LLPS-Orc-a284
RAPGEF2
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Rap guanine nucleotide exchange factor 2 |
| Gene Name: | RAPGEF2 |
| Ensembl Gene: | ENSOCUG00000009527.3 |
| Ensembl Protein: | ENSOCUP00000008222.3 |
| 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 | ENSOCUT00000009532.3 | ENSOCUP00000008222.3 |
| UniProt | G1SXE5, G1SXE5_RABIT | |
| Entrez | 100346752 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MYIVLPVPCA LHTSDLEIVY SYLHGMEALS NLREHQLRLM CETVRYERHE ANEVLYYPDD 60 61 IGTCWYILLS GSVFIKESMF LPRSSFGKRS AGSFKRGCEC IVLEPSEMIV VDYMDENEEY 120 121 FQRQASHRQS RRRFRKINQK GERQTIIDTV DPYPVGKPPL PRGYHTECTK SQLPADFTKL 180 181 HLTDSLHPQV THVSSSHSGC SITSDSGSSS LSDIYQATES EAGDMDLSGL PETAVDSEDD 240 241 DDEEDIERAS DPLMSRDIVR DCLEKDPIDR TDDDIEQLLE FMHQLPAFAN MTMSVRRELC 300 301 AVMVFAVVER AGTIVLNDGE ELDSWSVILN GSVEVTYPDG KAEILCMGNS FGVSPTMDKE 360 361 YMKGVMRTKV DDCQFVCIAQ QDYCRILNQV EKNMQKVEEE GEIVMVKEHR ELDRTGTRKG 420 421 HIVIKGTSER LTMHLVEEHS VVDPTFIEDF LLTYRTFLSS PMEVGKKLLE WFNDPSLRDK 480 481 VTRVVLLWVN NHFNDFEGDP AMTRFLEEFE NNLEREKMGG HLRLLNIACA AKAKRRLMTL 540 541 TKPSREAPLP FILLGGSEKG FGIFVDSVDS GSKATEAGLK RGDQILEVNG QNFENIQLSK 600 601 AMEILRNNTH LSITVKTNLF VFKELLTRLS EEKRNGAPHL PKIGDIKKAS RYSIPDLAVD 660 661 VEQVIGLEKV NKKSKANTVG GRNKLKKILD KTRISILPQK PYNDIGIGQS QDDSIVGLRQ 720 721 TKHIPTALPV SGTLSSSNPD LLQSHHRILD FSTTPDLPDQ VLRVFKADQQ SRYIMISKDT 780 781 TAKEVVVQAI REFAVTATPD QYSLCEVSVT PEGVIKQRRL PDQLSKLADR IQLSGRYYLK 840 841 NNMETETLCS DEDAQELLRE SQISLLQLST VEVATQLSMR NFELFRNIEP TEYIDDLFKL 900 901 KSKTSCANLK QFEEVINQET FWVASEILRE TNQLKRMKII KHFIKIALHC RECKNFNSMF 960 961 AIISGLNLAP VARLRTTWEK LPNKYEKLFQ DLQDLFDPSR NMAKYRNVLN SQNLQPPIIP 1020 1021 LFPVIKKDLT FLHEGNDSKV DGLVNFEKLR MIAKEIRHVG RMASVNMDPA LMFRTRKKKW 1080 1081 RSLGSLSQGS TNAAVLDVAQ TGGHKKRVRR SSFLNAKKLY EDAQMARKVK QYLSNLELEM 1140 1141 DEESLQTLSL QCEPATNTLP KNPGDKKPVK SETSPVAPRA GSQQKAQPQP QPQPQPPPHK 1200 1201 VSQGLQVPAV SLYPSRKKVP VKDLPPFGIN SPQALKKILS LSEEGSLERH KKQAEDTISN 1260 1261 ASSQLSSPPT SPQSSPRKGY TLAPSGTVDN FSDSGHSEIS SRSSIVSNSS FDSVPVSLHE 1320 1321 ERRQRHSVSI VETSLGVGRM ERRAMTEPDQ YSLGSYAAMS ESRGLYATAT VISSPSTEEL 1380 1381 SQDQGDRASL DAADSGRGSW TSCSSGSHDN IQTIQHQRSW ETLPFGHTHF DYSGDPAGLW 1440 1441 