LLPS-Fec-a104
FRY
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Gene Name: | FRY |
| Ensembl Gene: | ENSFCAG00000010970.5 |
| Ensembl Protein: | ENSFCAP00000010193.3 |
| Organism: | Felis catus |
| Taxa ID: | 9685 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSFCAT00000010974.5 | ENSFCAP00000010193.3 |
| Ensembl | ENSFCAT00000026390.3 | ENSFCAP00000021369.3 |
| Ensembl | ENSFCAT00000036292.2 | ENSFCAP00000032972.2 |
| UniProt | M3WE97, M3WE97_FELCA | |
| GeneBank | AANG04001781 | |
| RefSeq | XM_019825125.1 | XP_019680684.1 |
| Entrez | 101101436 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MASQQDSGFF EISIKYLLKS WSNTSPVGNG YIKPPVPPVS GTQREKGPPT MLPINVDPDS 60 61 KPGEYVLKSL FVNFTTQAER KIRIIMAEPL EKPLTKSLQR GEDTQFDQVI SSMSSLSEYC 120 121 LPSILRTLFD WYKRQNGIED ESHEYRPRTS NKSKSDEQQR DYLMERRDLA IDFIFSLVLI 180 181 EVLKQIPLHP VIDSLIHDVI NLAFKHFKYK EGYLGPNTGN MHIVADLYAE VIGVLAQAKF 240 241 PAVKKKFMAE LKELRHKEQS PYVVQSIISL IMGMKFFRIK MYPVEDFEAS LQFMQECAHY 300 301 FLEVKDKDIK HALAGLFVEI LVPVAAAVKN EVNVPCLRNF VESLYDTTLE LSSRKKHSLA 360 361 LYPLVTCLLC VSQKQLFLNR WHIFLNNCLS NLKNKDPKMA RVALESLYRL LWVYMIRIKC 420 421 ESNTATQSRL ITIITTLFPK GSRGVVPRDM PLNIFVKIIQ FIAQERLDFA MKEIIFDFLC 480 481 VGKPAKAFSL NPERMNIGLR AFLVIADSLQ QKDGEPPMPV TGAVLPSGNT LRVKKTYLSK 540 541 TLTEEEAKMI GMSLYYSQVR KAVDNILRHL DKEVGRCMML TNVQMLNKEP EDMITGERKP 600 601 KIDLFRTCVA AIPRLLPDGM SKLELIDLLA RLSIHMDDEL RHIAQNSLQG LLVDFSDWRE 660 661 DVLFGFTNFL LREVNDMHHT LLDSSLKLLL QLLTQWKLVT QTQGKVYEQA GKIRNSELIP 720 721 NGSSHRIQSE RGPHCSVLHA VEGFALVLLC SFQVATRKLS VLILKEIRAL FVALGQPEDD 780 781 DRPMIDVMDQ LSSSILESFI HVAVSDSATL PLTHSVDLQW LVEWNAVLVN SHYDVKSPSH 840 841 VWIFAQSVKD PWVLCLFSFL RQENLPKHCP TALSYAWPYA FTRLQSVMPL VDPNSPINAK 900 901 KTNTAGSGDN YVTLWRNYLI LCFGVAKPSI MSPGHLRAST PEIMATTPDG TVSYDNKAIG 960 961 TPSVGVLLKQ LVPLMRLEGI EITESLVLGF GRTNSLVFRE LVEELHPLMK EALERRPENK 1020 1021 KRRERRDLLR LQLLRIFELL ADAGVISDST NGALERDTLA LGALFLEYVD LTRMLLEAEN 1080 1081 DKEVEILKDI RAHFSAMVAN LIQCVPVHHR RFLFPQQSLR HHLFILFSQW