAT CCCAAACAAG AAGTGTCTGC TCAACATCCT 10500 10501 GAAAGTTCTC AGCCCAACAG ATTCTATCGC CTTATTGCAA GATGGAGACA CGAAGGAGAT 10560 10561 GAAGATGAAA TCGAAAAACC TGATGCCTAC AAATTTGTTA CAGAAGTGTA TGAAGGTCCG 10620 10621 CTTGATGATA TTCGCCCTGT AGTGGAACTC GCTCAAGATC CAATATCAGA TCATTCTCAA 10680 10681 GTTTATCATA ACGGAGAGTC GTGGAAAGCT GAAAAGAATA TCAAGCCACC CAAACCTGTT 10740 10741 CGAAATACGA AAAAGGGACT TTCTCCAGAA CCAATCGAAT CTGAAGTCCA CGAAATCAGA 10800 10801 CTTTTAACAC GTGTCGCTTC AAGCTCCGAG GAACCTGAAG AGGTCGATGT AATCCCGGCA 10860 10861 GAATCTACAC CTGTTAAACC ATTCCGGCTT CGTTTCCTGA GCATCGGCAA AAAATCGCCA 10920 10921 ACGTCTCCAG ATTCCGAGTT CCCGGAATGT TCACCACAGT ACGACGGGCC GGTTGACCTG 10980 10981 ACCAGTAGAT CTGATGAGCT TGAGGTGATG CCGTATCTGC ATGGCTCAGT TCCACCGTAC 11040 11041 TCACCAAAGT TTACACCTGT CAAGAAAGTG GATAAAGCAG ACGAAGAACG GAAGAAGTAC 11100 11101 ACAGTAATAT ACAGATTCCG GCACGAAGGG GAAGAAGATT TTGCCGATAA GCCAGAAGCA 11160 11161 TATGGATTTA GTTCAGACGT TTATACTGGA TCGCTCAATG AAATTTCTCG AAGTTCTGAA 11220 11221 CTGGAACATG CTGCCATTCA CGATCACTCC CAGGTTTATC ATGATGGATT ATCATATAAA 11280 11281 ATTGATAATA AACAGAAGAA GAGTAAAGAT CGAACTGAAT TGGAAGAACC AAAAACTTCA 11340 11341 CGACTTGTTG CTCGTGTTCT ACCTCAACAA GAAGCGTCAG ATTCAGGCTC TCCAAAGAAA 11400 11401 GACGATAAGG ACAAAGGTTT CAGATTCAGA TTCTTCAGCA AGGCATCTCC TAAAAGTAGC 11460 11461 GGTTATCCAG AGGTTTCGCC TACTTTCGAA GGTCCAATTG ATGTTACAGG ACGAGTGGAA 11520 11521 TCATTAGAAC ACGTACCACT TCAGTCTAGA GAATTCCCAA CATACTCACC GAGAAAGTCT 11580 11581 CAAGAGAAGC CTTCAGAGAA ATCGTCGGAG AGAACTGTTG AACCAAAACG ATATCACTTA 11640 11641 ATTGCTCGAA TTCGTCACGA AGGAGACGAA GAAACTGTGG AAAATCCAGA CACCTACGGA 11700 11701 TTTGCTTCCA CATCATACGA CGGACCTCTA GAAGAGACCT CGAAATCAGT GGACGTTGAG 11760 11761 GAAACTCCTA TTTCTGTATA CTCAAACGTT TACCATCATG GAGAATCAAT CAGAGTGGAG 11820 11821 AAAAGACAGA GAAAAGCAAA AATCTCGGCG GAGCCAGAGA AAGATGATGA TCAAGAGAAT 11880 11881 GTGCCACCTA AATCGCGTTT CAGTTTCCTT CGTGGTGGAC AAAAGCGAGT TTTATCTTAC 11940 11941 CCGTCCACTT TATATTCCGG TCCATTAGAG ACTACTGACC GAGACTTGGA CCTAGAGAAC 12000 12001 ATTCCATTAT CGATTCCAGT GCACGGTTCC TCAGACCAAC ATGCCCGGAA GTATCGCCTG 12060 12061 ATCGCACGCA TTCGTCATGC TGGTGACGAA GACGAAGTTG CAGCGCACAA ATTGCACCCC 12120 12121 GTTTTCTACT CGTTCCCTGC TGTCCAATAT TCTGGCATTC TTGAAAAGAC TGCACTGTGC 12180 12181 AAAGAAGTCG ATGAAGTGCC AATTGGAAGA TTCGCAAGAG TCTATCACTC TGGATCATCC 12240 12241 GGTGGACTCA TTTGGAATCT TCTCAAGAAC AGAAACTCTA GGGCGTCTAA GGATATGGAT 12300 12301 GAACCGAAGC GAAAGAGAAA GGATCAGAAA GATCAAAAAG ATATCAAGTT GATTGCTAGA 12360 12361 GTTCTGCCAA TGAAAAAGAC GCCTGAAAAA TCTGATCGTT TCGAAAAGGC GACGAAAGAA 12420 12421 GAGCCACTTC GGGAGGCGGA ACTTGTTAGA TCAACTCAAT CGGAAGCACA AGGAAACATC 12480 12481 AGCACCGTCA GCTACATTCC ATCATCTCTT ACTTATGATG TGCCACGTCC TGCCAGAATC 12540 12541 GAAGGATACA CATATGGAGG