LLPS-Anc-a1078
CYFIP1
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Cytoplasmic FMR1-interacting protein |
| Gene Name: | CYFIP1 |
| Ensembl Gene: | ENSACAG00000012406.2 |
| Ensembl Protein: | ENSACAP00000012403.2 |
| Organism: | Anolis carolinensis |
| Taxa ID: | 28377 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSACAT00000012656.2 | ENSACAP00000012403.2 |
| UniProt | G1KML3, G1KML3_ANOCA | |
| Entrez | 100564778 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MTAQVTLEDA LSNVDLLEEL PLPDQQPCIE PPPSSLLYQP NFNTNFEDRN AFVTGIARYI 60 61 EQATVHSNMN EMLEEGQEYA IMLYTWRSCS RAIPQVKCNE QPNRVEIYEK TVEVLEPEVT 120 121 KLMNFMYFQQ QRNAIERFCG EVKRLCHAER RKDFVSEAYL ITLGKFINMF AVLDELKNMK 180 181 CSVKNDHSAY KRAAQFLRKM ADPQSIQESQ NLSMFLANHN KITQSLQQQL EVIPGYEELL 240 241 ADIVNLCIDY YENKMYLTPS EKHMLLKVMG FGLYLMDGSV SNIYKLDAKK RINLSKIDKF 300 301 FKQLQVVPLF GDMQIELARY IKTSAHYEEN KSRWTCTSSS SSPQYNICEQ MIQIRDDHMR 360 361 FISELARYSN SEVVTGSGRQ EAQKTDAEYR KLFDLSLQGL QLLSQWSAHV MEVHLGAGVC 420 421 PMYQHLGAGV CNNNNNNIKE LHNNNNNNIT LFLYPATISP RDLERLTRRT SPINIIKHKT 480 481 KKDRVPEIPT ISVATVLVIA PRQKSNFLNC VLQAIRKTVC DWEGGREPFN DPALRGEKDP 540 541 KSGFDVKVPR RAVGPSSTQL YMVRTMLESL IADKSGSKKT LRSSLEGPTI LDIEKFHRES 600 601 FFYTHLINFS ETLQQCCDLS QLWFREFFLE LTMGRRIQFP IEMSMPWILT DHILETKEAS 660 661 MMEYVLYSLD LYNDSAHYAL TKFKKQFLYD EIEAEVNLCF DQFVYKLADQ IFGYYKVMAG 720 721 SLLLDKRLRS ECKNQGATIP LLTSNRYETL LKQRHVQLLG RSIDLNRLIT QRISAAMYKS 780 781 LELSIGRFES EDLTSIVELD GLVEINKMTH KLLSRYMTLD SFDAMFREAN HNVSAPYGRI 840 841 TLHVFWELNY DFLPNYCYNG STNRFVRTVL PFSQEFQRDK QPNAQPQYLH GSKALNLAYS 900 901 SIYSNYRNFV GPPHFKVICR LLGYQGIAVV MEELLKVVKS LLQGTILQYV KTLMEVMPKI 960 961 CRLPRHEYGS PGILEFFHHQ LKDIVEYAEL KTVCFQNLRE VGNAILFCLL IEQSLSLEEV 1020 1021 CDLLHAAPFQ NILPRVHVKE GERLDAKMKR LESKYAPLHL VPLIERLGTP QQIAIAREGD 1080 1081 LLTKERLCCG LSMFEVILTR IRTFLDDPIW RGPLPSNGVM HVDECVEFHR LWSAMQFVYC 1140 1141 IPVGTHEFTV EQCFGDGLHW AGCMIIVLLG QQRRFDVLDF CYHLLKVQKH DGKDEVIKNV 1200 1201 PLKKMVERIR KFQILNDEII ATLDKYLKSG DGEGTPVEHV RCFQPPIHQS LASN 1254 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGACAGCTC AAGTTACTTT AGAGGATGCT TTGTCCAACG TGGACCTTTT GGAGGAATTG 60 61 CCACTGCCAG ATCAACAACC TTGCATTGAA CCCCCTCCAT CATCCTTGCT TTATCAGCCA 120 121 AATTTCAACA CCAATTTTGA AGACAGGAAT GCATTTGTCA