AGPFSIMFTP 1140 1141 LDRYSDRNHQ ITRYQYCALK AMSAVLCCGP VFDNVGLSPD GYLYKWLDNI LACQDLRVHQ 1200 1201 LGCEVVVLLL ELNPDQINLF NWAIDRCYTG SYQLASGCFK AIATVCGSRN YPFDIVTLLN 1260 1261 LVLFKASDTN REIYEISMQL MQILEAKLFV YSKKVAEQRP GSILYGTHGP LPPLYSVSLA 1320 1321 LLSCELARMY PELTLPLFSE VSQRFPTTHP NGRQIMLTYL LPWLHNIELV DSRLLLPGSS 1380 1381 PSSPDDDVKD REGEVPTSHG LRGSGWGSPE ATSLVLNNLM YMTAKYGDEV PGPEMENAWN 1440 1441 ALANNEKWTN NLRITLQFLI SLCGVSSDTL LLPYIKKVAI YLCRNNTIQT MEELLFELQQ 1500 1501 TEPVNPIVQH CDNPPFYRFA ASSKASAAAS GTTSSSNTVV AGQDSFPDAE ESKILKESDE 1560 1561 RFSNVIRAHT RLESRYSNSS GGSYDEDKND PISPYTGWLL TITETKQPQP LPMPCTGGCW 1620 1621 APLVDYLPET ITPRGPLHRC NIAVIFMTEM VVDHSVREDW ALHLPLLLHA VFLGLDHYRP 1680 1681 EVFEHSKKLL LHLLIALSCN SNFHAIASVL LQTREMGEAK TLTVQPAYQP EYLYTGGFDF 1740 1741 LREDQSSPVP DSGLSSSSTS SSISLGGSSG NLPQMTQEVE DVDTTAEADE KANKLIEFLT 1800 1801 TRAFGPLWCH EDITPKNQNS KSAEQLTNFL RHVVSVFKDS KSGFHLEQHL SEVALQTALA 1860 1861 SSSRHYAGRS FQIFRALKQP LSAHALSDLL SRLVEVIGEH GDEIQGYVME ALLTLEAAVD 1920 1921 NLSDCLRNSD LLTVLSRSSS PDLSSSTKLT ASRKSTGQLN VNPGTASGNT ATAERSRHQR 1980 1981 SFSVPKKFGV VDRSSDPPRS ATLDRIQACT QQGLSSKTRS SSSLKDSLSD PSHINHPTNL 2040 2041 LATIFWVTVA LMESDFEFEY LMALRLLNRL LAHMPLDKAE NREKLEKLQG QLKWSDFSGL 2100 2101 QQLLLKGFTS LTTTDLTLQL FSLLTPVSKV SMVDSSQAIG FPLNVLCLLP QLIQHFENPN 2160 2161 QFCKDIAERI AQVCLEEKNP KLSNLAHVMT LYKTHSYTRD CATWVNVVCR YLHEAYADIT 2220 2221 LNMVTYLAEL LEKGLPSMQQ PLLQVIYSLL SYMDLSVVPV KQFNVEVLKT IEKYVQSVHW 2280 2281 REALNILKLV VSRSASLVLP SYQHSDLSKI EIHRVWTSAS KELPGKTLDF HFDISETPII 2340 2341 GRRYDELQNA SGRDGKPRAM AVTRSTSSTS SGSNSNVLVP VSWKRPQYSQ KRTKEKLVHV 2400 2401 LSLCGQEVGL SKNPSVIFSS CGDLDLLEHQ TSLVSSEDGA REQENMDDTN SEQQFRVFRD 2460 2461 FDFLDVELED GEGESMDNFN WGVRRRSLDS LDKCDRQLLE ENPLAGRSPS LNKMNREDSD 2520 2521 ESSEEEDLTT SQILEHSDLI MTRSPSEETN PLESLAAACD MTPADPHSFS TRMASFDAAL 2580 2581 SDMNNLQISE GSKAEAVQEE EDTAVHEDDL SSSVNELPAT FECSGSFSLD MTEAEEKGNR 2640 2641 ALDQFTLASF GEGDRGVSPP PSPFFSAILA AFQPAACDDA EEAWRSHINQ LMCDSDGSCA 2700 2701 