LLPS-Orc-a1103
ADGRL3
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Adhesion G protein-coupled receptor L3 |
| Gene Name: | ADGRL3 |
| Ensembl Gene: | ENSOCUG00000001910.3 |
| Ensembl Protein: | ENSOCUP00000001651.3 |
| Organism: | Oryctolagus cuniculus |
| Taxa ID: | 9986 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSOCUT00000001916.3 | ENSOCUP00000001651.3 |
| UniProt | G1SGE8, G1SGE8_RABIT | |
| GeneBank | AAGW02023332, AAGW02023337, AAGW02023334, AAGW02023328, AAGW02023336, AAGW02023333, AAGW02023335, AAGW02023331, AAGW02023329, AAGW02023330 | |
| Entrez | 100338255 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MRSSQLLIFM MLLAPVVHGG KHSERRPALA APLRHAERSP GGGAVPPRHL LQQPAAERAT 60 61 AHRGQGPRGG AARGVRAQGA QVAAQAFSRA PIPMAVVRRE LSCESYPIEL RCPGTDVIMI 120 121 ESANYGRTDD KICDSDPAQM ENIRCYLPDA YKIMSQRCNN RTQCAVVAGP DVFPDPCPGT 180 181 YKYLEVQYEC VPYKVEQKVF LCPGLLKGVY QSEHLFESDH QSGAWCKDPL QASDKIYYMP 240 241 WTPYRTDTLT EYSSKDDFIA GRPTTTYKLP HRVDGTGFVV YDGALFFNKE RTRNIVKFDL 300 301 RTRIKSGEAI IANANYHDTS PYRWGGKSDI DLAVDENGLW VIYATEQNNG RIVISQLNPY 360 361 TLRIEGTWDT AYDKRSASNA FMICGILYVV KSVYEDDDNE ATGNKIDYIY NTDQSKDSLV 420 421 DVPFPNSYQY IAAVDYNPRD NLLYVWNNYH VVKYSLDFGP LDSRSAPTTR ISTTGPLGMG 480 481 STTTSTTLRT TTWNQGRSTT PSVPGRRNRS TSTPSPAVEV LDDVTTHLPS ASSQMPALEE 540 541 SCEAVEAREI MWFKTRQGQT AKQPCPAGTI GVSTYLCLAP DGIWDPQGPD LSNCSSPWVN 600 601 HITQKLKSGE TAANIARELA EQTRNHLNAG DITYSVRAMD QLVGLLDVQL RNLTPGGKDS 660 661 AARSLNKLQK RERSCRAYVQ AMVETVNNLL QPQALNAWRD LTASDQLRAA TMLLDTVEES 720 721 AFVLADNLLK TDIVRENTDN IQLEVARLST EGNLEDLKFP ESMGHGSTIQ LSANTLKQNG 780 781 RNGEIRVAFV LYNNLGPYLS TENASMKLGT EAMSTNHSVI VNSPVITAAI NKEFSNKVYL 840 841 ADPVVFTVKH IKQSEENFNP NCSFWSYSKR TMTGYWSTQG CRLLTTNKTH TTCSCNHLTN 900 901 FAVLMAHVEV KHSDAVHDLL LDVITWVGIL LSLVCLLICI FTFCFFRGLQ SDRNTIHKNL 960 961 CISLFVAELL FLIGINRTDQ PIACAVFAAL LHFFFLAAFT WMFLEGVQLY IMLVEVFESE 1020 1021 HSRRKYFYLV GYGMPALIVA VSAAVDYRSY GTDKVCWLRL DTYFIWSFIG PATLIIMLNV 1080 1081 IFLGIALYKM FHHTAILKPE SGCLDNINNH RICDGILYKS TFNERLPFYE DNRPFIKSWV 1140 1141 IGAIALLCLL GLTWAFGLMY INESTVIMAY LFTIFNSLQG MFIFIFHCVL