LLPS-Cis-a237
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Ensembl Gene: | ENSCSAVG00000008136.1 |
| Ensembl Protein: | ENSCSAVP00000013888.1 |
| Organism: | Ciona savignyi |
| Taxa ID: | 51511 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSCSAVT00000014048.1 | ENSCSAVP00000013888.1 |
| Ensembl | ENSCSAVT00000014045.1 | ENSCSAVP00000013885.1 |
| Ensembl | ENSCSAVT00000014047.1 | ENSCSAVP00000013887.1 |
| Ensembl | ENSCSAVT00000014040.1 | ENSCSAVP00000013880.1 |
| Ensembl | ENSCSAVT00000014043.1 | ENSCSAVP00000013883.1 |
| Ensembl | ENSCSAVT00000014044.1 | ENSCSAVP00000013884.1 |
| Ensembl | ENSCSAVT00000014041.1 | ENSCSAVP00000013881.1 |
| Ensembl | ENSCSAVT00000014039.1 | ENSCSAVP00000013879.1 |
| Ensembl | ENSCSAVT00000014042.1 | ENSCSAVP00000013882.1 |
| Ensembl | ENSCSAVT00000014046.1 | ENSCSAVP00000013886.1 |
| UniProt | H2Z8G9, H2Z8G9_CIOSA |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 KMSGGLDDID LAGLREPAGI FELVEVVGNG TYGQVYKGRH VKTGQLAAIK VMDVTEEEEE 60 61 EIKLEINMLK KYSEHRNIAT YYGAFVKKTA PGHDDQLWVI TDLVKATKGN SLKEDWIAYI 120 121 CREILKGLQH LHKHKVIHRD IKGQNVLLTE NADVKLVDFG VSAQLDKTIG RRNTFIGTPY 180 181 WMAPEVIACE QNASATYDYR VSVRSLTNEF AQSDIWSLGI TAIEMAEGSP PLCDMHPMRA 240 241 LFLIPRNAPP RLREKRWAPR FQSFVEQTLI KNYHQRSNTD SLLRHPFIKD QPNERQVKIQ 300 301 LKDHIDRTKR KKSNTKYSYG TYLMYHRMLK FYKWCCDIIW CLSPTTSIVV GETEYEYSGS 360 361 EDEAEEAPEE GAPSSIAIAP GESTLRRNFL KLQQENKERS ELQKKERQQR ELNEERRKHE 420 421 KKDDRKKQDD FNVNISLFMM IVNSVSVSKI SNLFFFHIAL YREHLRREQA KKEERAREQR 480 481 RKLDAERKRK QEEALLRASA EEAMRRHKDG NHHSPVLIFN ENPNRLVNIG CVFEKRYFGT 540 541 SYESSDLIKK RSFLKKTYCI LSYITLNLLM EWILSITKIN LYTINMIFLQ YYKSEKTFFT 600 601 FCLSVSHQRS QSQHMRDKPQ WARQIEERSK KNRPESPSNE QYNNKKGHGN NNLTTLNYVQ 660 661 PQGHSPNRSP ALPRRQPVIP VLAQERSNPG TVERIVRSEC MTHAFLYYYY DDLFLRRICS 720 721 NIGQRNPMNR FPRLQYLNYH NCKEENMNSI SIFTGLNWCF FCLFFFQLFK ITRSFTSTDS 780 781 PQHSRKNSDF AAAPSDLDRV AAQLKAMAAP SNRLMTLLIH RLSFYSNYLV FIQTTYEGIA 840 841 IFFNFKNVKT CPWYNYRPGG NHQTRVTAYS SSSNSSDSDD SFIDGNQQAR GSRDNGGLSN 900 901 QQSSWDRRAV SSVMPDLLPR QLHHDHDVSC QLRLCLVRLC LVRLFEFEVK ICGLLVLIQL 960 961 FNNAYCFCQI HIFSLSYSKL FFTIVYGSLD YFSVDFQYKY INLNCHPIPV AYSHNSNHGH 1020 1021 SLYKWQASAS SLSAASTRED RKVSVVNVNP HSSENAPVVT TDMPEIRKYK KRFNSEILCA 1080 1081 SLWGVNLLIG ADNGMMLLDR SGQGKVYPLI