LLPS-Pes-a388
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Ensembl Gene: | ENSPSIG00000015357.1 |
| Ensembl Protein: | ENSPSIP00000018271.1 |
| Organism: | Pelodiscus sinensis |
| Taxa ID: | 13735 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSPSIT00000018357.1 | ENSPSIP00000018271.1 |
| UniProt | K7GDB0, K7GDB0_PELSI | |
| GeneBank | AGCU01098632, AGCU01098631, AGCU01098627, AGCU01098633, AGCU01098634, AGCU01098635, AGCU01098629, AGCU01098630, AGCU01098628 | |
| Entrez | 102452901 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MVGLTTSRVL NTNSITHLSL FAVPSYSLIT PNVLRVESEE NVVVEAHGLD GPMAVTVTVQ 60 61 DFPLRKNILY QVPVELNPNT GMIGTAVIKV PTKDIKKDSK QNQYVVVQAK FPQKTLEKVV 120 121 LVHFHSGYIF IQTDKTIYTP GSTVLFRIFT MGHKLEPLSK TVIVEFETPE GIIVKQIPVS 180 181 APLKTGIFSL NHFLPEIISL GTWKIVARYE DSPQQSFSAQ FDVKEYVLPS FEVILEPSEK 240 241 FLYIDGEDDF RVSITARYLY GKKLHGTAFV LFGVKLDDEK RSIPQSLKRI PITDGEGEAT 300 301 LTREMLQARF ANLRELIGHS LYISVTVLTD TGSDMVEAER TGINIVESPY QILFTKTPKY 360 361 FKPGMPFELM VYVTNPDGSP APRVPVRTEQ FQSQGSTQGD GTAKLIINMP GDQPKVHITV 420 421 KTAHPNLPAN RQAEKTMVAE TYETQGNSQN FLHLAVTASE LKPGDNLPVN FHLKSNNAAV 480 481 LNGLKYFTYI ILNKGKIIRA GRQAKEAGQS LVTMYLPITP DLIPSFRIVG YYQVADSEIV 540 541 ADSVWLDIKD TCMGTLVVKG ASEEDRAIHA PGTQMKLKLE GDHKAYVGLV AVDKGVYVLN 600 601 KKHKITQSKI WDSVEKSDIG CTPGSGKDNK GVFTDAGLAL ETSGGVSTPQ RTDPACPQPA 660 661 TRRRRSVQLI EYKANKTAEY HDRKLKKCCE DGMYENPMGH SCEKRLGYIT DTEECKQAFL 720 721 ECCTYIKTVR DKMQRELHLQ LSRSDLDEDF LSDEDITSRS QFPESWLWQV EHLTERPNDL 780 781 GISSKTLQIF LKDSITTWEV LAVSLSETKG ICVADPYEIT VMKDFFIDLR LPYSVVRNEQ 840 841 VEIRAILYNY RAEQITVRVD LLYNPAFCSA ATSKTKYRQM LKIQGRSSLA VPFIIVPLLT 900 901 GSHEIEVKAA VWGSFVADGV KKKLKVVPEG MRMTKTIKSV VLDPSGKGNN GVQEEVVHAA 960 961 DIDDMVPNTE SETKVSIQGN PVAIIVENSI DGANLKHLIV TPSGCGEQNM IGMTPPVIAT 1020 1021 HYLDSTEQWE RVGAERRAEA IKLIMPGYTQ QMVYKKPDYS YAAFKDRQAS TWLTAYVAKV 1080 1081 FAMAKKLVPL ENQVICGAVK WLILEKQKPD GVFQEDAPVI HGEMVGGYKG AEPEASLTAF 1140 1141 VLIALEEAKE ICKDQVNSLE GSINKAADYL SQKYQSLSRP YTVALASYAL AMVGRLNTEK 1200 1201 ALMKVSTDLK DTNPKARKGG TKRMQLNETE QSSYALLALL KMKKYELTSP IVKWLREQNY 1260 1261 YGGGYGSTQA TIMVFQALAQ YQIDIPQLAE LNLDVSILLP RRASPIKYRI MNQNAMVSRS 1320 1321 AETKWNEDFT VKAEGKGQGT LTVMTIYNAQ LREDASLCKK FDLRVSVEEA RGAKKPEGAM 1380 1381 RSVNIRICVR