VYTFHVFSSL FKNIQKRFCF LTCDAASYLG DNLRGIGSKF VSSSQMLTSC SECPTLFVDA 2760 2761 ETLLSCGLLD KLKFSVLELQ EYLDTYNNRK EATLSWLANC KATFAGGSRD GVITCQPGDS 2820 2821 EEKQLELCQR LYKLHFQLLL LFQSYCKLIG QVHEVSSMPE LLNMSRELSD LKKNLKEATA 2880 2881 AIAADPLYIE GAWSEPTFTS TEAAIQSMLE CLKNNELGKA LRQIRECRSL WPNDIFGSSS 2940 2941 DDEVQTLLNI YFRHQTLGQT GTYALVGSNQ SLTEICTKLM ELNMEIRDMI RRAQSYRVLT 3000 3001 AFLPDSSVSG TSL 3013 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCCAGCC AGCAGGATTC CGGCTTCTTT GAGATCAGTA TCAAATATTT ACTGAAATCC 60 61 TGGAGTAATA CTTCTCCAGT TGGCAACGGT TATATCAAGC CTCCGGTTCC ACCTGTTTCT 120 121 GGCACACAGA GAGAGAAAGG GCCGCCAACC ATGTTACCCA TCAACGTGGA CCCAGACAGC 180 181 AAACCAGGAG AATATGTCCT CAAGAGTTTA TTCGTCAACT TTACCACTCA GGCTGAGCGC 240 241 AAGATTCGCA TCATCATGGC AGAGCCTCTG GAAAAGCCAT TGACAAAATC TCTACAACGT 300 301 GGAGAAGATA CCCAGTTTGA CCAAGTCATC AGCTCAATGA GCTCCCTTTC TGAGTACTGC 360 361 CTGCCTTCCA TTCTGCGTAC ATTATTTGAC TGGTATAAAA GGCAAAATGG CATTGAGGAT 420 421 GAATCACATG AATACAGACC AAGAACAAGC AATAAATCAA AAAGTGATGA ACAACAGCGT 480 481 GATTATTTAA TGGAAAGACG GGACCTCGCC ATTGATTTCA TTTTTTCTTT AGTATTAATA 540 541 GAAGTTTTGA AACAGATTCC ACTTCATCCT GTAATAGACA GTCTAATACA TGATGTTATT 600 601 AACTTGGCTT TCAAGCACTT TAAGTACAAA GAAGGGTACC TTGGTCCTAA CACTGGAAAT 660 661 ATGCACATCG TGGCAGACCT GTACGCAGAA GTCATTGGAG TGTTGGCACA AGCTAAATTC 720 721 CCTGCTGTAA AGAAGAAATT TATGGCAGAG CTAAAAGAAT TACGGCACAA AGAGCAGAGC 780 781 CCGTATGTCG TTCAGAGTAT TATCAGCTTG ATAATGGGGA TGAAATTCTT TCGAATTAAG 840 841 ATGTATCCAG TGGAGGACTT TGAGGCCTCG CTTCAGTTTA TGCAGGAATG TGCACATTAT 900 901 TTCCTCGAGG TCAAAGACAA AGATATCAAA CATGCCTTGG CTGGACTTTT TGTTGAAATT 960 961 CTTGTCCCAG TTGCTGCCGC TGTTAAAAAT GAAGTCAATG TTCCCTGTCT TAGAAACTTT 1020 1021 GTTGAAAGCC TATATGATAC CACGCTGGAA CTTTCTTCTC GAAAGAAGCA TTCGTTGGCC 1080 1081 CTGTACCCCC TGGTGACCTG TCTTCTCTGT GTCAGTCAGA AGCAGCTGTT CCTGAACAGG 1140 1141 TGGCACATTT TCCTCAACAA CTGCTTATCC AACCTTAAAA ATAAAGACCC CAAGATGGCT 1200 1201 CGGGTTGCAC TGGAATCTCT ATACAGATTA CTCTGGGTTT ACATGATTCG AATTAAATGT 1260 