LLPS-Orl-a369
prex1
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Gene Name: | prex1 |
| Ensembl Gene: | ENSORLG00000000806.2 |
| Ensembl Protein: | ENSORLP00000000992.2 |
| Organism: | Oryzias latipes |
| Taxa ID: | 8090 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSORLT00000000993.2 | ENSORLP00000000992.2 |
| Ensembl | ENSORLT00000043303.1 | ENSORLP00000035894.1 |
| UniProt | A0A3B3HVN6, A0A3B3HVN6_ORYLA | |
| Entrez | 101157696 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MEEDDGHQEN GVPAPKDSDR QQRLRLCVLN ELLNTERDYV RTLLFLQSAF LHRIRQTADD 60 61 QQCLSPEHVK ILFSNIEDIL ELHKEVLSAV ESSLQPEPQP HHSLGHVFLQ FRQSFSVYGE 120 121 YCSNHEKALR LLMELNKIPN IRTFLLHCML LGGKKSTDIP LEGYLLSPIQ RICKYPLLLK 180 181 ELLKRTPKSH ADYPAVQEAL QAMKAVCSNI NETKRQMEKL EALEQLQSHI EGWEGTNLTD 240 241 ICTELLLHGN LLKISAGNIQ ERVFFLFDNL LVYCKRKSRV SGKKSTKRTK SINGPLYVFR 300 301 GRINTEVMEV ENVEDGTADY HSNNYTVTNG WKIHNTAKNK WFVCMAKNAE DKQKWLDAIL 360 361 REREQRESLK LGMERDAYVM IAEKGEKLYH MMMTKNRHLI KDRRRKLSIV PKCFMGNEFV 420 421 AWLIESGEIS KPEEGVNLGQ ALLENGIIHH ISDKHQFKNE QVLYRFRYDD GTYKARSEME 480 481 DIMSKGVRLY CRLHCLHTPV IKDRDYHLKT FKSVVPACKL VDWLISQGDC STREDAVTLG 540 541 VGLCNNGFMH HVLEKSEFKD ESQFFRFYAD EETEGTSTKS KQLQRNDFKL IENILAKSLV 600 601 IHPEEEGYGF EIEEKNKAIV VKSVSRGSHA EMAGLQVGRK IYTINEDLLF LRPFSEVETM 660 661 ISQAFCIRRS LRLLVATKAK EVVKIPDNPD SLSFRLCGSA PPHVHAVRKG WEAAGAGLQP 720 721 GQVVLKVNGN NVNHSDYQEV LEHFAAQHTH QEAPGECNWV YRAFEDVEHL QRGRSPTEKE 780 781 QNAFKPFPVE NGSDHEEDSR TNGTEHELCR LSLSDDLPLV SLTVDNVHLE HGVVYEYVNT 840 841 AGIKSHVLEK ITEPKGCFSL TAKILEAFCS DDSLFVRNCS QLISQSDRVV TMPQYEFRQI 900 901 CDTKLESISR RITCYQQFAQ ELRNKVWPSV RQAGGRPHPL GCMDFIPTNC HINLMQVSCP 960 961 KSTTSAGRTF SIRFGRKNSI FGLDQDQAQL NLMSHTLHCM TSMGAPSWSC SGLEGDEADG 1020 1021 SGDVTLEDGE GVMDGRQGVH GEGGLSFLLK PEDTEAQDSY IHLYSRLDVA VREMKQYVAQ 1080 1081 IDVLLSSITE PTELQREEGG SLVYDPNQPP PLAPCDDGCE QDKAEQGGIK RVCFKVNEED 1140 1141 QEDSGHDTMS YRDSYSECNS NRDSVLSYTS VRSNSSYLGS DEMGSGDELP CDMRIPSDKQ 1200 1201 DKLHGCLEHL FNQVDSINSL LKGAVMTKAC EETRHFYSDH SQPEFRQTED WTSRCRHIIH 1260 1261 KNIQEDPWNL PNSIKTLVES LQRFVDDGKN QLLLALLKCT DTSLQLRRDV IFCQAATAAL 1320 1321 CTLAEQLLMA LRLRFNNAGE YQEDSKETSC KWLEQISVIG ALLHFQSTLN PHLKEERTML 1380 1381 EDTKAALLDL DKVTVFFRQL