FLGQVDATMS IIDVSMLTGF SPDVEDLKRL SEGVDKYMSK FDIDKAPSDR 1440 1441 GNLIIYLDKV SHREDECWQF KAHQFFEVGL IQPASVTVYD YYSIDDRCTR FYHPSKQSGL 1500 1501 LSKICHGDIC RCAEENCFMQ QKIEGPINLN KRIEEACEPG VDYVYKTRLV RTSESKDGYD 1560 1561 SYIMEILQII KAGTDENPLG KTRPFISHEK CRKSLSLEVN KDYLIWGLST DLWPRKSELT 1620 1621 YIIGKDTWIE KWPNEDECQE PDFQSLCQQF LEFSEAMTMF GCPT 1664 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGTGGGAC TGACAACCAG CAGGGTTTTA AATACTAACA GTATTACTCA CCTCAGCCTT 60 61 TTTGCCGTTC CCAGCTACTC CCTGATCACC CCCAACGTCC TGCGGGTGGA GAGTGAAGAG 120 121 AACGTCGTGG TTGAAGCCCA TGGCCTCGAT GGCCCCATGG CGGTCACGGT CACCGTGCAA 180 181 GACTTCCCGC TCAGGAAGAA CATTTTATAC CAGGTCCCAG TGGAACTGAA CCCTAACACA 240 241 GGGATGATTG GCACAGCTGT CATAAAGGTC CCCACCAAAG ACATAAAGAA AGATTCCAAA 300 301 CAAAACCAGT ATGTGGTGGT CCAGGCCAAA TTCCCTCAGA AAACCCTGGA AAAAGTGGTT 360 361 CTGGTCCATT TCCACAGTGG ATACATCTTT ATCCAGACAG ATAAAACCAT CTACACCCCC 420 421 GGGTCCACAG TCCTCTTCCG GATCTTCACC ATGGGTCACA AGCTGGAACC GTTGTCCAAG 480 481 ACTGTGATTG TGGAGTTTGA GACCCCCGAG GGCATTATTG TCAAGCAGAT CCCCGTCTCT 540 541 GCCCCCTTGA AAACAGGCAT CTTCTCCCTG AACCACTTCT TGCCGGAGAT TATCAGCCTG 600 601 GGGACCTGGA AGATCGTGGC CAGGTATGAA GATTCCCCTC AGCAGAGCTT CAGTGCGCAG 660 661 TTTGACGTGA AGGAGTATGT GTTGCCGAGT TTCGAAGTCA TCTTGGAACC ATCTGAGAAG 720 721 TTCTTGTACA TCGATGGCGA GGACGACTTC AGGGTTTCTA TTACTGCGAG GTATCTATAT 780 781 GGGAAAAAAC TACACGGCAC GGCCTTTGTC CTCTTTGGGG TGAAGCTGGA TGATGAGAAG 840 841 AGGAGCATCC CTCAGTCTCT CAAGAGAATC CCGATAACAG ATGGCGAGGG GGAAGCCACA 900 901 CTGACAAGAG AGATGCTGCA GGCCCGGTTT GCAAACCTAC GGGAACTGAT TGGCCATTCA 960 961 CTCTACATCT CGGTCACGGT GTTGACAGAT ACTGGCAGCG ACATGGTGGA AGCCGAGAGA 1020 1021 ACCGGAATTA ACATCGTGGA GTCTCCCTAT CAGATCCTCT TCACAAAAAC ACCCAAGTAC 1080 1081 TTCAAGCCAG GGATGCCCTT TGAACTCATG GTCTATGTCA CTAACCCCGA TGGCTCTCCA 1140 1141 GCCCCTCGTG TCCCAGTAAG GACCGAACAA TTCCAGTCGC AAGGTTCAAC CCAGGGAGAT 1200 1201 GGAACTGCTA AGCTGATTAT AAACATGCCC GGGGACCAGC CAAAGGTTCA CATCACGGTC 1260 1261 AAAACTGCCC ACCCCAACCT CCCGGCGAAC CGCCAGGCCG AGAAGACCAT GGTGGCTGAA 1320 1321 ACCTATGAGA CCCAGGGCAA CTCTCAAAAC TTCCTCCATC TGGCGGTGAC GGCGTCCGAG 1380 1381 CTCAAACCTG GAGACAACTT ACCTGTGAAT TTCCACCTGA AGAGCAACAA TGCAGCTGTT 1440 1441 CTGAACGGAC TTAAGTATTT CACCTACATA ATCCTGAACA AAGGGAAGAT CATCCGCGCT 1500 1501 GGGAGACAGG CCAAGGAGGC