1261 GAAAGCAACA CAGCTACTCA GAGCCGTCTT ATAACCATCA TCACAACACT TTTCCCCAAA 1320 1321 GGGTCCCGTG GTGTGGTGCC AAGGGATATG CCTCTGAACA TCTTTGTGAA AATCATCCAG 1380 1381 TTCATTGCCC AGGAACGCTT AGATTTTGCC ATGAAAGAAA TTATTTTTGA TTTTCTCTGT 1440 1441 GTGGGAAAAC CAGCAAAAGC TTTCAGCCTC AACCCAGAGA GAATGAACAT TGGTTTACGG 1500 1501 GCATTCTTAG TAATAGCCGA CAGCTTGCAG CAGAAAGACG GTGAACCCCC CATGCCGGTG 1560 1561 ACAGGAGCTG TTCTCCCTTC AGGAAACACA TTGAGAGTGA AGAAAACATA TTTGAGTAAA 1620 1621 ACGCTAACTG AAGAAGAAGC CAAAATGATA GGAATGTCCT TGTATTACTC CCAAGTACGA 1680 1681 AAAGCTGTGG ACAACATTTT AAGGCACCTC GATAAAGAAG TGGGAAGGTG TATGATGCTA 1740 1741 ACGAATGTTC AGATGCTAAA CAAAGAACCT GAAGACATGA TCACGGGTGA GAGAAAGCCA 1800 1801 AAAATAGATC TTTTCAGGAC CTGTGTTGCT GCTATCCCTC GACTCCTTCC TGATGGCATG 1860 1861 TCAAAACTTG AACTCATTGA CTTGCTGGCT AGGCTGTCTA TTCACATGGA TGATGAACTG 1920 1921 CGACACATTG CACAAAACTC TCTTCAGGGT TTACTTGTTG ACTTCTCAGA CTGGAGAGAA 1980 1981 GATGTACTGT TTGGCTTTAC CAACTTCTTA CTCCGGGAAG TAAATGACAT GCACCACACG 2040 2041 CTCCTTGATT CGTCCCTGAA GTTACTGCTC CAGCTGCTCA CGCAGTGGAA ACTGGTCACA 2100 2101 CAAACTCAAG GAAAAGTCTA CGAACAAGCC GGCAAGATCA GAAATTCAGA GCTAATTCCA 2160 2161 AATGGCTCCA GCCACCGAAT TCAGTCGGAG CGAGGTCCCC ACTGCAGTGT TCTTCACGCC 2220 2221 GTGGAAGGCT TTGCCCTGGT TTTACTCTGC AGTTTCCAGG TGGCCACACG CAAACTGTCC 2280 2281 GTTTTAATAC TCAAGGAAAT TCGAGCTTTA TTTGTTGCCC TGGGTCAACC GGAGGACGAT 2340 2341 GACAGGCCTA TGATTGATGT CATGGATCAG CTAAGTTCTT CCATTCTCGA AAGTTTCATT 2400 2401 CATGTAGCAG TTTCAGATTC GGCCACATTA CCGCTGACCC ACAGTGTGGA TCTGCAGTGG 2460 2461 TTGGTGGAGT GGAATGCAGT CCTGGTCAAT AGCCATTACG ATGTGAAGAG CCCTTCCCAT 2520 2521 GTCTGGATAT TCGCTCAGTC TGTCAAAGAC CCCTGGGTCC TCTGCCTCTT CAGTTTCCTC 2580 2581 CGGCAGGAGA ACTTGCCCAA ACACTGCCCC ACAGCCCTCA GCTACGCCTG GCCGTACGCC 2640 2641 TTCACTCGGC TCCAGTCGGT CATGCCTCTG GTTGACCCAA ACAGCCCAAT TAATGCCAAG 2700 2701 AAAACCAACA CCGCCGGCAG TGGAGATAAT TATGTTACCT TGTGGAGAAA CTACCTTATC 2760 2761 CTTTGTTTTG GAGTTGCAAA ACCCAGTATT ATGAGCCCGG GACACTTAAG AGCTTCCACT 2820 2821 CCAGAAATAA TGGCGACCAC