ASSSHMDQMM FSDHSTKYNR QNQSRESLEQ AQSRASWASS TGYWGEDSEG DTGTIKRRGG 1500 1501 KDVSMEAESS SVAPVTAEDT KPVPVPAHIA ATSSTAKGLI ARKEGRYREP PPTPPGYIGI 1560 1561 PITDFPEGHP HPARKPPDYN VALQRSRMVA RSSDAAGPSP VQQPPGHAAG SRPASKPQWH 1620 1621 KPNESDPRLA PYQSPGFSTE EDEDEQVSAV 1650 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGTATATTG TGCTTCCTGT TCCTTGTGCT TTGCATACTA GTGATCTGGA AATAGTGTAT 60 61 TCCTATTTGC ATGGTATGGA AGCCTTGTCA AACCTGAGGG AGCATCAACT CAGGTTAATG 120 121 TGTGAAACTG TGAGATACGA AAGACACGAA GCAAATGAGG TTTTATACTA TCCTGATGAC 180 181 ATTGGGACCT GCTGGTATAT TCTCCTCTCT GGTTCCGTGT TCATCAAGGA GTCCATGTTT 240 241 CTTCCAAGAA GCAGTTTCGG CAAACGTTCT GCAGGGAGCT TTAAGCGTGG CTGCGAGTGC 300 301 ATTGTCTTAG AGCCTTCTGA AATGATTGTG GTGGACTATA TGGATGAAAA TGAAGAGTAC 360 361 TTTCAACGAC AAGCTTCCCA CAGACAGTCT CGGAGGCGAT TTAGGAAAAT CAACCAGAAA 420 421 GGGGAAAGGC AAACGATCAT CGACACCGTG GATCCTTATC CTGTGGGCAA ACCCCCTTTG 480 481 CCGAGGGGCT ACCACACGGA ATGCACTAAA TCTCAGCTTC CTGCAGATTT CACAAAACTG 540 541 CACCTTACTG ACAGTCTCCA CCCACAGGTG ACCCACGTTT CTTCTAGCCA TTCAGGATGT 600 601 AGTATCACTA GTGATTCTGG AAGCAGCAGT CTCTCTGATA TCTACCAGGC CACCGAAAGT 660 661 GAGGCTGGTG ATATGGACCT GAGTGGGCTG CCAGAAACGG CGGTGGATTC CGAGGACGAC 720 721 GACGATGAGG AAGACATCGA GCGGGCGTCG GATCCTCTGA TGAGCAGGGA CATTGTGCGA 780 781 GACTGCCTGG AGAAGGACCC GATCGACAGG ACGGACGATG ACATTGAACA ACTCCTGGAA 840 841 TTCATGCACC AGTTGCCTGC TTTTGCCAAC ATGACGATGT CGGTGAGACG AGAACTCTGT 900 901 GCCGTGATGG TGTTCGCGGT GGTGGAAAGA GCAGGAACCA TAGTGTTAAA TGATGGTGAA 960 961 GAGCTGGACT CCTGGTCAGT GATTCTCAAT GGTTCTGTGG AAGTGACTTA TCCGGATGGC 1020 1021 AAGGCAGAGA TATTATGCAT GGGAAATAGT TTTGGAGTCT CTCCGACCAT GGACAAAGAG 1080 1081 TACATGAAAG GGGTAATGAG GACAAAGGTG GATGACTGCC AGTTTGTCTG CATAGCCCAG 1140 1141 CAAGATTACT GCCGAATTCT CAACCAGGTA GAAAAGAACA TGCAAAAAGT CGAAGAAGAA 1200 1201 GGAGAGATTG TTATGGTGAA AGAACACCGA GAACTGGATC GAACTGGCAC AAGAAAGGGA 1260 1261 CACATCGTTA TCAAGGGCAC CTCAGAACGG CTAACAATGC ACTTGGTGGA AGAACACTCG 1320 1321 GTAGTGGATC CAACATTCAT AGAAGACTTC CTGTTGACCT ATAGGACTTT TCTCTCCAGC 1380 1381 CCAATGGAAG TGGGCAAAAA GTTATTGGAG TGGTTTAATG ACCCGAGCCT CAGGGATAAG 1440 1441 GTTACACGGG TAGTTTTATT GTGGGTAAAT AATCACTTCA ATGACTTTGA AGGAGACCCG 1500 1501 GCAATGACTC GATTTCTAGA AGAATTTGAA AACAACCTGG AAAGGGAGAA