CAGGCATTGC AAGATACATA 180 181 GAACAAGCAA CTGTTCATTC TAATATGAAT GAAATGTTGG AAGAAGGCCA AGAATATGCT 240 241 ATTATGCTAT ACACATGGAG AAGCTGCTCA AGAGCCATCC CGCAGGTGAA ATGTAATGAA 300 301 CAGCCAAACA GAGTGGAAAT TTATGAAAAA ACAGTGGAAG TTCTGGAGCC AGAGGTCACA 360 361 AAACTGATGA ATTTCATGTA TTTTCAGCAA CAGAGAAATG CAATTGAAAG ATTTTGTGGA 420 421 GAGGTGAAGC GTTTGTGTCA TGCAGAAAGA AGGAAGGACT TTGTGTCTGA AGCTTACCTC 480 481 ATAACTCTTG GAAAGTTTAT CAACATGTTT GCTGTTTTAG ATGAACTAAA AAATATGAAG 540 541 TGTAGCGTGA AGAATGACCA TTCAGCTTAT AAACGGGCTG CCCAATTTTT GCGTAAAATG 600 601 GCTGATCCTC AGTCCATCCA AGAATCGCAG AACCTGTCTA TGTTTCTTGC CAATCACAAC 660 661 AAAATTACGC AATCTTTGCA GCAACAACTT GAAGTGATTC CTGGCTATGA AGAACTGCTT 720 721 GCTGATATTG TGAATTTGTG CATAGATTAC TATGAAAACA AAATGTACCT AACTCCTAGT 780 781 GAGAAACATA TGCTCCTGAA AGTCATGGGT TTTGGTCTGT ACCTGATGGA TGGCAGTGTC 840 841 AGTAACATCT ATAAATTGGA TGCAAAAAAA AGGATAAATC TTTCTAAGAT TGATAAGTTT 900 901 TTTAAGCAGC TGCAAGTAGT TCCACTGTTT GGCGATATGC AGATTGAACT GGCAAGATAC 960 961 ATTAAGACTA GTGCTCACTA TGAGGAAAAT AAATCTAGAT GGACATGTAC TTCCTCCAGC 1020 1021 AGTAGTCCCC AGTACAACAT CTGTGAACAG ATGATCCAGA TAAGAGATGA CCATATGCGT 1080 1081 TTTATTTCAG AACTGGCTCG ATACAGCAAT AGTGAGGTGG TGACTGGATC AGGCCGTCAA 1140 1141 GAAGCTCAGA AAACAGATGC CGAGTATCGA AAACTTTTTG ACCTTTCTCT CCAGGGCCTC 1200 1201 CAACTTCTGT CTCAGTGGAG TGCACATGTT ATGGAAGTGC ACTTGGGAGC TGGAGTGTGC 1260 1261 CCCATGTATC AGCACTTGGG AGCTGGAGTG TGTAATAATA ATAATAATAA TATCAAGGAA 1320 1321 TTGCATAATA ATAATAATAA TAATATAACT TTATTTTTAT ATCCTGCCAC CATCTCCCCC 1380 1381 AGGGACTTGG AGCGGCTTAC AAGGAGAACG AGCCCAATCA ACATCATAAA ACATAAAACC 1440 1441 AAAAAAGATA GGGTACCTGA GATCCCAACA ATCTCAGTAG CCACAGTTCT AGTGATAGCT 1500 1501 CCCAGGCAGA AATCAAATTT TTTAAATTGT GTTCTCCAGG CCATCAGAAA GACTGTGTGT 1560 1561 GACTGGGAAG GTGGGCGCGA GCCATTCAAT GATCCTGCTC TGCGAGGAGA GAAAGATCCC 1620 1621 AAAAGTGGTT TTGACGTCAA AGTCCCAAGG CGAGCTGTGG GTCCCTCTAG TACCCAGCTG 1680 1681 TACATGGTGA GAACCATGTT AGAGTCCCTC ATTGCTGACA AAAGTGGTTC CAAGAAAACC 1740 1741 TTGAGAAGTA GCCTTGAGGG CCCTACCATA TTGGACATAG AAAAATTCCA CCGAGAGTCT 1800 1801 TTCTTCTACA CTCACTTGAT AAATTTCAGT GAAACCCTGC AGCAGTGCTG CGACCTGTCC 1860 1861 CAACTATGGT TCAGGGAATT CTTCTTGGAA CTGACCATGG GCAGAAGAAT CCAGTTCCCC 1920 1921 ATTGAGATGT CTATGCCTTG GATTTTGACT GACCACATTC TGGAAACCAA GGAAGCATCA 