GRRRFQQLDV LEGLNLVVTI SGKKNKLRVY 1140 1141 YLSWLRNKIL RNDPEVEKKI GYAPVGDLEG CTQYKVVKYE RIKFLVIALR NNIEVYAWAP 1200 1201 RPYHKFMAFK SFSDLPHKPM IVDLTVEEGS RLKLLYGSAY GFHAIDVDSG QNYDLYIPNH 1260 1261 IVPPITAHAI IMLPNSDGME LLVCYEDEGV YVNTYASITK DIMLQWGEQP TSVAYIRSGQ 1320 1321 IMGWGEKAIE IRSVETGHLD GVFMHKRAQR LKFLCERNDK VFFASVHSSS SSQVYFMALN 1380 1381 RNLQMNW 1387 |
| Nucleotide CDS Sequence (FASTA) |
1 CTGGATGACA TTGATTTGGC TGGATTGAGG GAGCCAGCTG GGATATTTGA GCTGGTTGAA 60 61 GTGGTGGGCA ATGGAACATA TGGTCAGGTC TACAAAGGCA GACATGTTAA AACTGGCCAG 120 121 CTTGCTGCTA TCAAAGTGAT GGATGTCACT GAGGAAGAAG AAGAGGAAAT TAAGCTTGAA 180 181 ATCAACATGC TGAAGAAATA CTCAGAGCAT CGCAACATCG CGACGTATTA TGGAGCTTTT 240 241 GTTAAGAAGA CAGCTCCTGG TCATGATGAC CAGCTGTGGC TTGTGATGGA ATTTTGTGGA 300 301 GCTGGTTCAG TTACTGACCT TGTAAAAGCA ACAAAGGGAA ACTCCCTAAA AGAAGATTGG 360 361 ATAGCTTACA TTTGTCGTGA AATATTAAAG GGTCTGCAGC ATTTGCACAA GCACAAAGTC 420 421 ATTCACAGAG ACATTAAAGG CCAAAATGTT CTTCTCACTG AAAATGCTGA CGTAAAACTT 480 481 GTTGACTTTG GAGTTAGTGC TCAGTTAGAC AAGACTATTG GTCGTCGAAA CACATTTATA 540 541 GGAACTCCTT ATTGGATGGC ACCAGAAGTT ATTGCGTGCG AACAAAATGC TTCCGCCACC 600 601 TATGACTACA GGAGTGATAT ATGGTCATTG GGGATAACTG CTATTGAGAT GGCTGAAGGC 660 661 TCTCCACCAT TATGTGACAT GCATCCCATG AGAGCCTTGT TCCTTATCCC AAGAAACGCG 720 721 CCACCGAGGC TAAGAGAGAA AAGATGGGCG CCCAGATTTC AAAGTTTTGT GGAACAAACA 780 781 TTGATAAAAA ACTATCATCA ACGTTCAAAT ACCGATTCGC TGCTACGCCA CCCATTTATC 840 841 AAGGACCAAC CTAATGAACG ACAAGTTAAA ATTCAACTCA AAGACCACAT TGATAGAACA 900 901 AAGAGAAAAA AGATTGGCGA GACGGAATAC GAATACAGCG GATCCGAAGA TGAAGCTGAG 960 961 GAAGCTCCGG AGGAAGGCGC TCCAAGCTCC ATCGCTATTG CTCCAGGGGA GTCCACTCTC 1020 1021 AGGAGGAACT TCCTTAAACT TCAACAGGAG AATAAGGAAA GAGAACATTT GCGGCGTGAG 1080 1081 CAAGCCAAGA AAGAAGAGAG GGCACGCGAG CAACGCAGGA AACTAGATGC AGAGAGGAAA 1140 1141 CGCAAGGTAT CCACCGTGTC AACTTATTTC CTCTTTTCGG TTTCCCACCA ACGTAGCCAA 1200 1201 TCTCAACACA TGAGGGACAA GCCGCAGTGG GCTCGACAAA TTGAGGAACG AAGCAAAAAG 1260 1261 AATCGGCCGG AATCACCAGT CCAGCAGAGA ATAAGATCTG GCTCCGTTCA ACTGACCCCT 1320 1321 GTATGTCATG GTAACAATAA CCTAACAACT TTGAATTATG TGCAGCCACA AGGGCATTCC 1380 1381 CCTAATAGAA GCCCAGCGTT ACCACGTCGA CAGCCGGTGA TACCAGTGCT TGCACAAGAG 1440 1441 CGTTCCAATC CTGGTACTGT AGAACGTATT GTCCGCAGTG AGTGCATGAC GCATGCTTTT 1500 1501 CTTTATTATT ATTACGATGA