AATGGGTGGG 1560 1561 CATCTCAGGC TGCTAAATAT CGCATGTGCA GCTAAAGCAA AAAGAAGATT GATGACGTTA 1620 1621 ACAAAACCGT CCCGCGAAGC TCCTTTGCCT TTTATCTTAC TCGGAGGCTC TGAGAAGGGA 1680 1681 TTCGGAATCT TTGTTGACAG TGTAGATTCA GGTAGCAAAG CAACTGAAGC AGGCTTGAAA 1740 1741 CGTGGGGATC AGATATTAGA AGTAAACGGC CAAAACTTTG AAAATATTCA GCTGTCAAAA 1800 1801 GCCATGGAAA TTCTTAGAAA TAACACACAC TTATCTATCA CTGTGAAAAC CAATTTATTT 1860 1861 GTATTTAAAG AACTTCTAAC AAGATTGTCG GAAGAGAAAA GAAATGGTGC CCCTCACCTT 1920 1921 CCTAAAATTG GAGACATCAA GAAGGCCAGC CGCTACTCCA TTCCCGATCT CGCTGTAGAT 1980 1981 GTGGAACAGG TGATAGGCCT TGAGAAAGTC AACAAAAAAA GTAAAGCAAA CACTGTTGGA 2040 2041 GGAAGGAACA AGCTAAAAAA AATACTTGAC AAGACTCGGA TAAGTATCTT GCCACAGAAA 2100 2101 CCATATAATG ACATTGGGAT TGGCCAGTCC CAAGACGACA GCATTGTAGG ATTAAGGCAG 2160 2161 ACAAAGCACA TCCCGACTGC GCTGCCTGTC AGTGGAACCT TGTCATCCAG CAATCCTGAC 2220 2221 TTACTGCAGT CACATCATCG CATTTTAGAC TTCAGCACCA CTCCTGACTT GCCAGATCAG 2280 2281 GTGCTAAGAG TTTTCAAGGC TGATCAGCAG AGCCGATACA TCATGATCAG CAAGGACACC 2340 2341 ACAGCGAAGG AAGTGGTCGT GCAGGCTATC CGGGAGTTCG CGGTCACTGC CACCCCGGAT 2400 2401 CAGTATTCGC TGTGTGAGGT CTCTGTCACT CCTGAGGGAG TCATCAAGCA AAGACGACTT 2460 2461 CCAGATCAGC TTTCCAAACT TGCCGATAGA ATACAACTGA GTGGAAGGTA TTACCTGAAA 2520 2521 AACAACATGG AGACGGAAAC GCTGTGTTCG GATGAGGATG CCCAGGAGCT GCTGAGAGAG 2580 2581 AGTCAGATTT CGCTGCTGCA GCTGAGCACG GTCGAAGTGG CCACGCAGCT CTCCATGCGC 2640 2641 AATTTCGAAC TCTTCCGCAA CATCGAGCCT ACGGAATACA TAGATGACTT ATTTAAACTC 2700 2701 AAATCGAAAA CCAGCTGTGC CAACCTGAAG CAATTTGAAG AAGTCATTAA CCAGGAAACG 2760 2761 TTTTGGGTGG CATCGGAAAT CCTGCGAGAG ACAAACCAGC TGAAGAGGAT GAAGATCATT 2820 2821 AAGCATTTCA TCAAAATAGC CCTGCACTGC AGGGAATGCA AGAATTTTAA CTCAATGTTT 2880 2881 GCCATCATCA GTGGCCTAAA CCTGGCACCA GTGGCAAGAC TACGGACCAC CTGGGAAAAA 2940 2941 CTTCCTAATA AATATGAAAA ACTATTTCAA GATCTCCAAG ACCTGTTCGA TCCCTCCAGA 3000 3001 AACATGGCGA AATACCGCAA CGTGCTCAAC AGTCAAAACC TACAGCCTCC CATAATCCCT 3060 3061 CTGTTCCCAG TCATCAAGAA GGACCTCACG TTCCTCCACG AAGGAAACGA CTCGAAGGTC 3120 3121 GACGGGCTGG TCAACTTTGA GAAGCTAAGG ATGATCGCAA AGGAGATCCG TCACGTGGGC 3180 3181 CGCATGGCGT CCGTGAACAT GGACCCCGCC CTCATGTTCA GGACTCGGAA GAAGAAATGG 3240 3241 CGGAGTCTGG GGTCTCTCAG CCAAGGCAGC ACCAACGCAG CGGTGCTGGA TGTGGCTCAG 3300 3301 ACAGGTGGCC