1980 1981 ATGATGGAAT ATGTCCTGTA TTCTTTGGAT CTCTATAATG ACAGTGCTCA TTATGCACTT 2040 2041 ACGAAATTCA AGAAGCAGTT TCTCTATGAT GAAATTGAGG CAGAGGTCAA CTTGTGCTTT 2100 2101 GACCAATTTG TCTATAAGTT GGCAGACCAG ATATTTGGAT ACTACAAAGT CATGGCAGGA 2160 2161 AGCCTGCTTC TGGATAAGCG ATTAAGATCA GAGTGCAAGA ATCAGGGAGC AACGATTCCT 2220 2221 TTGCTAACAT CGAATCGGTA TGAGACACTG CTAAAACAGA GGCACGTCCA GCTTCTTGGT 2280 2281 CGATCAATAG ATCTGAACCG CCTAATAACT CAGCGAATTT CAGCAGCCAT GTACAAATCA 2340 2341 CTGGAGCTGT CAATTGGCCG CTTTGAGAGT GAAGATTTGA CCTCCATCGT GGAGTTGGAT 2400 2401 GGCTTGGTCG AAATAAACAA AATGACGCAT AAACTGCTGA GCAGATATAT GACTCTGGAC 2460 2461 AGCTTTGATG CCATGTTCAG AGAAGCCAAC CATAATGTAT CAGCTCCTTA TGGGAGAATC 2520 2521 ACCCTTCATG TATTTTGGGA GCTCAATTAT GATTTCCTTC CAAATTACTG CTACAATGGG 2580 2581 TCCACAAACA GGTTTGTTCG AACTGTGTTG CCATTTTCCC AGGAATTCCA GAGAGATAAA 2640 2641 CAGCCAAATG CACAGCCCCA ATATCTTCAT GGATCAAAGG CTTTGAATCT GGCATATTCC 2700 2701 AGCATTTATA GCAATTACAG AAACTTTGTT GGTCCGCCAC ATTTCAAAGT CATATGCAGG 2760 2761 CTCCTAGGAT ACCAAGGAAT TGCTGTGGTC ATGGAAGAAC TACTGAAAGT GGTCAAGAGT 2820 2821 CTGTTGCAAG GTACAATATT GCAATATGTG AAGACCTTAA TGGAAGTGAT GCCAAAAATC 2880 2881 TGTAGGTTGC CGAGGCATGA ATATGGTTCC CCAGGTATTC TAGAATTCTT TCATCATCAG 2940 2941 TTGAAGGATA TTGTTGAATA TGCAGAACTG AAAACTGTAT GTTTCCAAAA TCTGCGAGAA 3000 3001 GTGGGAAATG CGATCCTCTT CTGCCTCCTC ATTGAGCAGA GCTTGTCACT GGAGGAAGTA 3060 3061 TGTGATCTGT TGCATGCAGC ACCATTCCAG AATATTTTGC CACGGGTTCA TGTCAAAGAG 3120 3121 GGTGAAAGAC TTGATGCTAA AATGAAGAGG CTGGAATCCA AGTATGCACC ACTCCATCTT 3180 3181 GTTCCACTGA TTGAAAGACT AGGAACCCCT CAGCAAATTG CTATTGCAAG AGAAGGGGAC 3240 3241 TTATTGACCA AGGAGCGCCT TTGCTGTGGC CTGTCTATGT TTGAAGTAAT CTTAACCCGG 3300 3301 ATCCGGACCT TCCTTGATGA CCCAATCTGG CGTGGGCCTC TCCCCAGCAA TGGCGTGATG 3360 3361 CATGTGGACG AGTGTGTGGA GTTTCACCGC CTGTGGAGCG CAATGCAGTT TGTGTACTGT 3420 3421 ATTCCGGTGG GAACACATGA ATTTACGGTG GAGCAGTGTT TTGGAGATGG GCTGCACTGG 3480 3481 GCTGGCTGCA TGATCATTGT GCTGCTTGGA CAGCAGCGTC GATTTGATGT CCTGGATTTC 3540 3541 TGTTACCACT TACTCAAAGT GCAGAAGCAT GATGGCAAAG ATGAGGTTAT AAAGAATGTG 3600 3601 CCTTTAAAGA AAATGGTTGA GAGAATCCGC AAGTTCCAGA TCCTGAATGA CGAGATTATT 3660 3661 GCTACATTGG ATAAATATTT GAAATCTGGT GATGGAGAAG GCACACCAGT GGAACATGTC 3720 3721 CGTTGCTTCC AGCCTCCAAT TCACCAGTCC TTGGCTAGCA ACTAA 3765 |