LLPS-Mod-a265
ARHGAP21
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Rho GTPase activating protein 21 |
| Gene Name: | ARHGAP21 |
| Ensembl Gene: | ENSMODG00000008781.3 |
| Ensembl Protein: | ENSMODP00000010931.3 |
| Organism: | Monodelphis domestica |
| Taxa ID: | 13616 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSMODT00000011147.3 | ENSMODP00000010931.3 |
| UniProt | F6RFP8, F6RFP8_MONDO | |
| Entrez | 100025310 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MATRWTGLPE GDGDGHQPCG TPIQEVTKNK DGKEQSEAVS PSDDETFSWP GPKTVILKRT 60 61 SQGFGFTLRH FIVYPPESAI HFSCKDEENG NRGGKQRNRL EPMDTIFVKQ VKEGGPAFEA 120 121 GLCTGDRIIK VNGESVIGKT YSQVIALIQN SDTTLELSVM PKDEDILQVL QFTKDVTALA 180 181 YSQDAYLKGN EAYSGNAHNI PEPPPICYPR LTPSSSGRAQ PVEVAPPDSS LSKQLVSTSG 240 241 PTQPGRAYRM EVQVPPSPPD VAKSNTAVCV CNETVRTVIV PSEKAVDLSS GRNNLTGPSH 300 301 RTEEIRYGVN EQTSFKTPSR TLSPSSSAPT PHLIHQTPGS RSIDPSGVSM KSGSYGGHSE 360 361 GISSSRPQAA DTPPVSTNHY SPNSHQHIDW KNYKTYKEYI DNRRLHMGCR TIQERLDSLR 420 421 AASQSTTDYS QVVSSRTPWQ SRRRSTSHDR APQPVQIRQR SVSQERLEDP VLMKYWPRSA 480 481 SQGALTSPTV SFQSHRTRSW DYLGGQGDAS EKANSESLVS DLNGERKQTY KWTGFTEQDD 540 541 RRGIYERSRQ QDFHKSLRNS NFTVAPSILN SDGRRVSGRG IGSGSQFQKV SPDLKTLQSN 600 601 RNFQNAYGTS LPRAISQDRS PLVKVRSNSL KSPSTYVAKP SINQNLIVSI KDQRPVNHLH 660 661 SSNLLNQQSR LRAESAPDHM VDSGKTPSPS AASAKLALQM SDSSPPADDL ELAAKQNSQE 720 721 TEIQLSGSLD NKETVVLREK PPSGRQTPQP LRHQSYILAV NDQETGSDTT CWLPNDARRE 780 781 VHIKRIEERK ASSSSPPGDS LASIPFIDEP TSPSIDHDIA HIPASAVISA SATLVPSIAT 840 841 IPPSLTTSAP LIRRQLSHDH GSVGPILDGQ RNSKTERSKS YDEGLDDYRE EAKGSFKHVS 900 901 SLKGIKVLDS QKSSEDSGSR KDSSSEVFSD AAKEGWLHFR QLVTDKGKRV GGSIRPWKQM 960 961 YVVLRGHSLY LHKDKREQIT PSEEEQPISV NACLIDISYS ETKRKNVFRL TTSDCEYLFQ 1020 1021 AEDRDDMLAW IKAIQESSSL SEEDTGATSR DLISRRIKEY SNLMSKADQL PKTPRQSLSI 1080 1081 RQTLLGTKSE PKFQSPHSPK EESERKLLSK DDTSPPKDKG TWRKGIPNIM RKTFEKKPAA 1140 1141 VGTFGVRLDD CPPAHTNRYI PLIVDICCKL VEERGLEYTG IYRVPGNNAA ISSMQEELNK 1200 1201 GMADIDIQDD KWRDLNVISS LLKSFFRKLP EPLFTNDKYA DFIEANRKED PLERLKTLKR 1260 1261 LIHDLPEHHY ETLKFLSAHL KTVAENSEKN KMEPRNLAIV