LLPS-Mod-a1124
PLXNA4
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Plexin A4 |
| Gene Name: | PLXNA4 |
| Ensembl Gene: | ENSMODG00000014456.3 |
| Ensembl Protein: | ENSMODP00000018072.3 |
| 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 | ENSMODT00000018404.3 | ENSMODP00000018072.3 |
| UniProt | F7A605, F7A605_MONDO |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MFLIAGCLAA QTLTMPGMEI GGSTVWWMGW EPEGLEIRVD GPRGNAQQYE TVQVVDPGPV 60 61 LRDMAFSMDH EHLYIMSERQ LTRVPVESCS QYRSCSECLG SGDPHCGWCV LHNTCTRKER 120 121 CERSREPRRF ASEMKQCVRL TVHPNNISVS QYNVLLVLET YNVPELSAGV NCTFEDLSEM 180 181 DGLVVGNQIQ CYSPAAKEVP RIITENGDHH IVQLQLKSKE TGMTFASTSF VFYNCSVHNS 240 241 CLSCVESPYR CHWCKYRHVC THDPQTCSFQ EGRVKLPEDC PQLLQVDKIL VPVEVIKPIT 300 301 LKAKNLPQPQ SGQRGYECIL NIQGTEQRVP ALRFNSSSVQ CQNTSVSTTP CSCLSLTLIP 360 361 LSMVPFSGVM SDPPWSSNYL HLLRKSNSGV TLNVSSPEKK CGLLSGPWLG QCTLRQHCPT 420 421 QENKWLELSS TNGKCTNPRI NEISPSTGPR EGGTKVTIRG ENLGLEFRDI ASHVKVAGVE 480 481 CSPLVDGYIP AEQIVCEMVE AKPSQHAGFV EICVAECKPE FMARSSKLYY FMTLTLSDLK 540 541 PNRGPVSGGT QVTITGTNLN AGSNVAVTFG SQPCLFYRRS TSHIICNTTS SEDVIEKSKV 600 601 LVRVDKAKIH ADLYFQYVED PTIQRIEPEW SIISGNTPIV VWGTHLDLIQ NPQIRAKHGG 660 661 KEHINVCEVQ NSTEMTCQAP ALAVDPDHQS DLTERPEEFG FILDNVQSLL ILNKTNFTYY 720 721 PNPVFEAFGP SGILELKPGT PIILKGKNLI PPVAGGNMKL NYTVLVGEKP CTVTVSDVQL 780 781 LCESPNLIGR HKVMARVGGM EYSPGMVYIS PDSPLSLPAI VSIAVAGGLL IIFIVAVLIA 840 841 YKRKSRESDL TLKRLQMQMD NLESRVALEC KEAFAELQTD IHELTSDLDG AGIPFLDYRT 900 901 YTMRVLFPGI EDHPVLRDLE VPGYRQERVE KGLKLFAQLI NNKVFLLSFI RTLESQRSFS 960 961 MRDRGNVASL IMTVLQSKLE YATDVLKQLL ADLIDKNLES KNHPKLLLRR TESVAEKMLT 1020 1021 NWFTFLLYKF LKECAGEPLF SLFCAIKQQM EKGPIDAITG EARYSLSEDK LIRQQIDYKT 1080 1081 LVLSCVNPDN VNSPEIPVKI LNCDTITQVK EKILDAIFKN VPCSHRPKAA DMDLEWRQGS 1140 1141 GARMILQDED ITTKIENDWK RLNTLAHYQV PDGSVVALVS KQVTAYNAVN NSTVSRTSAS 1200 1201 KYENMIRYTG SPDSLRSRTP MITPDLESGV KMWHLVKNHE HGDQKEGDRG SKMVSEIYLT 1260 1261 RLLATKGTLQ KFVDDLFETI FSTAHRGSAL PLAIKYMFDF LDEQADKHGI HDPHVRHTWK 1320 1321 SNCLPLRFWV NMIKNPQFVF DIHKNSITDA CLSVVAQTFM DSCSTSEHRL GKDSPSNKLL 1380 1381 YAKDIPSYKN WVERYYSDIG KMPAISDQDM NAYLAEQSRM HMNEFNTMSA LSEIFSYVGK 1440 1441 YSEEILGPLD HDDQCGKQKL AYKLEQVITL MSIDS 1475 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGTTTTTAA TAGCAGGCTG CCTGGCAGCC CAGACACTCA CCATGCCAGG GATGGAGATA 60 61 GGTGGCAGTA CTGTCTGGTG GATGGGCTGG GAGCCAGAAG GCCTCGAGAT CCGTGTGGAT 120 121 GGACCCCGGG GCAATGCCCA GCAATATGAA ACAGTACAGG TGGTGGATCC TGGCCCGGTT 180 181 CTCAGGGACA TGGCCTTCTC CATGGACCAT GAGCATCTCT ACATCATGTC AGAAAGACAG 240 241 CTTACCAGAG TTCCTGTTGA GTCCTGTAGC CAGTATCGAA GCTGCAGTGA GTGTCTTGGC 300 301 TCAGGAGACC CCCACTGTGG TTGGTGTGTG CTTCATAACA CGTGTACCAG GAAGGAGCGG 360 361 TGTGAGAGAT CCAGGGAGCC TCGACGGTTT GCCTCAGAGA TGAAGCAGTG TGTCCGTTTA 420 421 ACTGTACATC CTAACAACAT TTCTGTCTCA CAGTACAATG TGCTGCTGGT CTTAGAGACC 480 481 TATAATGTAC CAGAACTTTC AGCTGGTGTC AATTGTACTT TTGAAGATCT TTCTGAGATG 540 541 GATGGTCTAG TGGTGGGCAA CCAGATCCAG TGTTATTCCC CTGCAGCTAA GGAAGTGCCT 600 601 CGTATCATCA CTGAGAATGG GGACCACCAT ATTGTCCAGC TACAGCTCAA GTCTAAGGAG 660 661 ACAGGCATGA CCTTTGCCAG CACCAGTTTT GTCTTCTACA ACTGCAGTGT ACACAATTCG 720 721 TGCCTGTCCT GTGTGGAGAG CCCCTACCGC TGCCATTGGT GCAAATACCG CCATGTCTGT 780 781 ACTCATGATC CCCAGACCTG CTCCTTCCAG GAGGGTCGAG TGAAGCTTCC TGAGGATTGC 840 841 CCTCAGCTGC TGCAAGTGGA CAAGATCCTG GTGCCTGTGG AGGTGATCAA ACCCATTACC 900 901 CTGAAGGCCA AGAACTTGCC CCAGCCACAA TCAGGTCAGC GGGGCTATGA GTGCATCCTC 960 961 AACATCCAAG GCACCGAGCA GAGAGTACCT GCCCTGCGCT TCAACAGCTC CAGTGTACAA 1020 1021 TGCCAAAACA CCTCTGTGAG TACTACCCCA TGTTCATGTC TTTCTCTGAC CCTGATTCCC 1080 1081 CTTTCCATGG TCCCTTTCTC TGGAGTTATG TCAGATCCTC CCTGGAGCTC AAATTATTTG 1140 1141 CATCTTCTAA GAAAAAGTAA CAGTGGTGTG ACACTAAATG TCAGCTCTCC AGAAAAAAAA 1200 1201 TGTGGCTTGT TAAGTGGTCC CTGGCTGGGC CAATGCACCC TCCGACAACA CTGTCCCACC 1260 1261 CAGGAAAACA AATGGCTGGA GTTGTCTAGT ACTAATGGCA AGTGCACCAA CCCCCGCATC 1320 1321 AATGAGATCA