ACCTGATGGT ACAGTGAGCT ACGATAACAA GGCCATAGGC 2880 2881 ACCCCATCGG TGGGAGTTCT GTTAAAGCAG TTGGTGCCTT TGATGAGACT AGAGGGCATT 2940 2941 GAGATCACAG AGTCCTTAGT TTTAGGATTT GGAAGAACAA ATTCCCTTGT TTTCAGAGAG 3000 3001 TTGGTGGAAG AACTCCATCC ATTAATGAAA GAAGCCCTGG AACGAAGACC AGAGAACAAA 3060 3061 AAACGCCGAG AACGGCGGGA TTTGTTAAGG CTACAGCTCC TTCGAATTTT CGAGCTTCTG 3120 3121 GCTGATGCTG GTGTCATAAG TGACAGCACA AATGGAGCCT TGGAACGGGA TACGTTAGCC 3180 3181 CTTGGAGCTT TGTTCTTAGA ATATGTGGAC CTGACCCGCA TGCTTCTAGA AGCCGAAAAT 3240 3241 GATAAAGAAG TTGAAATTCT TAAAGATATC CGGGCACATT TTAGTGCGAT GGTCGCCAAC 3300 3301 TTGATTCAGT GTGTTCCAGT TCACCACCGA AGATTTCTGT TCCCCCAGCA AAGCCTGAGG 3360 3361 CATCATCTTT TCATCTTGTT TAGCCAGTGG GCAGGACCCT TCAGCATTAT GTTCACCCCT 3420 3421 CTCGACCGCT ACAGTGATAG AAATCATCAA ATTACACGAT ACCAGTATTG CGCATTAAAG 3480 3481 GCAATGTCAG CAGTGTTGTG TTGCGGCCCT GTGTTTGACA ATGTGGGCCT TTCTCCCGAT 3540 3541 GGCTACCTAT ATAAGTGGCT TGACAACATT CTGGCTTGTC AAGATTTACG AGTTCATCAG 3600 3601 CTTGGCTGTG AAGTTGTCGT CTTGCTATTG GAACTTAATC CTGACCAAAT CAATCTTTTT 3660 3661 AATTGGGCGA TTGACCGATG CTACACAGGT TCCTACCAGC TTGCATCCGG CTGCTTCAAA 3720 3721 GCCATCGCAA CTGTGTGTGG AAGCAGGAAC TATCCCTTCG ACATAGTGAC ATTGTTAAAC 3780 3781 CTTGTTCTAT TCAAGGCCTC TGACACCAAC AGAGAGATTT ATGAAATCTC CATGCAGCTC 3840 3841 ATGCAGATCC TTGAAGCAAA GCTCTTTGTA TACTCAAAGA AAGTCGCTGA ACAGAGACCC 3900 3901 GGAAGTATTC TCTATGGAAC GCACGGCCCA TTGCCACCCC TCTACAGTGT GTCACTAGCC 3960 3961 CTCTTGTCAT GTGAACTGGC CAGGATGTAC CCCGAGCTCA CCCTCCCACT CTTCTCAGAG 4020 4021 GTAAGCCAGC GATTTCCCAC GACACACCCA AACGGGCGTC AGATCATGCT CACCTACCTG 4080 4081 CTGCCCTGGC TGCACAACAT CGAGCTGGTG GACAGCAGGC TCCTCCTCCC GGGATCAAGC 4140 4141 CCCAGCAGCC CAGACGATGA CGTCAAGGAC CGGGAAGGAG AAGTGCCCAC TTCACACGGG 4200 4201 CTGAGAGGGA GTGGCTGGGG CTCCCCGGAA GCTACGTCAC TGGTCCTGAA TAACCTCATG 4260 4261 TACATGACGG CCAAGTATGG AGACGAAGTT CCTGGACCAG AAATGGAAAA TGCTTGGAAT 4320 4321 GCTTTAGCCA ACAACGAGAA ATGGACCAAC AACCTGAGGA TCACCCTGCA GTTCCTGATC 4380 4381 AGCCTGTGTG GCGTGAGCAG TGACACGCTT CTCTTGCCCT ACATCAAAAA