FGPTLVRTSE DNMTHMVTHM 1320 1321 PDQYKIVETL IQHVKEGAEE PLTTVQEENT VESQPVPNID HLLTNIGRTG VSPGDVSDSA 1380 1381 TSDSAKSKGS WGSGKDQYSR ELLVSSIFAA ASRKRKKTKE KAQPSSSEDE LDNVFFKKEI 1440 1441 AEQPHNDSNI KEDSREESQR ENDPGRKQRT SISKENGNKK DSHGRKEEKL TLKKEKVVSG 1500 1501 EPSLSPHNSK HTKSPTLGYR FTVLKEGPQT PSQLPDTPSD SGHLLSASSP LALARFPAKK 1560 1561 SFSPETKCSE FLATASSVTS DYSTTSSAAY LTSLESSRLS PEVQSVAESK GDEADDEQSE 1620 1621 LISEGRPVET DSENDFPVFA TGFPSEKFFR GKIQEMVKTS RRNSEGSEVS CTEGSLTPSL 1680 1681 DSRRQPFSSH KLIECDTLSR KKSARFKSES EGIGDTKNEK ESLSVTKVFD MKKKGKSTGS 1740 1741 LLTPTRSESE KHEPTWRIKI TDRLKLRLKA SADDMFGVGS QKNSSADNAK KKNIRRRHTL 1800 1801 GGQRDFAEIS VLNTWKVPDQ SGERESELSA VTRLKPKCPA QDLSISDWLA RERLRTSTSD 1860 1861 LNTGEPGEHR LENTSITEIY KSDGGGSPST LTLTNRSLPS IPPQSPEQIN GETFQNVNQN 1920 1921 ESPLPVANLQ KPSLTPGTKS QFHQCL 1946 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCGACAC GTTGGACCGG TCTACCTGAG GGAGATGGAG ACGGCCATCA GCCTTGCGGA 60 61 ACACCTATCC AGGAGGTAAC GAAAAATAAA GATGGAAAAG AGCAAAGTGA AGCAGTATCA 120 121 CCATCGGATG ATGAAACATT TTCTTGGCCG GGTCCAAAAA CGGTTATTTT GAAAAGAACA 180 181 TCTCAAGGCT TTGGTTTTAC ATTAAGGCAT TTTATTGTTT ATCCCCCAGA GTCAGCTATT 240 241 CATTTTTCCT GTAAGGATGA AGAGAATGGA AACAGAGGAG GAAAGCAAAG AAACAGACTG 300 301 GAGCCTATGG ACACCATATT TGTTAAGCAA GTTAAAGAAG GAGGACCTGC TTTTGAAGCT 360 361 GGATTATGCA CAGGTGATCG TATTATAAAA GTCAATGGAG AAAGTGTTAT TGGAAAGACC 420 421 TATTCCCAAG TAATTGCTTT AATTCAGAAC AGTGATACCA CATTGGAACT TAGTGTTATG 480 481 CCAAAAGATG AAGACATACT TCAAGTGCTA CAGTTTACAA AGGATGTCAC AGCACTGGCA 540 541 TATTCTCAAG ATGCCTACTT GAAAGGCAAT GAAGCTTATA GTGGCAATGC CCATAATATT 600 601 CCTGAACCCC CACCCATTTG CTATCCCCGG CTTACTCCCT CCTCTTCGGG GAGGGCACAA 660 661 CCCGTGGAAG TAGCTCCTCC TGACTCTTCA CTGAGCAAAC AGCTGGTCAG TACATCAGGA 720 721 CCAACCCAAC CTGGCAGGGC CTACAGAATG GAAGTACAAG TGCCTCCGTC ACCACCAGAT 780 781 GTTGCAAAGT CCAATACAGC AGTGTGTGTT TGTAATGAAA CTGTAAGGAC TGTCATTGTG 840 841 CCTTCTGAGA AGGCTGTAGA TTTGTCATCT GGGAGAAATA ACCTTACAGG CCCATCACAC 900 901 AGAACTGAAG AAATAAGGTA TGGCGTCAAT GAACAGACCT CTTTCAAAAC ACCATCAAGG 960 961 ACTCTATCAC CATCCTCTTC AGCTCCCACT CCCCATTTAA TTCATCAGAC TCCAGGGTCA 1020 1021 AGATCAATAG ATCCCTCTGG AGTTTCCATG AAATCTGGAA GCTATGGTGG CCATTCAGAA 1080 1081 GGAATCTCAA GCAGTAGGCC TCAAGCAGCA GATACTCCCC CCGTTTCTAC TAATCATTAT 1140 1141 TCTCCAAATT CCCATCAGCA TATAGACTGG AAAAACTATA AAACCTACAA GGAATATATA 1200 1201 GATAATAGAC GATTACACAT GGGGTGCAGG ACAATTCAAG AAAGATTAGA TAGTTTAAGA 1260 1261 GCAGCTTCTC AGAGCACAAC AGATTACAGC CAGGTGGTAT CAAGTCGTAC TCCGTGGCAG 1320 1321 TCGCGCCGAA GAAGCACCTC TCATGATAGA GCCCCTCAGC CTGTTCAGAT CCGGCAGCGT 1380 1381 AGCGTGTCCC AGGAAAGACT GGAGGATCCT GTGCTGATGA AGTATTGGCC AAGAAGCGCA 1440 1441 TCTCAGGGGG CGCTCACTTC CCCAACTGTT AGTTTTCAGA GCCACAGAAC ACGCTCATGG 1500 1501 GATTATCTTG GGGGGCAGGG TGATGCATCA GAAAAGGCCA ATTCAGAGAG CCTTGTATCT 1560 1561 GATTTGAATG GAGAGAGAAA ACAGACTTAT AAGTGGACAG GATTTACAGA ACAGGATGAT 1620 1621 CGGCGAGGGA TCTATGAGAG ATCTAGGCAA CAAGACTTTC ATAAGTCTCT TCGAAATTCA 1680 1681 AATTTTACTG TGGCTCCCAG CATTTTAAAT TCAGATGGTA GACGAGTGAG TGGTAGAGGA 1740 1741 ATAGGATCTG GTTCTCAGTT TCAGAAAGTT TCACCGGATT TAAAAACTCT GCAGTCAAAT 1800 1801 AGGAATTTTC AAAATGCTTA TGGAACATCA TTACCTCGAG CTATTTCACA AGACAGGTCT 1860 1861 CCTCTGGTAA AAGTCAGAAG TAACTCTTTG AAATCTCCTT CTACATATGT AGCAAAACCA 1920 1921 TCAATTAACC AGAACTTGAT TGTTTCTATC AAAGACCAAA GACCAGTAAA TCACCTACAT 1980 1981 TCAAGCAATC TGTTAAATCA GCAATCAAGA CTAAGAGCTG AGAGTGCTCC AGACCACATG 2040 2041 GTAGATAGTG GGAAGACCCC CTCTCCATCG GCAGCTTCTG CCAAGCTTGC CCTTCAGATG 2100 2101 AGTGACAGTT CTCCTCCTGC TGATGATTTA GAACTAGCTG CCAAACAAAA TTCACAGGAA 2160 2161 ACTGAAATTC AACTTTCAGG TTCCCTAGAT AACAAAGAAA CAGTGGTCCT GAGAGAAAAA 2220 2221 CCTCCATCTG GGCGCCAGAC ACCACAACCT TTGAGGCACC AGTCATACAT CCTGGCTGTA 2280 2281 AATGACCAGG AGACTGGCTC GGACACTACC TGCTGGTTGC CTAATGATGC ACGCCGAGAG 2340 2341 GTCCATATAA AGAGAATCGA GGAAAGGAAA GCATCAAGTT CCAGCCCGCC TGGTGATTCC 2400 2401 CTGGCCTCCA TTCCATTTAT AGATGAGCCC ACCAGCCCAA GCATTGATCA TGATATTGCA 2460 2461 CACATTCCTG CTTCTGCTGT CATTTCGGCC TCCGCCACTC TCGTGCCCAG TATAGCAACA 2520 2521 ATTCCTCCCA GCCTTACAAC TTCAGCCCCT CTAATTCGAC GTCAGCTATC ACATGACCAT 2580 2581 GGATCTGTTG GGCCCATCCT AGATGGCCAG CGCAACTCAA AAACGGAGAG GTCAAAGTCC 2640 2641 TATGATGAAG GCCTGGATGA