ACAAAAAGCG GGTACGCCGC AGCTCCTTTC TCAACGCCAA GAAGCTGTAT 3360 3361 GAAGACGCCC AGATGGCTCG GAAGGTGAAG CAGTACCTGT CCAATCTGGA GCTGGAGATG 3420 3421 GATGAGGAGA GTCTGCAGAC ACTGTCGCTG CAGTGCGAGC CAGCCACCAA CACACTGCCT 3480 3481 AAGAATCCTG GTGACAAAAA GCCCGTCAAG TCTGAGACCT CCCCGGTGGC TCCAAGGGCA 3540 3541 GGGTCACAGC AGAAGGCACA GCCTCAACCC CAGCCGCAGC CGCAGCCGCC ACCACACAAA 3600 3601 GTCAGCCAAG GACTGCAGGT TCCTGCTGTG TCCCTGTACC CTTCACGGAA GAAGGTGCCT 3660 3661 GTGAAGGACC TCCCGCCTTT CGGCATAAAC TCTCCACAAG CTTTAAAGAA AATTCTCTCT 3720 3721 TTGTCTGAAG AAGGAAGTTT AGAGCGTCAC AAGAAACAGG CTGAGGATAC GATATCAAAC 3780 3781 GCGTCTTCCC AGCTCTCTTC TCCACCCACG TCGCCCCAGA GCTCTCCCAG GAAAGGCTAT 3840 3841 ACCTTGGCTC CCAGTGGAAC TGTGGATAAC TTTTCGGACT CTGGCCACAG TGAAATCTCC 3900 3901 TCGCGCTCCA GTATCGTCAG CAATTCTTCT TTTGACTCTG TGCCAGTCTC GCTGCACGAG 3960 3961 GAGCGGCGCC AGAGACATTC TGTCAGCATC GTGGAGACAA GCCTAGGTGT GGGCAGGATG 4020 4021 GAGCGGCGGG CCATGACTGA ACCCGACCAG TACAGCCTGG GGTCCTACGC AGCGATGTCT 4080 4081 GAGAGTCGAG GATTGTATGC CACGGCCACG GTGATCTCTT CTCCCAGCAC AGAGGAACTT 4140 4141 TCCCAAGATC AAGGGGACCG CGCCTCCCTC GACGCTGCCG ACAGCGGCCG TGGGAGCTGG 4200 4201 ACGTCCTGCT CTAGTGGTTC CCACGACAAC ATACAGACCA TCCAGCACCA GAGAAGCTGG 4260 4261 GAGACGCTGC CATTCGGGCA CACCCACTTT GATTATTCAG GGGACCCTGC GGGCTTATGG 4320 4321 GCCTCAAGCA GCCATATGGA CCAAATGATG TTTTCTGATC ATAGCACCAA GTATAACAGG 4380 4381 CAGAATCAAA GCAGAGAGAG TCTGGAGCAA GCCCAGTCCC GGGCCAGCTG GGCGTCATCC 4440 4441 ACAGGTTACT GGGGAGAGGA CTCGGAAGGG GACACGGGCA CAATCAAGCG GCGGGGCGGG 4500 4501 AAAGATGTTT CCATGGAAGC GGAGAGCAGC AGCGTGGCTC CGGTGACCGC GGAGGACACC 4560 4561 AAGCCCGTCC CCGTGCCTGC CCACATAGCC GCGACGTCGA GCACGGCCAA GGGGCTCATT 4620 4621 GCGCGGAAGG AGGGCAGGTA TCGAGAGCCC CCACCCACCC CTCCAGGCTA CATCGGAATT 4680 4681 CCCATCACGG ACTTTCCAGA AGGACACCCC CATCCAGCCA GGAAGCCCCC GGACTACAAC 4740 4741 GTGGCCCTTC AGAGGTCCCG GATGGTGGCC CGATCCTCGG ATGCGGCTGG GCCTTCCCCG 4800 4801 GTTCAGCAGC CGCCTGGGCA CGCAGCGGGC AGCAGGCCTG CAAGCAAACC TCAGTGGCAC 4860 4861 AAGCCCAACG AGTCGGACCC GCGCCTTGCC CCCTACCAGT CCCCAGGGTT TTCCACCGAG 4920 4921 GAGGACGAAG ATGAGCAGGT CTCTGCTGTC TGA 4953 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a300 | Homo sapiens | 0.0 | 3286 | undefined |
| LLPS-Mum-a300 | Mus musculus | 0.0 | 3108 | undefined |