GGTGGCAATA 4440 4441 TACTTGTGCC GTAACAACAC CATTCAAACC ATGGAAGAGC TTCTCTTTGA GCTGCAACAG 4500 4501 ACGGAGCCCG TGAATCCCAT CGTCCAGCAC TGTGACAACC CGCCGTTCTA CCGCTTTGCG 4560 4561 GCCAGCAGCA AGGCCTCTGC GGCAGCCTCT GGAACCACCT CCAGCAGCAA CACAGTGGTG 4620 4621 GCCGGCCAGG ACAGTTTCCC AGATGCCGAG GAGAGCAAGA TATTGAAAGA ATCGGATGAG 4680 4681 AGGTTTAGTA ACGTCATCAG AGCCCACACC CGCCTAGAGT CAAGATACAG CAATAGCTCT 4740 4741 GGAGGATCAT ATGATGAAGA TAAAAATGAC CCGATTTCTC CGTATACGGG CTGGCTGTTG 4800 4801 ACTATTACAG AGACCAAACA GCCACAGCCC TTACCCATGC CTTGTACTGG AGGATGCTGG 4860 4861 GCCCCCCTGG TTGACTACCT CCCAGAGACT ATCACTCCCC GGGGACCCCT CCACAGGTGC 4920 4921 AATATTGCTG TAATTTTTAT GACTGAGATG GTGGTGGATC ACAGTGTGAG AGAAGATTGG 4980 4981 GCTCTTCATC TACCATTATT ACTCCATGCT GTCTTCTTAG GTTTGGACCA TTACCGGCCT 5040 5041 GAAGTCTTTG AACACAGCAA AAAATTGCTT CTTCACCTCT TGATTGCCCT CTCTTGCAAC 5100 5101 AGCAATTTTC ATGCCATTGC TTCTGTGCTC CTGCAGACTC GAGAGATGGG TGAAGCTAAG 5160 5161 ACTCTAACAG TTCAGCCGGC TTATCAACCG GAGTATCTCT ACACAGGTGG CTTTGACTTC 5220 5221 CTGAGAGAGG ACCAGTCGTC CCCAGTGCCA GACTCGGGGC TAAGCTCCAG TTCCACGTCC 5280 5281 TCCAGCATCA GCTTGGGGGG CAGCAGTGGG AACCTCCCGC AGATGACCCA GGAGGTGGAA 5340 5341 GACGTGGACA CAACCGCTGA AGCGGATGAG AAGGCGAACA AGCTCATTGA GTTTCTGACG 5400 5401 ACCAGGGCAT TTGGTCCACT TTGGTGCCAT GAAGACATCA CACCCAAAAA TCAAAATTCA 5460 5461 AAGAGTGCTG AACAGCTTAC TAATTTTCTA CGTCATGTTG TATCCGTATT TAAAGACTCC 5520 5521 AAATCAGGTT TCCATCTGGA GCAGCACTTG AGTGAAGTTG CATTGCAGAC AGCCCTCGCA 5580 5581 AGCTCTTCGA GGCACTATGC CGGTCGGTCC TTCCAGATAT TCCGGGCGCT CAAGCAACCT 5640 5641 CTGTCAGCAC ATGCCTTGTC TGACCTTCTC TCCAGGCTGG TGGAGGTGAT TGGAGAACAT 5700 5701 GGAGATGAGA TTCAGGGTTA CGTAATGGAA GCACTCCTTA CTTTGGAAGC TGCTGTGGAT 5760 5761 AACTTGTCTG ACTGCTTGAG GAACAGCGAT CTCTTAACGG TATTATCTCG CTCTTCATCA 5820 5821 CCAGATTTAA GCTCTAGCAC TAAACTAACA GCAAGCAGAA AGAGCACAGG ACAACTAAAT 5880 5881 GTGAACCCTG GGACAGCCAG TGGCAATACA GCAACCGCAG AACGGAGCCG GCATCAAAGA 5940 5941 AGCTTTTCTG TGCCCAAGAA GTTTGGTGTT GTCGACCGGT CCTCAGACCC ACCCAGGAGT 6000 6001 