CCTGTTTTTA CGCAGAATCT GCTCAAATAT TGGGCAACGC 1560 1561 AACCCCATGA ATAGATTCCC AAGGTTACAA AGTTTCACCT CCACAGATTC CCCCCAACAC 1620 1621 AGTAGGAAGA ATTCTGATTT CGCTGCCGCT CCAAGTGATT TGGATCGTGT GGCTGCCCAG 1680 1681 CTCAAAGCCA TGGCTGCCCC TTCCAACAGA GTCACTGCTT ATTCCTCTTC ATCAAACAGC 1740 1741 AGCGATAGCG ATGATTCATC CAACCAAGGG ACATTGGTGA TAAACAATTC TGCTGGAGAC 1800 1801 TCGTATGTTG GGAACGTAGA AGCACGTGGC TCGCGGGACA ACGGTGGGCT GAGCAACCAA 1860 1861 CAGTCGAGTT GGGATCGAAG AGCGGTTTCA TCTGTGATGC CTGATCTCTT GCCACGACAA 1920 1921 CTTCACCATG ACCATGACGT GAGTTGCCAG CTGAGATTAT GTTTATATAA GTATATAAAC 1980 1981 TGTATGCCTT ATTTTTCCTT CATATGTTGG GCACTTAGCG TTACACATAA TACACACGCA 2040 2041 CACACTGTAA AACGGCAATG CAACACACGC GCGCACGCAC ACACACACTG CAAAGAGGAA 2100 2101 ACAAGCAACC TAAGCTTGCA TGGAGCAAAC ACTTTATTTC TGGAATCGAC TATTAATGTA 2160 2161 GTAAACTGTC ACCCAATTCC TGTAGCGTAT TCACACAACT CCAATCATGG ACACTCTTTA 2220 2221 TATAAATGGC AGGCTTCTGC TTCAAGTTTA TCAGCGGCAA GCACCCGAGA GGACCGCAAA 2280 2281 GTGTCGGTGG TCAACGTGAA CCCCCATTCA TCTGAGAATG CTCCTGTCGT CACCACCGAT 2340 2341 ATGCCCGAGA TACGAAAGTA TAAGAAGAGA TTTAACTCTG AAATCCTCTG CGCATCCTTA 2400 2401 TGGGGAGTGA ACCTGCTGAT TGGAGCCGAC AATGGAATGA TGTTGTTGGA TCGAAGTGGG 2460 2461 CAGGGGAAGG TATATCCACT CATCGGTCGT CGCAGATTCC AACAACTTGA TGTCTTGGAA 2520 2521 GGACTTAATC TGGTCGTCAC AATTTCAGGC AAAAAGAACA AGCTCCGTGT GTATTACCTC 2580 2581 AGCTGGTTGA GGAACAAAAT CCTCCGAAAT GATCCAGAGG TTGAAAAGAA GATCGGATAC 2640 2641 GCTCCCGTGG GCGACTTGGA AGGTTGCACC CAGTACAAAG TTGTGAAATA CGAAAGAATC 2700 2701 AAGTTTCTGG TGATAGCATT GCGCAACAAC ATAGAGGTGT ATGCGTGGGC ACCGAGGCCC 2760 2761 TACCATAAGT TCATGGCGTT CAAGTCATTC AGTGACCTCC CACACAAACC AATGATAGTT 2820 2821 GACCTTACAG TAGAGGAGGG GTCCAGGCTG AAGCTACTCT ATGGATCTGC TTACGGGTTT 2880 2881 CACGCCATTG ATGTTGACTC TGGTCAAAAC TACGATTTAT ACATTCCCAA TCATGTAAGT 2940 2941 GGTATCGTAC CCCCAATAAC TGCCCACGCA ATTATCATGC TTCCAAATTC TGATGGGATG 3000 3001 GAGTTACTGG TCTGCTATGA AGATGAGGGT GTATACGTGA ACACATACGC TAGTATTACA 3060 3061 AAGGACATCA TGTTACAGTG GGGGGAGCAG CCTACATCTG TGGCATACAT TAGATCTGGT 3120 3121 CAAATTATGG GTTGGGGAGA AAAGGCAATT GAGATACGTT CTGTGGAGAC TGGTCATCTG 3180 3181 GATGGAGTGT TCATGCATAA AAGAGCGCAA AGACTGAAAT TTTTATGCGA ACGCAATGAC 3240 3241 AAAGTTTTCT TTGCATCTGT TCACAGCTCT TCGTCAAGTC AGGTGTACTT CATGGCGCTC 3300 3301 AACAGAAACC TTCAAATGAA CTGGTAA 3327 |