AGGACAGAGT CTGGTGACCA TGTACCTGCC CATCACGCCC 1560 1561 GACCTCATCC CGTCGTTCCG CATTGTGGGG TACTACCAAG TAGCAGATTC GGAGATAGTA 1620 1621 GCAGACTCGG TCTGGCTGGA CATCAAGGAC ACTTGCATGG GAACGCTGGT GGTGAAAGGA 1680 1681 GCCTCCGAGG AAGATCGGGC AATCCATGCG CCTGGAACAC AAATGAAACT CAAGCTGGAA 1740 1741 GGAGACCACA AAGCGTATGT CGGCCTGGTG GCCGTGGACA AAGGCGTCTA CGTGCTCAAC 1800 1801 AAAAAACACA AAATTACGCA ATCTAAGATC TGGGACTCCG TGGAAAAGAG TGACATTGGC 1860 1861 TGCACACCCG GCAGTGGAAA GGACAATAAG GGGGTGTTTA CAGATGCCGG CCTGGCCCTG 1920 1921 GAGACGAGCG GTGGTGTTTC GACGCCCCAG AGAACAGATC CAGCGTGTCC CCAGCCCGCA 1980 1981 ACACGCCGGC GCCGCTCCGT CCAGCTCATT GAGTACAAGG CAAACAAAAC GGCCGAGTAC 2040 2041 CATGACCGGA AGCTGAAGAA ATGCTGCGAG GACGGGATGT ATGAGAACCC CATGGGGCAC 2100 2101 AGCTGCGAGA AGAGGCTCGG GTACATCACC GATACGGAAG AATGCAAACA GGCCTTCCTA 2160 2161 GAGTGCTGCA CTTACATCAA GACCGTGCGG GACAAGATGC AACGGGAGCT CCACCTGCAA 2220 2221 CTGTCAAGAA GTGACTTGGA TGAAGATTTC CTGTCGGACG AGGATATCAC CTCCCGGAGC 2280 2281 CAGTTCCCAG AGAGCTGGCT GTGGCAAGTG GAGCACCTGA CCGAGCGCCC CAATGACCTG 2340 2341 GGAATTTCTT CCAAGACGTT GCAAATTTTC CTGAAGGATT CCATCACTAC CTGGGAAGTG 2400 2401 CTGGCGGTCA GTCTCTCCGA GACCAAAGGG ATCTGCGTGG CCGACCCCTA TGAGATCACA 2460 2461 GTGATGAAAG ACTTTTTCAT CGACCTCCGG CTGCCCTACT CTGTGGTGAG GAACGAACAG 2520 2521 GTGGAGATCC GGGCTATTCT CTACAACTAC CGGGCCGAAC AGATTACGGT CCGGGTAGAC 2580 2581 CTGCTCTACA ACCCGGCCTT CTGCAGCGCA GCCACGTCCA AGACGAAATA CCGGCAAATG 2640 2641 CTCAAAATCC AAGGCAGGTC CTCCCTCGCC GTGCCCTTCA TCATTGTCCC GTTGCTGACG 2700 2701 GGATCTCACG AAATCGAGGT CAAAGCCGCC GTGTGGGGCA GTTTCGTGGC GGATGGTGTG 2760 2761 AAGAAGAAAC TGAAGGTCGT GCCGGAAGGG ATGAGGATGA CCAAGACAAT TAAATCTGTC 2820 2821 GTACTGGATC CGTCTGGGAA AGGAAACAAC GGCGTCCAGG AAGAGGTGGT GCATGCGGCC 2880 2881 GATATCGACG ACATGGTTCC CAACACAGAG TCGGAGACCA AAGTCAGCAT CCAAGGGAAC 2940 2941 CCCGTGGCGA TAATTGTGGA AAACTCCATC GACGGGGCCA ACCTGAAGCA CCTCATTGTG 3000 3001 ACGCCGTCGG GCTGCGGGGA GCAGAACATG ATCGGCATGA CCCCCCCGGT CATCGCCACC 3060 3061 CACTACCTGG ACAGCACGGA GCAGTGGGAG CGGGTCGGGG CGGAGCGCCG GGCGGAAGCC 3120 3121 ATCAAGCTGA TCATGCCAGG TTACACCCAG CAGATGGTTT ACAAAAAGCC CGACTACTCG 3180 3181 TACGCTGCTT TCAAAGACCG GCAAGCAAGC ACTTGGCTGA CGGCCTATGT GGCGAAGGTC 3240 3241 TTTGCCATGG CCAAGAAACT AGTGCCTCTT GAAAACCAAG TGATCTGCGG GGCGGTGAAG 3300 3301 TGGCTGATCC TGGAAAAGCA