GCCACACTGG ACAGAATCCA GGCTTGTACC CAACAAGGCC TCTCCTCAAA AACCAGAAGC 6060 6061 TCATCCTCCT TGAAGGACAG CCTCTCAGAC CCATCACACA TAAACCATCC AACAAACCTA 6120 6121 TTGGCCACCA TCTTTTGGGT CACAGTGGCT TTGATGGAAT CTGATTTTGA GTTCGAATAC 6180 6181 CTAATGGCCT TAAGGCTGTT GAATAGACTA CTGGCTCACA TGCCACTTGA TAAAGCTGAG 6240 6241 AACCGAGAAA AACTTGAGAA ACTCCAAGGG CAGCTCAAGT GGTCAGACTT CTCAGGGTTG 6300 6301 CAGCAGCTAC TGCTGAAGGG ATTCACCTCC CTCACCACCA CTGACCTTAC CCTGCAGCTT 6360 6361 TTCAGTTTGC TGACACCAGT ATCCAAAGTA TCCATGGTGG ATTCATCCCA AGCCATTGGG 6420 6421 TTTCCACTGA ACGTGTTGTG TCTCCTGCCC CAGCTGATTC AGCATTTTGA AAATCCCAAT 6480 6481 CAGTTCTGCA AGGATATAGC CGAAAGGATT GCGCAGGTGT GTTTGGAAGA GAAGAACCCC 6540 6541 AAACTTTCCA ATCTTGCGCA TGTCATGACC CTTTATAAAA CACACAGCTA CACGAGAGAC 6600 6601 TGTGCCACAT GGGTCAACGT GGTCTGCCGA TACCTTCATG AAGCATATGC TGACATCACC 6660 6661 TTGAATATGG TGACCTACCT GGCAGAGCTG CTGGAGAAGG GTCTCCCAAG CATGCAGCAG 6720 6721 CCCCTCCTCC AGGTGATCTA CAGTCTGCTC AGCTACATGG ATCTGTCAGT CGTGCCTGTA 6780 6781 AAGCAGTTTA ATGTGGAAGT TCTGAAGACC ATTGAAAAAT ATGTCCAAAG TGTTCACTGG 6840 6841 AGAGAAGCTT TGAATATCCT GAAACTGGTG GTTTCTCGAT CTGCCAGTCT AGTTTTGCCT 6900 6901 TCCTACCAGC ACAGTGACCT CTCAAAGATA GAAATACATC GAGTGTGGAC CAGTGCTTCT 6960 6961 AAGGAATTAC CTGGAAAAAC CCTAGACTTC CACTTTGATA TTTCAGAGAC GCCAATCATC 7020 7021 GGGAGGCGAT ACGATGAGCT GCAGAACGCT TCTGGGCGCG ATGGGAAGCC CAGGGCGATG 7080 7081 GCCGTCACCA GGAGCACATC CTCTACCTCA TCGGGCTCCA ACTCCAATGT CCTTGTTCCT 7140 7141 GTTAGCTGGA AAAGGCCCCA GTATTCTCAG AAGAGGACAA AAGAGAAGTT GGTGCACGTC 7200 7201 CTTTCTCTGT GTGGCCAAGA AGTAGGATTA AGCAAAAATC CATCAGTGAT CTTTTCATCG 7260 7261 TGTGGGGATC TGGACCTTCT GGAGCACCAG ACGAGCTTGG TGTCTTCCGA GGACGGCGCC 7320 7321 CGGGAGCAGG AGAACATGGA TGACACAAAC AGCGAGCAGC AGTTTAGAGT CTTTAGGGAC 7380 7381 TTCGATTTCC TAGATGTGGA GCTGGAGGAT GGAGAGGGCG AGAGTATGGA CAATTTCAAC 7440 7441 TGGGGAGTGC GCAGGCGTTC TCTGGATAGC TTGGACAAGT GTGACAGGCA GCTTCTGGAG 7500 7501 GAGAACCCAC TTGCAGGAAG GTCTCCCAGC CTCAACAAAA TGAACCGTGA GGATTCTGAC 7560 7561 GAGTCCTCCG AAGAGGAGGA CCTCACAACC