LLPS-Xim-a034
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Ensembl Gene: | ENSXMAG00000001611.2 |
| Ensembl Protein: | ENSXMAP00000027316.1 |
| Organism: | Xiphophorus maculatus |
| Taxa ID: | 8083 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSXMAT00000032646.1 | ENSXMAP00000027316.1 |
| Ensembl | ENSXMAT00000001601.2 | ENSXMAP00000001598.2 |
| Ensembl | ENSXMAT00000042164.1 | ENSXMAP00000021446.1 |
| Ensembl | ENSXMAT00000039050.1 | ENSXMAP00000023306.1 |
| UniProt | A0A3B5QAW3, A0A3B5QAW3_XIPMA | |
| Entrez | 102225484 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MNPYSLPGHF CLLLSTLLSL SAGLEFTGSQ GQWARYVRWD ASSRGDLTFQ FKTSQSDGLL 60 61 LYFDDGGYCD FLLLALSEGK LQLHVSIDCA ETTITSDKPV NDSRWHFAAI NRENLWTGLA 120 121 VDGQSKTGEV RPQRQFMKIV SDLFLGGLPR DIRTAAITLP SVRELPPFKG IITNLSYGSK 180 181 LPTLVNSQKV RLEMMGLCTE NPCENGGICS LADGEVYCDC SKTGYVGRYC TEAVQRKPEL 240 241 AHLKADQGRN KAREENVATF RGSEYFCYDL SQNPIQSSSD EITLSFKTWQ RNGLLLHTGK 300 301 SADYVNLALK DGAVSLVINL GSGAFEAIVE PVNGKFNDNS WHDIKVTRNL RQVTISVDGI 360 361 LTTTGYTQED YTMLGSDDFF YVGGSPSTAD LPGSPVSNNF MGCLKEVVYK NNDIRLELSR 420 421 LARIVDPKMK LQGDVVFKCE NVPTLDPINF ETPDSFLALP KWNTKRVGSI SFDFRTSEPN 480 481 GLILFTHGKP QNRRDAKGQK NNKVDFFAVE LLDGGLYLLL DMGSGTIKVK ATQAKVSDGA 540 541 WHHVDIQRDG RSGIISVNSR RTPFTASGEN EILDLEGDLY LGGLPDSRAG LVLPTELWTA 600 601 MLDYGYVGCI RDLFIDGRSK DIRQISQSQN ATGIKSSCSK MTGKQCDSSP CKNSGMCKEG 660 661 WNRFICDCTG TGFWDSTCER EASILSYDGS MYMKVVIPNI MHTEAEDVSL RFMSQRAFGL 720 721 LMAATSRESA DTLRLELDSG RVKLTVNLDC VRINCNTSKG PEVLYAGQKL NDNEWHSVRV 780 781 VRRGKNFKLI VDDDMAEGQM AGDHTRLEFS NVETGILTEK RFVSSTPSPF IGHLQSLKFN 840 841 GMQYIDMCKN GDIDFCELNA RFGMRFIVAD PVTFKTKGSY LGLATLQAYT TMHLFFQFKT 900 901 TSPDGFILFN SGDGNDFIAV ELVKGFIHYV FDLGNGPSLL KGNSDNPLND NQWHNVVITR 960 961 DASNTHTLKV DTKSVTQNVN GAKNLDLKGD LFVGGLGPNM YQNLPKLVVS REGFQGCLAS 1020 1021 VDLNGRLPDL ISDALFRSGH VERGCEGPST TCQDDSCANM GVCIQQWENF TCDCSMTSYT 1080 1081 GTHCNDPGTT YIFGKGGGLI TYTWPNNERP STRTDRLAVG FSTTIKDAIL VRIDSAPRLG 1140 1141 DYIMLHIEQG KIGVTFNIGT VDISVKESNT EVNDGKYHLV RFTRNGGNAT LQVDNWPVNE 1200 1201 HFPSGNSDIE RYQMANKKIP FKYTRPVEDW LQEKGRQLTI FNTQATISIG GNDRKRPYQG 1260 1261 QLSGLYYNGL KVLNMAAEGH PNIKVNGSVR LVGDVPTSRG ATRTTTSMPP EMSTTFIETT 1320 1321 TTLSTTTTRK QRSPPSIQTT DDIVSSAECS SDDEDLEECD SGHAGGELVV PVLVEDPIDI 1380 1381 PSVSTRSPFI PLPPTLRPVL TIIDTTKESL AMATEAGVPC LSDRGSDDCD GGDDGGDDDD 1440 1441 DGMVISGFGS GEAFDSSLPP TDDEDFYTTF SLVTDKILTT SAYEGGYKAL VPKWEPKDLR 1500 1501 PSKASEAGRT TPASPLPDIR GTPAAAVPSD MPPKLPAGKM DNREVKPLQP DMPVLLPRPT 1560 1561 SFDVDGTKPR GPFITSPMLR TVPAALPTVP GVVRRVPPGA SEVIRESSST TGMVVGIVSA 1620 1621 AALCILILLY AMYKYRNRDE GSYQVDETRN YISNSAQTNG AVVKDKTPSG SAKGSGSSKR 1680 1681 PKDKDKEYYV 1690 |