EDECLVTNTP VCYQVEGSRQ ALKVTMYLDS CHFSELPSRL 1440 1441 QNGGGLRLNT VLFTRALERA EGVSQREYTE MEELQQRTNA VSLEKVKAYY RRLRAFYLEK 1500 1501 SNLPTDSNST AMKIDQLLRP LNTLDDLCRL MQSYVNVRST SQGHPSGVSV LCVSSELCNR 1560 1561 LGACHITMCG TGMQRCTLSV TLEQAMILAR NHGLIPRCIM QTMDIMRKQG ARVELSAKNL 1620 1621 KVMDQMPPSA PRYAVISSPP CSALWYSGLF IAPEQSRFLL I 1661 |
| Nucleotide CDS Sequence (FASTA) |
1 GCGCCCAAAG ACTCGGACCG CCAGCAGCGG CTGCGGCTGT GCGTCCTGAA CGAGCTGCTG 60 61 AACACGGAGC GGGACTACGT TCGAACCCTG CTCTTCCTGC AGTCGGCCTT CCTGCACAGA 120 121 ATCAGACAAA CTGCAGACGA CCAGCAGTGT CTTTCTCCTG AACACGTCAA GATCCTGTTT 180 181 TCAAACATTG AGGACATCCT GGAGCTGCAC AAAGAGGTTT TGTCTGCAGT GGAGTCGAGT 240 241 TTGCAGCCTG AGCCCCAGCC CCATCATTCT CTGGGACACG TGTTCCTCCA GTTTAGGCAG 300 301 AGCTTCTCGG TATACGGCGA ATACTGCAGT AACCATGAGA AGGCTTTGCG GCTCCTCATG 360 361 GAGCTCAACA AGATCCCCAA CATCCGGACC TTCTTGCTGC ACTGCATGCT TCTTGGAGGG 420 421 AAGAAGAGCA CAGACATTCC TCTGGAGGGC TACCTTCTCT CTCCCATCCA GAGGATCTGC 480 481 AAGTACCCTC TGCTGCTGAA GGAACTCCTT AAAAGGACAC CAAAGAGCCA CGCCGATTAC 540 541 CCTGCCGTGC AGGAGGCTCT GCAGGCCATG AAGGCCGTCT GCTCCAACAT CAACGAGACC 600 601 AAGAGGCAGA TGGAGAAGCT GGAGGCTCTG GAGCAGCTGC AGTCCCACAT TGAAGGCTGG 660 661 GAGGGAACAA ACCTGACAGA CATCTGCACA GAGCTGCTGC TTCACGGAAA TCTGCTGAAA 720 721 ATCTCGGCAG GAAACATTCA GGAACGGGTC TTTTTCCTCT TTGACAACCT TTTGGTTTAC 780 781 TGCAAAAGGA AGTCCAGGGT CTCTGGAAAG AAGTCAACCA AAAGGACCAA GTCCATCAAC 840 841 GGGCCTCTCT ATGTGTTCAG AGGTCGGATC AACACGGAGG TGATGGAGGT GGAAAATGTG 900 901 GAGGATGGGA CAGCGGATTA TCACAGCAAC AACTACACGG TGACGAATGG CTGGAAGATC 960 961 CACAACACAG CAAAAAACAA GTGGTTTGTG TGCATGGCCA AAAACGCCGA GGACAAGCAG 1020 1021 AAATGGCTGG ACGCCATCCT GAGGGAGCGG GAGCAAAGAG AGAGTCTGAA GCTGGGAATG 1080 1081 GAGCGGGACG CCTACGTGAT GATCGCAGAG AAGGGGGAGA AGCTTTACCA CATGATGATG 1140 1141 ACCAAGAATC GACACCTGAT TAAAGACCGG CGCCGGAAGC TCAGCATTGT GCCCAAGTGC 1200 1201 TTCATGGGAA ACGAGTTTGT GGCGTGGCTG ATCGAAAGCG GCGAGATCAG CAAACCTGAG 1260 1261 GAGGGCGTCA ACCTCGGTCA AGCTTTACTG GAAAATGGCA TCATTCATCA CATCTCAGAT 1320 1321 AAACACCAGT TCAAGAACGA GCAGGTGCTG TACCGCTTCC GCTACGACGA TGGCACGTAC 1380 1381 AAGGCCCGCA GCGAGATGGA GGACATCATG TCAAAGGGCG TCAGGCTGTA CTGCCGCCTC 1440 1441 CACTGCCTCC ACACGCCAGT CATCAAGGAC AGGGACTACC ATCTGAAAAC CTTCAAGTCT 1500 