QKKVRKEYGK 1200 1201 CLRTHCCSGK STESSIGSGK TSGSRTPGRY STGSQSRIRR MWNDTVRKQS ESSFITGDIN 1260 1261 SSASLNRGAM ANHLISNALL RPHGTNNPYN TLLGEPAVCN NPSVSMYNAQ EGLLNNARDT 1320 1321 SVMDTLPLNG NHGNSYSIAG GEYLSNCVQI LDRGYHPNET ALEKKILKEL TSSYIPSYLN 1380 1381 SHERSSDQNR NLMNKLVNKT PRPYTHDDSL GLELIHEESD APLLPPRVYA AADSHAPHHH 1440 1441 YGRRRLPQDQ SDSFFPLLTG EHAEEPPASP PRRDSVYTSD ADDVYYKSMP NLGSRSHVHQ 1500 1501 LHTYQLGRGS SDGFIVPPAR EGSSPDGGAK GPPAHLVTSL 1540 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGAGGTCAT CACAGCTCCT AATTTTCATG ATGCTCTTGG CACCAGTAGT TCATGGTGGC 60 61 AAGCACAGTG AGCGACGTCC GGCCCTCGCT GCTCCCTTGC GACACGCCGA GCGCAGCCCT 120 121 GGAGGAGGCG CTGTCCCGCC CAGACATCTC CTGCAGCAGC CGGCTGCCGA GCGCGCCACT 180 181 GCCCACCGCG GACAAGGGCC CCGAGGAGGA GCCGCCAGAG GAGTTCGTGC CCAAGGAGCG 240 241 CAGGTTGCAG CCCAAGCTTT CAGCCGCGCC CCGATTCCCA TGGCCGTGGT GCGCAGAGAG 300 301 CTCTCTTGTG AGAGCTACCC CATTGAGCTC CGCTGCCCAG GAACCGACGT CATCATGATT 360 361 GAGAGTGCCA ACTATGGGAG GACTGATGAC AAAATCTGTG ACTCGGACCC TGCTCAGATG 420 421 GAGAACATCC GGTGTTACCT GCCAGACGCC TATAAGATTA TGTCTCAAAG ATGCAATAAC 480 481 AGAACCCAGT GTGCAGTGGT CGCAGGTCCT GATGTTTTCC CAGACCCGTG CCCAGGAACC 540 541 TATAAATACC TTGAAGTGCA GTATGAATGT GTCCCTTACA AAGTGGAACA AAAAGTTTTT 600 601 CTTTGTCCTG GACTACTAAA AGGAGTGTAC CAGAGTGAAC ATTTGTTTGA GTCCGACCAC 660 661 CAGTCTGGGG CATGGTGCAA AGACCCTTTG CAGGCTTCTG ACAAGATTTA TTACATGCCC 720 721 TGGACACCCT ACAGAACCGA CACCCTCACT GAGTACTCAT CCAAGGATGA TTTCATCGCT 780 781 GGGAGACCAA CGACAACCTA CAAACTCCCT CATAGGGTGG ATGGCACAGG ATTTGTAGTG 840 841 TACGATGGAG CTTTGTTCTT CAACAAGGAG CGCACCAGAA ACATTGTAAA GTTTGACTTG 900 901 CGGACTAGGA TCAAGAGTGG AGAGGCTATC ATAGCCAATG CCAATTACCA CGATACCTCC 960 961 CCTTACCGAT GGGGAGGCAA ATCTGACATA GACCTCGCAG TGGACGAGAA TGGGCTATGG 1020 1021 GTGATCTATG CAACAGAACA AAACAATGGC AGAATTGTCA TTAGTCAGTT GAACCCTTAC 1080 1081 ACCCTACGGA TTGAAGGGAC ATGGGATACT GCATATGATA AGAGATCAGC TTCCAATGCC 1140 1141 TTTATGATTT GTGGAATTCT GTACGTGGTC AAATCTGTAT ATGAGGATGA TGACAATGAG 1200 1201 GCCACCGGAA ATAAGATTGA CTACATTTAC AACACCGACC AGAGCAAGGA TAGCTTGGTG 1260 1261 GATGTGCCCT TCCCCAATTC ATACCAGTAC ATAGCCGCTG