| Nucleotide CDS Sequence (FASTA) |
1 CAGGTGGTGT ACAAGAACAA CGATATCCGA CTGGAGCTCT CTCGCCTGGC CCGCATCGTT 60 61 GACCCTAAGA TGAAGCTCCA AGGAGACGTG GTTTTCAAGT GTGAAAACGT CCCCACGCTT 120 121 GACCCCATCA ACTTCGAGAC CCCCGACTCC TTCCTGGCCT TGCCCAAGTG GAACACCAAG 180 181 CGCGTCGGCT CCATATCCTT TGACTTCCGC ACTTCGGAAC CCAACGGGTT GATACTCTTC 240 241 ACCCACGGCA AACCGCAAAA CCGGCGCGAC GCCAAGGGCC AGAAGAACAA CAAGGTGGAC 300 301 TTCTTTGCAG TGGAGCTGCT AGATGGAGGG CTGTACCTTC TTCTGGACAT GGGCTCCGGG 360 361 ACCATCAAGG TCAAGGCCAC TCAGGCTAAA GTCAGCGATG GGGCCTGGCA CCATGTGGAC 420 421 ATCCAGAGGG ACGGCCGCTC TGGCATCATC TCGGTGAACA GCCGCCGGAC CCCTTTCACA 480 481 GCCAGCGGGG AAAACGAGAT CTTGGACTTG GAAGGGGACC TTTACCTGGG AGGTTTGCCC 540 541 GACAGCCGGG CGGGCTTGGT GCTCCCTACC GAGCTCTGGA CCGCTATGCT CGACTACGGC 600 601 TACGTGGGCT GCATCCGGGA CCTGTTCATC GACGGACGCA GCAAGGACAT CCGGCAGATC 660 661 TCGCAGTCGC AGAACGCGAC TGGCATCAAG TCATCGTGCA GCAAGATGAC GGGGAAGCAG 720 721 TGCGACAGCA GCCCCTGCAA GAACAGCGGC ATGTGTAAGG AGGGATGGAA CCGGTTTATC 780 781 TGCGACTGCA CCGGAACGGG CTTCTGGGAC AGCACCTGCG AGAGAGAGGC TTCCATCTTG 840 841 TCTTACGACG GCAGCATGTA CATGAAAGTG GTGATCCCGA ACATCATGCA CACAGAGGCC 900 901 GAGGACGTCT CCCTGCGCTT CATGTCCCAG CGGGCCTTCG GCCTGCTCAT GGCCGCCACG 960 961 TCCCGCGAGT CGGCGGACAC TCTGCGGCTC GAGCTGGACA GCGGGAGGGT CAAACTGACG 1020 1021 GTCAACCTAG ACTGTGTCAG GATAAACTGT AACACCAGCA AGGGCCCTGA GGTTCTTTAT 1080 1081 GCCGGACAAA AGCTCAACGA CAATGAGTGG CACTCGGTGC GAGTGGTCCG CCGCGGTAAA 1140 1141 AACTTCAAAC TCATTGTGGA CGACGACATG GCCGAAGGTC AGATGGCAGG TGACCACACC 1200 1201 CGCCTGGAAT TCAGCAACGT GGAAACGGGC ATCTTGACTG AGAAACGTTT CGTTTCGTCA 1260 1261 ACACCCTCCC CTTTTATTGG CCACCTACAG AGCCTAAAGT TCAACGGTAT GCAGTACATC 1320 1321 GACATGTGCA AGAACGGCGA CATCGATTTC TGCGAGCTCA ACGCTCGCTT CGGCATGCGC 1380 1381 TTCATCGTCG CCGATCCCGT CACTTTCAAG ACCAAAGGCA GCTACCTGGG CTTGGCCACC 1440 1441 CTGCAGGCGT ACACCACCAT GCACCTGTTC TTCCAGTTCA AAACCACCTC GCCCGACGGC 1500 1501 TTCATCCTCT TCAACAGCGG AGATGGGAAC GACTTTATCG CCGTGGAGCT TGTCAAAGGG 1560 1561 TTCATCCACT ATGTGTTCGA CCTGGGGAAC GGGCCCAGCC TGCTGAAGGG AAACAGTGAC 1620 1621 AACCCGCTGA ATGACAACCA GTGGCACAAC GTGGTCATCA CGCGCGATGC CTCCAACACG 1680 1681 CACACTCTCA AAGTAGACAC CAAGTCGGTC ACGCAGAATG TCAACGGGGC CAAAAACCTC 1740 1741 GACCTCAAAG GTGACCTGTT TGTCGGAGGT TTGGGACCCA ACATGTATCA AAACCTCCCT 1800 1801 AAGCTGGTGG TTTCCCGAGA AGGCTTCCAG GGTTGCTTGG CATCCGTAGA TCTCAACGGG 1860 1861 CGCCTGCCAG ACCTCATCAG CGACGCCCTG TTCCGCAGCG GGCATGTAGA GCGTGGCTGC 1920 1921 GAAGCCAACA AAGTTGGTTT CACCAAAGCC GACCTGCAAG GTCCGAGTAC CACCTGCCAG 1980 1981 GATGACTCAT GCGCTAACAT GGGTGTGTGC ATCCAGCAGT GGGAGAACTT CACCTGCGAC 2040 2041 TGCTCCATGA CGTCGTACAC AGGCACCCAC TGCAACGACC 2080 |