CGATTGTTAC GTGGAAATTC GACATGAACG GCGTGCGGAA 12600 12601 GTACACTTGG AGCCGGTATA TGTGCTCCAA GAGACCAACG CACGAAGCCA CGCCTACCTC 12660 12661 TCAACTGCCA CCGCTGTTTT CTCTGGTGCC TCCACCAGTG CTGCTGCAGC AGACTCTGGT 12720 12721 GCCAACAGCT CTACCAACAC CACAAGCCAT TCCCTAGTGT TGCCCTCTTT TGCCGCTTCG 12780 12781 GTATCTGAAG ACGAAACAGG AATACATCAC TTCTCGTGGA CACCTTTGCA TATGTCACCA 12840 12841 CAACCCGAGA AAATGTCGTT CTTGGCAAGA CTCGGATTCA AGCGTGACAA GAGCAACAAG 12900 12901 AAAGACAAGA AGAAGAGAAA GAAGGGTGAA AACGAGACGA GTGGTGAGAC ATCGGACAGC 12960 12961 GAGCATGACG AGAAGCGAGA ATTCGCTATT GTTGAGTTTG AGCCGGAGAG CGGCCAACCC 13020 13021 TATACAACGG TGTCTACGTG GCAAGAGACA AGCGATCTTC CGGAGCAAGT TGAAGTGTAC 13080 13081 ACTGATGAGA ACGGACGGCA GATCACGCGA ACAGTGAAGT CGTCTCAAGT GAAGCACACG 13140 13141 GTTCAAACGC AATCCTTCCA AAACTACATT GTCGACGGAG ATCAAGTTCC AGTGGGCGTC 13200 13201 GTCGACGTGG AAAGAAGTCG CGAACAGCTG ACACCACTCG GACAAAAGGC TTCTTCGTCG 13260 13261 ACTTCTTCTG ATGTGCAAAA TGGTGGTGGT GAAAATGGTG GAATCGTGGA GACTCAGACC 13320 13321 AGAACAATGA CCTACGAGGC ACAAGGCGGA GAGAATTCCG CGCCACCTGG ATGGGCTGAG 13380 13381 GAGGGTCTCG GCGAGTACGT CTCATCGAAA AGTGTGACTC AGGGCAATCG AACGATCGAA 13440 13441 ACTATCACCT ACAAGACGGA AAAAGACGGA ATTGTTGAGA CACACGTTGA GCATCGTGTC 13500 13501 ACCATTCACT CTGATGGCGA TATTGATCAT GATGCAGAGC TCTCCCAAGC GATTCTCGAA 13560 13561 GCCACCCAAA TGAATCCAGA TATGGTTGTT GAAAAGATTG AAGTTCGTCA GGAGACCACC 13620 13621 CAATAA 13626 |
▼ ANNOTATION
| Disorder | ||||
| IUPred2A | ||||
| Physicochemical | ||||
| Compute pI/Mw | AAindex | |||
| Localization | ||||
| COMPARTMENTS | ||||
| Element | ||||
| RAID | microRNA.org | |||
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Mam-0797 | Macaca mulatta | 44.34 | 4e-08 | 63.9 |
| LLPS-Hos-0034 | Homo sapiens | 44.34 | 6e-08 | 63.5 |
| LLPS-Rhb-2372 | Rhinopithecus bieti | 44.34 | 7e-08 | 63.5 |
| LLPS-Paa-1590 | Papio anubis | 44.34 | 7e-08 | 63.5 |
| LLPS-Cea-0001 | Cercocebus atys | 44.34 | 6e-08 | 63.5 |
| LLPS-Chs-1234 | Chlorocebus sabaeus | 44.34 | 4e-08 | 63.9 |
| LLPS-Ict-2202 | Ictidomys tridecemlineatus | 43.81 | 3e-08 | 64.7 |
| LLPS-Ran-1367 | Rattus norvegicus | 43.81 | 3e-08 | 64.7 |
| LLPS-Sus-1924 | Sus scrofa | 43.81 | 1e-08 | 65.9 |
| LLPS-Mum-0580 | Mus musculus | 43.81 | 3e-08 | 64.7 |
| LLPS-Nol-2352 | Nomascus leucogenys | 43.4 | 2e-07 | 62.4 |
| LLPS-Pat-4337 | Pan troglodytes | 43.4 | 1e-07 | 62.4 |
| LLPS-Pap-1917 | Pan paniscus | 43.4 | 1e-07 | 62.4 |
| LLPS-Maf-3668 | Macaca fascicularis | 43.4 | 5e-07 | 60.8 |
| LLPS-Caj-1097 | Callithrix jacchus | 43.4 | 9e-08 | 63.2 |
| LLPS-Gog-3479 | Gorilla gorilla | 43.4 | 1e-07 | 62.4 |
| LLPS-Tag-3648 | Taeniopygia guttata | 43.28 | 4e-80 | 295 |
| LLPS-Lac-0107 | Latimeria chalumnae | 43.16 | 5e-68 | 256 |