1501 GTGGTTCCTG CTTGTAAACT GGTGGACTGG CTGATCTCAC AGGGAGACTG CTCGACCCGA 1560 1561 GAGGATGCTG TGACACTGGG AGTGGGGCTC TGCAACAACG GCTTCATGCA CCACGTCTTG 1620 1621 GAGAAAAGTG AGTTCAAAGA CGAGTCCCAG TTTTTCCGTT TCTATGCTGA TGAGGAAACG 1680 1681 GAGGGAACCA GCACCAAGAG CAAACAGCTG CAGAGGAACG ACTTCAAGCT CATAGAAAAC 1740 1741 ATCTTAGCCA AGTCCCTAGT GATCCATCCA GAGGAGGAAG GCTATGGCTT TGAGATCGAA 1800 1801 GAGAAAAACA AGGCCATTGT GGTGAAATCT GTCAGCCGGG GCTCCCACGC TGAGATGGCT 1860 1861 GGTCTGCAGG TGGGCAGGAA GATCTACACC ATCAACGAGG ACCTGCTGTT CCTCAGGCCC 1920 1921 TTCTCAGAGG TGGAAACCAT GATCAGCCAG GCTTTCTGCA TACGGCGCTC TCTGCGGCTG 1980 1981 CTGGTCGCCA CCAAAGCCAA GGAGGTCGTG AAGATCCCCG ACAACCCAGA CAGCCTCTCC 2040 2041 TTCAGACTCT GTGGATCAGC TCCTCCTCAC GTTCATGCAG TCAGGAAAGG CTGGGAGGCG 2100 2101 GCAGGCGCGG GTCTTCAGCC TGGCCAGGTG GTTCTGAAAG TCAACGGGAA CAACGTCAAC 2160 2161 CACAGTGACT ACCAGGAGGT CCTGGAGCAC TTTGCTGCTC AGCACACTCA TCAGGAGGCC 2220 2221 CCCGGAGAGT GTAACTGGGT GTATCGCGCC TTTGAGGACG TGGAGCATCT GCAGAGAGGA 2280 2281 CGGAGTCCCA CTGAGAAGGA GCAGAACGCC TTCAAGCCTT TTCCAGTGGA GAACGGCTCA 2340 2341 GACCACGAGG AGGACAGCAG GACCAATGGA ACAGCTTTAG GCCCTGTGGG ACTTTCGCTG 2400 2401 TCAGATGATC TTCCCCTGGT GAGTCTGACC GTCGATAACG TCCACCTGGA GCACGGCGTG 2460 2461 GTTTATGAAT ACGTCAACAC GGCCGGCATC AAGAGCCACG TCCTTGAGAA GATCACAGAG 2520 2521 CCCAAAGGAT GCTTCAGCCT CACTGCTAAG ATCCTGGAGG CCTTCTGCAG CGATGACAGT 2580 2581 CTCTTTGTAC GGAACTGCAG CCAGCTCATC TCCCAGAGCG ACCGCGTGGT TACCATGCCA 2640 2641 CAGTACGAGT TCAGACAAAT CTGTGACACC AAGCTGGAGA GTATCAGTCG GCGCATCACA 2700 2701 TGCTACCAGC AGTTTGCTCA GGAGCTGAGG AACAAGGTGT GGCCCTCCGT CCGGCAGGCC 2760 2761 GGGGGCCGTC CTCACCCCCT GGGCTGCATG GACTTCATTC CCACCAACTG CCACATCAAC 2820 2821 TTGATGCAGG TCTCCTGTCC CAAAAGCACC ACCTCCGCTG GCAGGACTTT CAGCATCCGC 2880 2881 TTCGGTCGCA AAAACTCCAT CTTTGGTCTG GATCAAGACC AAGCTCAGCT CAACCTCATG 2940 2941 TCTCACACTC TGCACTGCAT GACCAGCATG GGAGCTCCTT CCTGGAGCTG CTCCGGTCTG 3000 3001 GAAGGGGACG AAGCAGATGG CAGCGGGGAT GTGACTCTGG AAGATGGGGA GGGTGTGATG 3060 3061 GACGGCCGGC AGGGTGTCCA CGGCGAGGGC GGCCTGAGTT TCCTGCTCAA GCCGGAGGAC 3120 3121 ACGGAGGCGC AGGATTCATA CATTCATTTG TACAGCCGCC TGGATGTTGC TGTGAGGGAA 3180 3181 ATGAAGCAAT ATGTTGCTCA GATAGATGTC CTCCTGTCAT CCATCACTGA ACCAACTGAG 3240 3241 CTCCAGAGAG AGGAGGGGGG