GCCCATCAAC AGGTCCCCGG GAAGGAGGTA CCAAGGTGAC TATCCGAGGC 1380 1381 GAGAACCTGG GCCTAGAATT CCGAGACATT GCCTCCCATG TCAAGGTGGC AGGAGTGGAA 1440 1441 TGCAGCCCAC TAGTGGATGG ATACATCCCT GCTGAACAGA TTGTGTGTGA GATGGTGGAA 1500 1501 GCCAAGCCCA GCCAACATGC CGGTTTTGTG GAGATCTGTG TGGCGGAGTG CAAGCCTGAA 1560 1561 TTCATGGCCC GCTCTTCCAA GCTCTACTAT TTCATGACAC TGACTCTATC TGACCTAAAG 1620 1621 CCCAACCGGG GGCCTGTATC TGGGGGCACC CAAGTGACCA TCACTGGCAC CAACTTGAAT 1680 1681 GCTGGCAGCA ATGTGGCCGT GACATTTGGA AGTCAGCCCT GCCTCTTCTA CAGGCGTTCC 1740 1741 ACTTCCCACA TCATTTGCAA CACTACTTCC TCAGAGGATG TGATTGAGAA GTCAAAGGTG 1800 1801 CTTGTACGAG TGGACAAGGC CAAAATCCAT GCAGATCTCT ACTTCCAATA TGTGGAGGAC 1860 1861 CCCACCATCC AGAGAATTGA GCCTGAGTGG AGCATTATCA GTGGAAACAC CCCCATTGTT 1920 1921 GTCTGGGGGA CGCACCTGGA CCTCATCCAG AACCCGCAGA TCCGAGCCAA GCATGGCGGG 1980 1981 AAGGAACACA TCAATGTCTG TGAGGTTCAG AATTCTACTG AGATGACTTG CCAGGCGCCA 2040 2041 GCCCTTGCTG TGGATCCTGA CCACCAATCT GACCTGACTG AGAGGCCTGA GGAGTTTGGG 2100 2101 TTCATCCTAG ACAATGTCCA GTCCCTGCTG ATCCTTAACA AGACCAACTT CACCTACTAT 2160 2161 CCTAATCCTG TGTTTGAGGC CTTTGGCCCC TCAGGCATCT TGGAGCTTAA GCCTGGAACA 2220 2221 CCCATCATTC TGAAGGGTAA GAATTTGATA CCACCGGTGG CTGGGGGTAA CATGAAACTG 2280 2281 AACTACACAG TATTGGTCGG AGAGAAGCCA TGCACCGTGA CAGTGTCAGA CGTCCAGCTG 2340 2341 CTCTGTGAAT CTCCCAATCT TATTGGACGG CATAAAGTGA TGGCCCGTGT AGGGGGCATG 2400 2401 GAGTACTCCC CTGGAATGGT GTACATCTCT CCAGATAGCC CTCTCAGCTT GCCTGCCATT 2460 2461 GTCAGTATTG CTGTGGCTGG TGGACTCCTC ATCATCTTCA TTGTGGCCGT GCTTATTGCA 2520 2521 TACAAGCGCA AGTCCCGTGA GAGTGACCTC ACTCTGAAGA GGCTTCAGAT GCAAATGGAC 2580 2581 AACCTAGAGT CCCGTGTGGC ATTGGAGTGC AAAGAAGCTT TTGCTGAGCT ACAGACAGAC 2640 2641 ATCCATGAAC TGACAAGTGA TCTGGATGGA GCTGGAATCC CCTTCTTGGA CTATCGGACG 2700 2701 TACACCATGC GAGTGTTATT TCCTGGCATA GAAGATCACC CTGTTCTCCG GGACCTAGAG 2760 2761 GTACCAGGCT ACCGGCAAGA GCGTGTGGAG AAGGGCTTGA AACTCTTTGC CCAGCTCATT 2820 2821 AACAACAAAG TGTTTCTGCT GTCCTTCATC CGCACCCTGG AGTCCCAGCG AAGCTTCTCC 2880 2881 