| LLPS-Ora-2156 | Ornithorhynchus anatinus | 43.16 | 2e-74 | 278 |
| LLPS-Eqc-0924 | Equus caballus | 42.86 | 7e-08 | 63.5 |
| LLPS-Cap-1457 | Cavia porcellus | 42.86 | 6e-08 | 63.5 |
| LLPS-Caf-3722 | Canis familiaris | 42.86 | 6e-08 | 63.5 |
| LLPS-Cas-3387 | Carlito syrichta | 42.86 | 6e-08 | 63.5 |
| LLPS-Loa-3545 | Loxodonta africana | 42.86 | 1e-07 | 62.4 |
| LLPS-Fec-0023 | Felis catus | 42.86 | 7e-08 | 63.5 |
| LLPS-Urm-1574 | Ursus maritimus | 42.86 | 5e-08 | 63.9 |
| LLPS-Orc-1743 | Oryctolagus cuniculus | 42.86 | 4e-08 | 64.3 |
| LLPS-Bot-2733 | Bos taurus | 42.86 | 5e-08 | 63.9 |
| LLPS-Myl-1883 | Myotis lucifugus | 42.86 | 1e-07 | 62.4 |
| LLPS-Ova-2161 | Ovis aries | 42.86 | 7e-08 | 63.5 |
| LLPS-Aon-2674 | Aotus nancymaae | 42.86 | 7e-08 | 63.5 |
| LLPS-Fud-3738 | Fukomys damarensis | 42.86 | 7e-08 | 63.5 |
| LLPS-Dar-3481 | Danio rerio | 42.81 | 8e-72 | 268 |
| LLPS-Sah-3141 | Sarcophilus harrisii | 42.81 | 9e-79 | 291 |
| LLPS-Pes-3002 | Pelodiscus sinensis | 42.69 | 5e-78 | 289 |
| LLPS-Scf-3859 | Scleropages formosus | 42.6 | 5e-75 | 275 |
| LLPS-Fia-2024 | Ficedula albicollis | 42.51 | 2e-78 | 290 |
| LLPS-Leo-0251 | Lepisosteus oculatus | 42.51 | 6e-78 | 288 |
| LLPS-Poa-0688 | Pongo abelii | 42.45 | 3e-07 | 61.2 |
| LLPS-Xim-3235 | Xiphophorus maculatus | 42.26 | 3e-73 | 274 |
| LLPS-Anc-0182 | Anolis carolinensis | 42.22 | 2e-78 | 290 |
| LLPS-Meg-1856 | Meleagris gallopavo | 42.22 | 2e-78 | 290 |
| LLPS-Gaa-0152 | Gasterosteus aculeatus | 42.2 | 7e-08 | 63.2 |
| LLPS-Icp-2789 | Ictalurus punctatus | 42.19 | 1e-71 | 265 |
| LLPS-Orl-3970 | Oryzias latipes | 42.17 | 5e-77 | 281 |
| LLPS-Ten-0978 | Tetraodon nigroviridis | 42.12 | 1e-72 | 271 |
| LLPS-Xet-3790 | Xenopus tropicalis | 42.12 | 3e-66 | 252 |
| LLPS-Scm-1722 | Scophthalmus maximus | 42.09 | 3e-74 | 278 |
| LLPS-Mea-3310 | Mesocricetus auratus | 42.04 | 7e-77 | 285 |
| LLPS-Mod-4072 | Monodelphis domestica | 42.02 | 4e-77 | 286 |
| LLPS-Pof-3677 | Poecilia formosa | 41.96 | 3e-72 | 271 |
| LLPS-Mup-0222 | Mustela putorius furo | 41.9 | 2e-07 | 61.6 |
| LLPS-Aim-3681 | Ailuropoda melanoleuca | 41.9 | 2e-07 | 61.6 |
| LLPS-Anp-1727 | Anas platyrhynchos | 41.72 | 8e-79 | 285 |
| LLPS-Man-2945 | Macaca nemestrina | 41.14 | 1e-74 | 278 |
| LLPS-Dio-4154 | Dipodomys ordii | 41.14 | 3e-75 | 273 |
| LLPS-Mal-1082 | Mandrillus leucophaeus | 41.14 | 1e-74 | 278 |
| LLPS-Otg-4093 | Otolemur garnettii | 40.54 | 4e-75 | 280 |
| LLPS-Asm-3683 | Astyanax mexicanus | 40.46 | 1e-07 | 62.8 |
| LLPS-Tar-0135 | Takifugu rubripes | 40.19 | 7e-08 | 63.5 |
| LLPS-Gaga-1881 | Gallus gallus | 40.0 | 3e-71 | 269 |
| LLPS-Orn-3070 | Oreochromis niloticus | 39.34 | 2e-66 | 251 |
| LLPS-Tut-0412 | Tursiops truncatus | 28.42 | 2e-21 | 106 |