AGCCAGATCC TGGAGCATTC AGACCTAATC 7620 7621 ATGACTCGTT CCCCTTCCGA GGAGACGAAT CCCCTGGAAT CGCTCGCCGC GGCCTGTGAC 7680 7681 ATGACCCCTG CCGACCCTCA TTCCTTTAGC ACCAGAATGG CTAGCTTTGA CGCGGCTCTG 7740 7741 TCTGACATGA ATAATCTGCA GATCTCTGAG GGCTCCAAGG CTGAAGCTGT CCAGGAGGAG 7800 7801 GAGGACACCG CCGTGCACGA GGACGATCTT TCCAGTTCTG TTAATGAACT CCCGGCAACT 7860 7861 TTCGAATGCA GTGGTAGCTT TAGCCTGGAT ATGACTGAGG CAGAAGAAAA GGGCAATCGA 7920 7921 GCACTGGACC AGTTCACTCT TGCAAGCTTT GGAGAAGGTG ACAGGGGGGT CTCTCCCCCT 7980 7981 CCCTCGCCCT TCTTCTCGGC CATCCTTGCT GCGTTTCAGC CCGCGGCCTG TGACGATGCA 8040 8041 GAGGAAGCCT GGCGCAGCCA CATCAACCAG CTCATGTGCG ACTCAGATGG CTCCTGTGCT 8100 8101 GTGTATACAT TTCATGTGTT CTCCTCCTTG TTTAAGAATA TTCAGAAAAG GTTCTGCTTC 8160 8161 CTAACCTGTG ATGCTGCCAG TTACCTTGGA GACAATCTGC GGGGAATCGG GTCCAAGTTT 8220 8221 GTCAGCTCTT CTCAGATGCT CACCTCCTGC TCTGAATGCC CTACACTCTT TGTGGACGCT 8280 8281 GAGACTCTCC TTTCTTGTGG ACTTCTGGAC AAGCTCAAGT TCAGTGTTTT AGAACTGCAA 8340 8341 GAATATTTGG ACACCTACAA CAACAGAAAA GAGGCCACTC TCTCGTGGCT CGCAAATTGT 8400 8401 AAGGCAACAT TTGCAGGAGG ATCAAGAGAT GGAGTAATTA CCTGTCAACC AGGGGACTCG 8460 8461 GAAGAAAAGC AATTGGAACT GTGTCAGAGA TTATATAAGC TGCACTTCCA GCTGCTGCTG 8520 8521 CTCTTTCAGT CCTACTGTAA GCTCATCGGC CAGGTGCACG AAGTCAGCTC CATGCCAGAG 8580 8581 CTGCTAAATA TGTCCAGGGA ACTGAGTGAC TTAAAGAAAA ACCTGAAGGA GGCCACTGCG 8640 8641 GCCATTGCAG CTGACCCTCT CTATATAGAG GGTGCATGGT CTGAGCCAAC CTTCACATCC 8700 8701 ACCGAAGCGG CCATCCAGTC CATGCTGGAG TGCCTGAAGA ACAATGAACT TGGCAAGGCT 8760 8761 TTACGGCAAA TCAGGGAATG CAGAAGTCTG TGGCCCAATG ACATCTTTGG AAGCAGTTCT 8820 8821 GATGATGAGG TCCAGACACT ACTGAATATT TATTTCCGTC ATCAAACTCT GGGACAAACG 8880 8881 GGTACTTACG CATTGGTAGG GTCTAATCAG AGCCTGACCG AAATCTGCAC CAAGCTGATG 8940 8941 GAGCTGAACA TGGAGATCCG GGACATGATT CGCAGGGCCC AGAGTTACCG AGTCCTCACT 9000 9001 GCTTTTCTTC CAGACTCCAG TGTTTCTGGC ACTAGTCTCT GA 9042 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Hos-a102 | Homo sapiens | 0.0 | 6058 | undefined |
| LLPS-Mum-a105 | Mus musculus | 0.0 | 5660 | undefined |