ATGAGGGACC GGGGCAATGT GGCCTCCCTC ATCATGACGG TGCTGCAGAG CAAGCTGGAG 2940 2941 TATGCTACAG ATGTGCTAAA GCAACTGTTG GCTGATCTCA TTGACAAGAA CCTGGAGAGC 3000 3001 AAAAACCACC CCAAACTACT TCTCAGAAGG ACAGAGTCAG TGGCTGAGAA GATGCTAACA 3060 3061 AATTGGTTCA CTTTCCTTCT CTACAAGTTC CTGAAGGAAT GTGCTGGGGA ACCCCTCTTC 3120 3121 TCCTTATTCT GTGCCATCAA GCAGCAGATG GAGAAGGGTC CCATCGATGC CATCACTGGG 3180 3181 GAAGCCCGAT ACTCCCTGAG TGAGGACAAG CTTATCAGAC AGCAGATTGA CTACAAGACC 3240 3241 CTGGTGTTGA GCTGTGTCAA TCCAGACAAT GTCAACAGCC CTGAGATCCC AGTGAAGATT 3300 3301 CTCAACTGTG ATACCATTAC CCAGGTCAAA GAGAAGATCC TGGATGCCAT CTTCAAGAAT 3360 3361 GTGCCCTGTT CTCACAGGCC TAAAGCTGCT GATATGGATC TGGAATGGCG ACAAGGAAGT 3420 3421 GGGGCTAGGA TGATCCTACA AGATGAAGAC ATCACCACCA AGATTGAAAA TGATTGGAAG 3480 3481 AGACTAAACA CATTGGCCCA TTACCAGGTA CCAGATGGCT CTGTAGTGGC TTTAGTCTCC 3540 3541 AAGCAAGTCA CAGCCTATAA TGCAGTGAAT AACTCCACTG TCTCGAGGAC ATCAGCAAGC 3600 3601 AAATACGAAA ATATGATCCG GTACACGGGG AGCCCCGACA GCCTCCGTTC CCGCACACCC 3660 3661 ATGATCACAC CTGACCTGGA GAGTGGGGTC AAGATGTGGC ACCTCGTGAA GAATCATGAG 3720 3721 CACGGGGATC AAAAGGAGGG CGACCGAGGG AGCAAGATGG TGTCTGAAAT CTACCTAACC 3780 3781 CGGCTACTGG CCACCAAGGG AACTCTGCAG AAATTTGTGG ATGATCTCTT TGAGACCATC 3840 3841 TTCAGCACTG CTCACAGAGG ATCTGCCCTG CCCCTTGCAA TCAAGTACAT GTTTGATTTC 3900 3901 CTGGATGAAC AGGCAGACAA GCATGGTATC CATGATCCCC ATGTCAGGCA CACTTGGAAG 3960 3961 AGCAATTGCT TGCCTTTGAG GTTCTGGGTC AATATGATCA AGAACCCCCA GTTTGTATTT 4020 4021 GACATCCACA AGAACAGCAT CACTGATGCC TGCCTCTCTG TGGTGGCTCA AACCTTCATG 4080 4081 GACTCCTGCT CCACGTCCGA GCACCGCTTG GGCAAGGACT CCCCATCAAA CAAATTGCTC 4140 4141 TATGCCAAGG ACATCCCCAG CTACAAGAAC TGGGTAGAGA GATATTACTC AGACATCGGG 4200 4201 AAGATGCCAG CCATCAGTGA CCAGGACATG AATGCCTACT TAGCTGAGCA ATCTCGCATG 4260 4261 CACATGAATG AATTCAACAC GATGAGTGCC CTCTCCGAGA TCTTCTCCTA TGTGGGCAAA 4320 4321 TACAGTGAGG AGATTCTTGG ACCTCTGGAC CATGATGACC AGTGTGGGAA GCAGAAACTA 4380 4381 GCCTACAAAC TAGAACAAGT CATAACCCTC ATGAGCATAG ACAGCTGA 4428 |