TGGATTACAA TCCCAGGGAC 1320 1321 AACCTACTTT ATGTGTGGAA TAACTACCAC GTCGTGAAAT ACTCTTTGGA TTTTGGACCC 1380 1381 CTGGATAGTA GATCAGCTCC CACAACACGA ATCTCTACCA CGGGACCCCT GGGCATGGGC 1440 1441 AGCACGACCA CCAGTACCAC GCTCCGAACC ACAACGTGGA ACCAGGGCAG GAGCACCACG 1500 1501 CCATCCGTGC CCGGCAGGAG GAACCGGAGC ACCAGCACCC CCTCTCCAGC TGTCGAGGTG 1560 1561 CTGGATGACG TCACCACACA CCTTCCATCG GCATCGTCCC AAATGCCAGC TCTGGAAGAG 1620 1621 AGCTGCGAGG CTGTGGAAGC CCGAGAGATC ATGTGGTTTA AGACCCGCCA AGGACAGACA 1680 1681 GCCAAGCAGC CGTGCCCTGC GGGGACTATT GGTGTGTCCA CTTATCTATG CCTTGCTCCT 1740 1741 GATGGGATCT GGGATCCCCA AGGTCCTGAC CTCAGCAACT GTTCTTCTCC TTGGGTCAAC 1800 1801 CATATCACAC AGAAGTTGAA ATCTGGAGAG ACAGCTGCCA ACATTGCCAG AGAGCTGGCT 1860 1861 GAACAGACAA GAAATCATTT GAATGCTGGG GACATCACCT ACTCAGTGCG TGCCATGGAC 1920 1921 CAACTGGTAG GCCTCCTCGA TGTGCAACTC AGGAACTTGA CCCCAGGTGG AAAAGACAGT 1980 1981 GCTGCCCGCA GTTTGAACAA GCTTCAGAAA AGGGAACGCT CTTGCAGAGC CTATGTCCAG 2040 2041 GCTATGGTCG AGACAGTTAA CAACCTCCTC CAGCCACAAG CTTTGAATGC ATGGAGAGAC 2100 2101 CTGACTGCAA GTGATCAACT GCGCGCGGCC ACCATGTTGC TTGACACCGT GGAGGAAAGT 2160 2161 GCTTTTGTGC TGGCTGATAA CCTTTTGAAG ACTGACATTG TCAGGGAGAA CACAGACAAT 2220 2221 ATTCAATTAG AAGTTGCAAG ACTGAGCACA GAAGGAAACT TAGAAGACCT GAAGTTTCCG 2280 2281 GAAAGCATGG GTCATGGCAG CACCATCCAG CTTTCTGCAA ATACTCTGAA GCAGAACGGC 2340 2341 CGGAACGGAG AGATCAGAGT GGCCTTTGTT TTATATAATA ACTTGGGTCC TTATCTGTCT 2400 2401 ACGGAGAATG CCAGCATGAA GTTGGGAACA GAAGCTATGT CCACAAATCA TTCTGTTATC 2460 2461 GTCAATTCCC CTGTTATTAC AGCAGCAATA AACAAAGAGT TCAGTAATAA GGTTTATTTG 2520 2521 GCTGATCCCG TGGTATTTAC TGTTAAACAT ATCAAGCAGT CAGAGGAAAA TTTCAATCCT 2580 2581 AATTGTTCAT TTTGGAGCTA CTCCAAGCGC ACAATGACAG GCTATTGGTC AACACAAGGC 2640 2641 TGTCGGCTCC TGACCACCAA TAAGACACAT ACCACATGCT CCTGTAACCA CTTGACCAAT 2700 2701 TTTGCAGTAT TGATGGCACA TGTGGAAGTT AAGCACAGTG ATGCAGTTCA TGACCTTCTT 2760 2761 CTGGATGTGA TCACGTGGGT TGGAATTTTG CTGTCCCTTG TTTGTCTCCT GATTTGCATC 2820 2821 TTCACATTTT GCTTTTTCCG CGGGCTCCAG AGTGACCGTA ACACCATCCA CAAGAACCTC 2880 2881 TGCATTAGCC TCTTTGTAGC AGAGCTGCTC TTCCTGATTG GAATTAACCG GACTGACCAA 2940 2941 CCAATTGCCT GTGCTGTGTT TGCTGCACTC