GAAGCCGGAC GGGGTCTTCC AAGAAGACGC TCCCGTGATC 3360 3361 CACGGAGAGA TGGTGGGAGG GTACAAAGGC GCTGAGCCGG AAGCGTCGCT GACGGCTTTC 3420 3421 GTTCTGATTG CGTTGGAAGA GGCCAAGGAA ATCTGCAAGG ATCAAGTCAA CAGTTTGGAA 3480 3481 GGCAGCATCA ACAAGGCCGC TGACTACTTA TCCCAGAAGT ACCAGTCTCT CTCAAGACCT 3540 3541 TACACCGTGG CTCTCGCGTC CTATGCCTTA GCAATGGTGG GGAGACTGAA CACCGAGAAG 3600 3601 GCACTCATGA AAGTTTCCAC AGATCTAAAG GATACAAACC CGAAAGCGAG AAAAGGGGGG 3660 3661 ACCAAGAGGA TGCAACTGAA TGAAACCGAG CAAAGCTCCT ACGCCTTGCT GGCCTTGCTG 3720 3721 AAGATGAAGA AGTACGAGCT GACCAGCCCC ATCGTCAAAT GGCTGAGGGA GCAGAACTAC 3780 3781 TACGGAGGGG GCTACGGATC TACCCAAGCG ACCATCATGG TGTTCCAGGC TCTGGCGCAG 3840 3841 TACCAGATCG ACATTCCGCA GCTCGCCGAA CTTAACCTGG ACGTCTCTAT TCTCCTGCCG 3900 3901 CGCCGGGCTA GCCCCATCAA GTACAGAATC ATGAATCAGA ACGCGATGGT GTCCAGATCA 3960 3961 GCAGAGACCA AGTGGAATGA AGACTTCACG GTGAAGGCGG AAGGGAAGGG ACAAGGGACC 4020 4021 TTAACGGTCA TGACGATTTA TAACGCACAG CTGCGGGAAG ATGCATCCCT GTGTAAGAAG 4080 4081 TTTGACCTGA GGGTATCCGT CGAAGAAGCC AGAGGCGCCA AGAAGCCGGA AGGAGCAATG 4140 4141 CGTTCAGTCA ATATTAGAAT ATGCGTCAGG TTCCTCGGCC AAGTCGATGC CACGATGTCC 4200 4201 ATCATCGATG TCTCCATGCT CACTGGCTTC TCCCCTGACG TGGAGGACCT GAAGAGACTT 4260 4261 TCCGAAGGGG TCGACAAGTA CATGTCCAAG TTTGACATCG ACAAAGCCCC ATCCGACAGA 4320 4321 GGCAACCTCA TCATCTATCT GGACAAGGTT TCTCACCGGG AGGATGAATG CTGGCAGTTC 4380 4381 AAAGCGCACC AGTTTTTCGA AGTGGGTCTC ATTCAGCCGG CGTCCGTCAC AGTCTATGAC 4440 4441 TATTACAGCA TAGATGACCG GTGCACCAGG TTCTACCACC CGTCCAAGCA GAGCGGGCTC 4500 4501 CTCAGTAAGA TCTGTCACGG GGACATCTGC CGGTGTGCTG AAGAAAACTG CTTCATGCAG 4560 4561 CAGAAGATCG AGGGTCCCAT CAACCTGAAC AAGCGAATAG AGGAAGCCTG TGAACCTGGA 4620 4621 GTGGATTATG TGTATAAAAC CAGGCTGGTC CGAACGTCTG AATCGAAGGA TGGCTATGAC 4680 4681 AGCTACATCA TGGAAATTTT GCAAATCATT AAAGCAGGGA CTGATGAAAA TCCACTCGGA 4740 4741 AAAACCCGCC CGTTCATCAG CCATGAGAAA TGCAGGAAGT CCCTGAGTCT GGAGGTTAAC 4800 4801 AAAGACTACT TGATCTGGGG TCTTAGCACT GACTTGTGGC CCAGGAAATC GGAGCTCACC 4860 4861 TACATCATCG GCAAGGACAC CTGGATCGAG AAGTGGCCCA ACGAGGACGA ATGCCAGGAG 4920 4921 CCGGATTTCC AGAGCCTCTG CCAGCAATTC CTCGAGTTCT CCGAGGCCAT GACCATGTTC 4980 4981 GGCTGCCCCA CCTAA 4995 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a450 | Homo sapiens | 0.0 | 1954 | undefined |
| LLPS-Mum-a447 | Mus musculus | 0.0 | 1939 | undefined |