TTACCGAGAA GAGGCAAAAG GGTCTTTTAA ACATGTATCT 2700 2701 AGCTTGAAGG GAATCAAGGT CTTAGACAGC CAGAAATCTT CAGAAGACTC TGGGTCCAGA 2760 2761 AAAGATTCCT CTTCTGAGGT ATTCAGTGAT GCAGCCAAGG AAGGATGGCT CCATTTTCGA 2820 2821 CAACTTGTCA CTGATAAGGG GAAGCGAGTT GGTGGGAGCA TTCGGCCATG GAAACAGATG 2880 2881 TATGTCGTTC TTCGGGGCCA TTCGCTTTAC TTGCACAAAG ATAAACGGGA ACAAATTACT 2940 2941 CCATCAGAAG AAGAACAACC TATCAGTGTA AATGCATGCT TGATAGATAT TTCTTACAGT 3000 3001 GAAACCAAGA GGAAAAATGT ATTCAGACTT ACCACCTCGG ATTGTGAGTA CCTGTTTCAG 3060 3061 GCTGAAGACA GAGATGACAT GTTGGCCTGG ATCAAAGCCA TCCAGGAAAG CAGCAGCCTC 3120 3121 AGTGAGGAGG ATACTGGAGC TACTAGCAGA GATCTAATCA GCCGGAGGAT AAAGGAATAT 3180 3181 AGTAACCTGA TGAGCAAAGC AGATCAGCTT CCAAAAACTC CTCGCCAGAG CCTCAGTATC 3240 3241 AGGCAGACCC TCCTTGGTAC TAAATCAGAA CCAAAATTTC AGAGTCCACA CTCTCCCAAA 3300 3301 GAGGAGTCAG AAAGAAAACT CCTCAGTAAA GATGATACTA GTCCTCCAAA AGACAAAGGC 3360 3361 ACGTGGAGAA AAGGCATTCC AAACATCATG AGGAAAACAT TTGAGAAAAA GCCAGCTGCT 3420 3421 GTGGGAACCT TTGGTGTCAG ACTGGATGAC TGCCCCCCAG CTCATACCAA CCGGTATATT 3480 3481 CCACTAATAG TTGACATATG CTGCAAATTA GTTGAAGAAA GAGGGCTTGA ATATACAGGC 3540 3541 ATTTACAGAG TTCCTGGAAA TAATGCTGCT ATCTCAAGTA TGCAAGAAGA ACTCAACAAG 3600 3601 GGAATGGCTG ATATTGATAT ACAAGATGAT AAATGGCGAG ATTTGAATGT GATAAGCAGT 3660 3661 TTACTGAAAT CTTTCTTCAG AAAACTTCCT GAGCCTCTCT TCACAAATGA TAAATATGCA 3720 3721 GACTTTATTG AAGCAAATCG AAAAGAAGAT CCTCTAGAGC GTCTAAAAAC ATTAAAAAGA 3780 3781 CTAATTCACG ATTTGCCTGA ACATCATTAC GAAACCCTTA AGTTTCTCTC TGCTCATCTG 3840 3841 AAGACAGTAG CAGAAAATTC AGAAAAAAAC AAGATGGAAC CAAGAAACCT GGCGATTGTT 3900 3901 TTTGGTCCAA CTCTTGTGAG AACATCAGAA GATAACATGA CACATATGGT GACTCACATG 3960 3961 CCTGACCAGT ACAAAATCGT AGAAACCCTC ATTCAACATG TAAAAGAAGG TGCAGAAGAG 4020 4021 CCTCTTACAA CAGTTCAGGA GGAAAACACT GTAGAATCTC AGCCAGTGCC AAACATAGAT 4080 4081 CATTTACTGA CCAACATTGG AAGGACGGGC GTATCTCCTG GAGATGTATC AGATTCAGCT 4140 4141 ACTAGTGACT CAGCAAAATC TAAGGGTTCT TGGGGATCTG GCAAGGATCA GTATAGCAGG 4200 4201 GAGTTGCTTG TATCCTCCAT CTTTGCAGCA GCCAGTCGCA AGAGGAAAAA AACAAAAGAA 4260 4261 AAAGCCCAGC CAAGCAGCTC AGAGGATGAG TTGGATAATG TGTTTTTCAA GAAAGAAATT 