TTACACTTCT TCTTTTTGGC TGCCTTCACC 3000 3001 TGGATGTTTC TGGAAGGAGT GCAGCTCTAC ATCATGCTGG TGGAGGTTTT CGAGAGCGAG 3060 3061 CATTCTCGGC GGAAATACTT TTACCTGGTC GGCTATGGCA TGCCCGCTCT CATCGTGGCT 3120 3121 GTGTCTGCAG CCGTAGACTA CAGGAGCTAT GGAACAGATA AAGTATGTTG GCTCCGACTT 3180 3181 GACACCTACT TCATTTGGAG TTTTATAGGA CCCGCGACCT TGATAATTAT GCTTAATGTG 3240 3241 ATCTTCCTTG GGATTGCTTT GTATAAAATG TTTCATCATA CTGCCATACT GAAGCCTGAA 3300 3301 TCTGGCTGTC TTGATAATAT CAATAACCAT AGAATCTGTG ATGGGATTTT ATACAAATCA 3360 3361 ACTTTCAATG AAAGGCTTCC ATTCTATGAG GATAACAGAC CCTTCATCAA GTCATGGGTT 3420 3421 ATAGGTGCGA TAGCTCTTCT CTGCCTATTA GGATTGACCT GGGCCTTTGG ACTCATGTAT 3480 3481 ATTAACGAAA GCACAGTCAT CATGGCGTAT CTCTTCACCA TTTTCAATTC TCTACAGGGA 3540 3541 ATGTTTATAT TCATTTTCCA TTGTGTCCTA CAGAAGAAGG TACGAAAAGA GTATGGGAAA 3600 3601 TGCCTTCGAA CACATTGCTG TAGTGGCAAA AGTACAGAGA GTTCCATCGG CTCAGGGAAA 3660 3661 ACATCTGGTT CTCGAACTCC TGGACGTTAT TCCACAGGCT CACAGAGCCG AATTCGCAGA 3720 3721 ATGTGGAATG ACACGGTTCG AAAGCAGTCA GAGTCGTCCT TTATCACCGG AGACATAAAC 3780 3781 AGTTCAGCGT CACTCAACAG AGGAGCCATG GCTAATCATC TTATAAGCAA TGCTCTGCTT 3840 3841 CGTCCGCATG GTACTAACAA TCCCTATAAT ACATTGCTTG GGGAACCGGC GGTCTGTAAC 3900 3901 AACCCTTCTG TCAGCATGTA CAACGCACAA GAGGGGCTTC TGAACAATGC CAGGGATACA 3960 3961 AGTGTCATGG ATACTCTACC ACTGAATGGT AACCATGGCA ACAGCTACAG CATCGCCGGC 4020 4021 GGCGAGTACC TGAGCAACTG CGTGCAAATC CTAGACCGCG GCTACCACCC CAACGAGACC 4080 4081 GCCCTCGAGA AAAAGATCCT GAAGGAACTC ACCTCCAGCT ACATCCCTTC CTACCTGAAC 4140 4141 AGCCACGAGC GCTCCAGCGA CCAGAACCGG AACCTGATGA ACAAGCTGGT GAACAAGACG 4200 4201 CCGCGTCCAT ACACCCACGA CGACAGCCTG GGCCTGGAGC TCATCCACGA GGAGTCCGAC 4260 4261 GCCCCCCTGC TGCCCCCCAG GGTGTACGCG GCGGCCGACA GCCACGCGCC GCACCACCAC 4320 4321 TACGGCCGGC GGCGCCTCCC GCAGGACCAG AGCGACAGCT TCTTCCCGCT GCTGACTGGC 4380 4381 GAGCACGCGG AGGAGCCGCC GGCGTCGCCG CCGCGCAGGG ACTCGGTCTA CACCAGCGAC 4440 4441 GCCGACGACG TGTACTACAA GAGCATGCCG AACCTGGGCT CCCGCAGCCA CGTGCACCAG 4500 4501 CTGCACACCT ACCAGCTGGG GCGCGGCAGC AGCGACGGCT TCATCGTGCC CCCCGCGCGG 4560 4561 GAGGGCAGCT CCCCGGACGG CGGCGCCAAG GGGCCCCCCG CGCACCTGGT CACCAGCCTC 4620 4621 TAG 4623 |