DrLLPS - Data resource of LLPS

LLPS-Tum-0538
GSTUM_00005354001

Integrated Annotations

▼ OVERVIEW


Status:	Unreviewed
Protein Name:	Midasin
Gene Name:	GSTUM_00005354001
Ensembl Gene:	GSTUM_00005354001
Ensembl Protein:	CAZ81673
Organism:	Tuber melanosporum
Taxa ID:	656061
LLPS Type:	Others

▼ PROPERTY

▼ Classification

Condensates:

Condensate	Evidence	Orthologs
Nucleolus, Others	Predicted from orthologs	(View)

Organism	DrLLPS ID	UniProt ID	LLPS type	Condensate	Identity	E-value	Score
Mus musculus	LLPS-Mum-0878	A2ANY6	Client	Nucleolus	53.21	8e-28	130
Bos taurus	LLPS-Bot-0113	E1BC24	Client	Nucleolus	56.38	2e-26	125
Homo sapiens	LLPS-Hos-0568	Q9NU22	Client	Nucleolus	54.95	4e-26	124
Saccharomyces cerevisiae	LLPS-Sac-0005	Q12019	Client	Others	65.59	8e-33	146

▼ FUNCTION

Nuclear chaperone required for maturation and nuclear export of pre-60S ribosome subunits.

▼ CROSS REFERENCE

Database	Nucleotide ID	Protein ID
Ensembl	CAZ81673	CAZ81673
UniProt		D5GAY0, D5GAY0_TUBMM
GeneBank	FN430086	CAZ81673.1
RefSeq	XM_002837436.1	XP_002837482.1