4320 4321 GCAGAACAGC CTCACAATGA CAGTAACATT AAAGAGGACA GCAGAGAAGA GTCACAAAGA 4380 4381 GAGAATGATC CTGGAAGAAA GCAAAGGACT AGCATCTCTA AAGAGAATGG TAATAAGAAA 4440 4441 GATTCACATG GGAGGAAGGA GGAAAAGCTG ACACTAAAGA AAGAGAAGGT GGTATCTGGG 4500 4501 GAGCCCTCGC TGTCCCCCCA CAATTCAAAA CACACCAAAT CACCGACTCT TGGCTACCGT 4560 4561 TTCACAGTGC TCAAAGAAGG GCCCCAGACA CCCTCTCAGC TCCCAGACAC CCCTTCTGAC 4620 4621 TCTGGTCATC TGCTTAGTGC TTCCTCACCG CTGGCCCTGG CAAGATTCCC CGCCAAGAAG 4680 4681 TCTTTCAGTC CAGAAACTAA ATGCAGTGAG TTTCTGGCCA CTGCCAGTTC TGTCACCTCA 4740 4741 GACTACTCGA CCACTTCCTC TGCTGCCTAC CTGACCAGCC TCGAGTCCAG CAGGCTAAGC 4800 4801 CCAGAGGTGC AGTCCGTTGC GGAGAGCAAG GGAGATGAGG CTGACGATGA GCAGAGTGAA 4860 4861 TTGATCAGTG AAGGACGACC TGTGGAAACA GACAGTGAAA ATGATTTCCC CGTTTTTGCC 4920 4921 ACAGGTTTTC CTTCTGAAAA GTTCTTTCGG GGGAAAATCC AAGAAATGGT AAAGACAAGT 4980 4981 AGGAGAAATT CAGAAGGAAG TGAAGTAAGT TGTACTGAGG GAAGTTTAAC ACCCAGTTTA 5040 5041 GACAGCCGGA GACAGCCATT TAGTTCACAT AAACTTATTG AATGTGATAC ACTTTCTAGG 5100 5101 AAAAAGTCAG CTCGATTCAA GTCAGAGAGC GAAGGTATAG GTGATACCAA GAACGAGAAA 5160 5161 GAATCCTTGT CTGTAACTAA GGTGTTTGAC ATGAAGAAGA AAGGAAAGTC AACAGGTAGT 5220 5221 TTGCTGACAC CAACTAGAAG TGAGTCAGAA AAACACGAAC CTACTTGGAG AATTAAAATA 5280 5281 ACGGACCGGC TAAAGCTGAG GCTCAAAGCA TCTGCAGATG ACATGTTTGG GGTGGGAAGT 5340 5341 CAGAAAAATA GCTCTGCAGA CAATGCCAAA AAGAAAAACA TCCGAAGAAG ACACACCCTT 5400 5401 GGAGGGCAAA GAGATTTTGC AGAAATAAGT GTTTTAAATA CTTGGAAAGT GCCAGATCAA 5460 5461 AGCGGAGAAA GAGAGTCAGA ACTTTCTGCT GTGACTCGGT TAAAACCCAA ATGCCCAGCC 5520 5521 CAAGACCTCT CCATTTCAGA CTGGCTCGCA CGGGAACGCT TACGTACTAG CACGTCTGAC 5580 5581 CTTAACACAG GAGAACCTGG AGAGCACAGA CTAGAGAACA CTAGTATAAC AGAAATCTAT 5640 5641 AAATCTGATG GAGGTGGCTC CCCCAGCACC TTAACTTTGA CAAACAGATC CCTTCCTTCC 5700 5701 ATACCACCCC AATCGCCTGA ACAAATAAAT GGGGAAACCT TCCAGAACGT CAACCAAAAC 5760 5761 GAGAGTCCCC TACCTGTTGC CAATCTTCAA AAACCGTCTC TGACCCCAGG CACTAAATCC 5820 5821 CAATTTCATC AGTGTCTTTA A 5841 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a281 | Homo sapiens | 0.0 | 3174 | undefined |
| LLPS-Mum-a280 | Mus musculus | 0.0 | 2978 | undefined |