CTCTCTGGTG TACGATCCAA ACCAGCCGCC CCCTCTGGCG 3300 3301 CCCTGCGATG ATGGCTGCGA GCAGGACAAG GCAGAGCAGG GGGGCATTAA GAGAGTCTGC 3360 3361 TTTAAAGTGA ACGAGGAGGA CCAGGAGGAT TCTGGTCACG ACACCATGAG CTACAGAGAC 3420 3421 TCCTACAGAT CTACCTGTTT ATACATCCGT GACTTGTTTT TGGCATATAC AAGGATAAAA 3480 3481 GTGTGCAGTG AATGCNTGGG GAGTGACGAG ATGGGGTCAG GGGATGAGCT GCCCTGTGAC 3540 3541 ATGAGGATTC CCTCTGACAA ACAGGACAAG CTGCACGGCT GCCTCGAGCA CCTGTTCAAT 3600 3601 CAGGTCGACT CGATCAACAG CCTTCTCAAA GGCGCCGTCA TGACCAAAGC CTGCGAGGAA 3660 3661 ACCAGGCACT TCTACTCCGA CCACAGCCAG CCAGAATTTC GCCAAACCGA AGACTGGACG 3720 3721 AGCCGCTGCC GCCACATTAT CCACAAGAAC ATCCAGGAGG ACCCTTGGAA CCTGCCCAAC 3780 3781 TCCATCAAAA CGCTGGTGGA AAGCCTGCAG AGGTTTGTGG ACGATGGAAA GAACCAGCTT 3840 3841 CTTCTGGCTC TTCTCAAGTG CACAGACACT TCCCTGCAGC TGCGGCGGGA TGTGATCTTC 3900 3901 TGCCAGGCAG CGACGGCTGC GCTGTGCACG CTGGCCGAAC AGCTGCTGAT GGCGTTACGG 3960 3961 CTGCGCTTCA ACAACGCCGG CGAGTACCAG GAAGACAGCA AGGAAACCAG CTGCAAGTGG 4020 4021 CTGGAGCAGA TATCCGTCAT TGGGGCTCTG CTGCACTTCC AGTCCACGCT AAATCCTCAC 4080 4081 CTGAAGGAGG AGCGCACCAT GCTGGAGGAC ACCAAGGCAG CCCTGTTGGA TCTGGACAAA 4140 4141 GTCACAGTGT TCTTCAGGCA GCTGGAAGAC GAGTGTCTTG TTACAAACAC ACCTGTGTGT 4200 4201 TACCAGGTGG AGGGCAGTCG ACAGGCTCTG AAGGTCACCA TGTACCTGGA CAGCTGTCAC 4260 4261 TTCAGCGAGC TGCCCAGCCG CCTGCAGAAC GGAGGCGGGC TCAGATTGAA CACGGTCCTC 4320 4321 TTCACCCGCG CCCTGGAGCG AGCGGAGGGA GTTTCTCAGC GAGAGTACAC AGAGATGGAG 4380 4381 GAGCTGCAGC AGCGCACCAA TGCAGTCTCA CTGGAGAAGG TCAAGGCCTA CTACCGCAGA 4440 4441 CTCCGAGCGT TCTATCTGGA AAAGTCCAAC CTCCCGACAG ACTCCAACTC CACGGCGATG 4500 4501 AAGATAGACC AGCTGCTGCG TCCCCTCAAC ACGTTGGACG ACCTCTGTCG ACTGATGCAG 4560 4561 TCGTACGTCA ACGTGCGCTC CACGTCCCAG GGTCACCCGT CGGGCGTCAG CGTGCTGTGC 4620 4621 GTGTCCTCGG AGCTGTGCAA CCGGCTGGGG GCCTGTCACA TCACCATGTG TGGCACAGGC 4680 4681 ATGCAGAGAT GCACCCTGAG CGTCACTCTG GAGCAGGCCA TGATCCTGGC CAGGAACCAC 4740 4741 GGCCTCATTC CGCGCTGCAT CATGCAGACC ATGGACATCA TGAGGAAACA GGGAGCAAGA 4800 4801 GTGGAGCTGT CTGCTAAAAA TCTGAAGGTA ATGGACCAGA TGCCTCCATC AGCTCCAAGG 4860 4861 CTTTTCAGGC TGTGTCTGCC GCCTTCAGAC GGAGACCTGT AA 4902 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a434 | Homo sapiens | 0.0 | 2296 | undefined |
| LLPS-Mum-a432 | Mus musculus | 0.0 | 2261 | undefined |