▼ SEQUENCE

Protein Sequence (FASTA)
1 MDCSKFDRRF LSSPLISSLP PDTISIISTS TQADNSLYLD TLSKIAVNSN FTSLILTCYE 60 61 PIFADLAARW RGFATVEQLA AGFARVLPVM PFLADIAEEF LLRSSPGGTT PEFLTMMKRL 120 121 SDELHLEELL TVGHGGKLLD MLLSLHRLLC FRREAFLGLV NVDVLFGLMR HECLPIRYLS 180 181 VRILSIYLKA ADRAQELMFF NFGVGGIAQE KVLGLWEGKE IDYGFLMLLE GERLEKLSAD 240 241 LKTARLRNSQ LEMSTGHPRV INSSDLSPLT ADLCGVLVPR LRGLPSQSSS VVDTHTTRKN 300 301 ISSIAQALRS PRSVLITGQS GSGKTYFVHQ IAQVLNIDDM ISIHLGDQTD AKLLIGAYTT 360 361 TDAPGNFEWR AGVLTTAVRE GRWVRVHALY ISAGVATSHE PLSDGVFNEI FMEAVDCFAG 420 421 SLQTKEARTL IVRRVASNIH IPSQRKRKME PAGLKRRRVY AQTRPFATTN HAMRLLEQIC 480 481 VAIRLAEPVL LVGETGTGKT TVVQQLADMM RFNLTVINLS QQTESADLLG GFKPVDMKSL 540 541 ALPLKERFDG LFEKTFSLKR NKRFLDALNK FWSRQQWNRV ITLKLDDTDR PVLQAEWTGF 600 601 ANDLSNLEKH NLQLVKSFAF SFVEGSLVKA ARNGDWVLLD EINLAAADTL ESIADLLKDG 660 661 GGGSILLSEK GDVERVKAHP DFRIFACMNP ATDVGKRDLP PGLRNRFTEL YVASPDQELS 720 721 NLLAIIREYL GNLAVGDDAV VADIANVYME AKRLSGEQRL VDGANHRPNY SIRTLTRTLS 780 781 YVFEIAPVYG LRRSLYEGFC MSFLTLLDQT SESILLPVIE KYHYWMHKGA YPIEEQPYYI 840 841 IPPSVRRNML NLVRATATKR FPVLIQGPTS SGKTSMIEYL AKKTGQKFVR INNHEHTDLQ 900 901 EYLGSYISDD DGQLRFQEGI LALNRLLDDN RELLIPETQE VVRPHKDFML YATQNPPGLY 960 961 GGRKVLSRAF RNRFLELHFD DIPEDELRII LEGRCQIPPS RCKVIVDVYK ELSLIRQTAR 1020 1021 LFEQKNSFAT LRDLFRWASR QAARGDQSYQ SLANDGYMLL AERVRDEKEK LAVKETIERV 1080 1081 MRVKIDNSSL YSPESTPEYH YYMDKLSGTS GDVRPIRNRQ AYQSQLTEDL LAWADGSLIQ 1140 1141 AMKSGQFFLL DEISLADDSV LERLNSVLEP ARGILLAEKG AKESEVTAAD GFQFMATMNP 1200 1201 GGDYGKKELS PALRNRFTEI WVPSMSDPED ILQIVQAKIA PFASKYARTV VEFAQRFSKT 1260 1261 SSSTLSPVIS IRDVLAWVKF INSSPPENPA FGLLHGAALV FIDGMGANPS GGLSIASEDL 1320 1321 EKEKQRCISE LSDLCGEDLS QIYYQPITTS AGDEVVQLGA FSLQKNKDAA VDISESFNMT 1380 1381 APTTTKNAMR VVRAMQLRKP VLLEGSPGVG KTSLISALAE ASGNSLTRIN LSEQTDLMDL 1440 1441 FGSDVPVEGG QSGEFAWRDA PFLRAMQAGN WVLLDEMNLA SQSVLEGLNA CLDHRGETYI 1500 1501 SELDRTFRRH PNFAVFAAQN PHQQGGGRKG LPASFVNRFT VVYIDTLGPE DLQLIASQLN 1560 1561 PSVHPKYVSK VIEFMVLLDR EVSQKRSFGS LGGPWEFNLR DTLRWLGLLS SPARFVAASK 1620 1621 PEEFLGIIKH RFRTTKDRER VDALFGQVFG SEPGRRHLYY QLSKEYLQVG HAFLSRRSNL 1680 1681 CFISPRDLAI LKQNLPVMET IMTAITQETP CILVGPSGVG KSSLLRLLAS IAGVELDEIA 1740 1741 INSDIDATDV VGGFEQVDVT RKISKWVDGM LIDAVEKGRW LVLDNANLCS PSVMDRLNSL 1800 1801 LEPNGCLIVN EHNGKDGRPK MVYPSPGFRL FLTMNPDHGE LSRAMRNRGI EVFLSPLPME 1860 1861 EGAEEDDRER KELAKYSPST ESSMGIYQIM GKFLGNNIDT SVFKNLVYIA LDHMPGEKAE 1920 1921 TDMALLTRWR DHIRSSSADL RAQRMEILQD AVSIYVNLYK WTWALREDRK EHLAKLLPTS 1980 1981 YEFKGAQVSE IINLSGEGLE LEADIDKYLK QPINLLRNTP LIFLGIKAST RQAGHSQGML 2040 2041 EWTIYMRIYD CMRGILEIEQ VEEAIIQRAM AATLEGLKGM SFLEISASKN KLPVSISKAN 2100 2101 LDLPVFEFLS TVREELYNWA DTWARGPPFL GGMHEDKQLQ NSLLPILELL QLWHDIVGLG 2160 2161 SAPGNKLNGS VLHVYVELLE EWAKFSGDSL PRTLMQPIRQ ALDGFRAPFQ LKTGFSMELV 2220 2221 WNEMRPSVPA SLIAWTAYNR LKEIADRFDI VTLRFKGSLE VVVSLKRSLI TALTDVLTFS 2280 2281 DADNIWELIQ GLEAEIAQLE KSQALTEPEQ LGSVFRAAFD YLFQFRALRV AVFPNEAKVG 2340 2341 IGYIISIIGL LIDPYRLTVI CSLLHISLVD LHLDFLATRP QALDSVSSIK RCVCGRFLRQ 2400 2401 SAIGQTSKLN IDLKTFLKHL FLNIRDITSD RTLQLTQLLV AKIYKIITLH REFYDGEMYA 2460 2461 QITNSFGIIN QALFGETKGL SRMPGLPLLP TSNDKFKTVV DTHFTPAIGA LCSDLSQFGS 2520 2521 VTLENLGSAW THYALGCLKL YVPNCAFDPA MKLKVRRERY LRQKGDITAR IEAEIFFESR 2580 2581 FTGQTNEFQL QYLRNQIEGL GGEPSSSFME RPEESEMAQL QGDFSTLLKA IVESNPHERL 2640 2641 LSSILKRGHE GRAEEKLFQR NLSQIAERLR RNHTAYKDLV DPVLGFLYSL KLGLDLAAIE 2700 2701 TEKSGHAESL LIPDFIGDIT FDHFASGDNR DDAQLLLLWK FATRRAIEGF EGLGRKSHEI 2760 2761 INRILLYFLD NWKAKMAEEQ EKAVADASLY RYQGEGEDHD ERELKAMFPD YEQEVEKAEK 2820 2821 PAADHRSLAV KLAKCHSALY LSRDNSGCDL PSLIHRGIST FMKSLRRTDS FSASQTELEA 2880 2881 FIPAVVLSLS EASKWIDGRE EKPSSKTYDF YTDKNLEQAQ RLVDMIEKCR TCLQVLNGTW 2940 2941 PENITLQDAL ETCQEILNFP NDSPVAKLLP KVERLHESLN EWQSVASSQY SAAEHYDALT 3000 3001 QLIISWRHLE LTTWPRLFDI EDEKCEIDAD SWWFYIFESV IANPTRLSGA GETLDNRMFQ 3060 3061 LVSTLAVFIT SSSIGQFPGR LHLLQAFEQH LLHLSEENPE MLSIQKGLKN LITYYSQYVP 3120 3121 IAEDFLMKQR KTLEKQVSEV VLLASWKATN VIALRDSAKR SHHKLYKVVK KYRETLAQPV 3180 3181 QPLIEGGMPS VEDRAIISIP VVLPQLDINI ELVKESYEKR VQTWDSRPIR LADLAATVRT 3240 3241 MQRVSQSGIV DVTSWLNNFS TSIVSIMKEL QAETPRTLTE TNRHEVKHLK TRKRKAFTDA 3300 3301 LKELRQMGLK SNLSSSQLQK QSTLEAVLTA AETIHTGNDR NESYHLLRVL ELLPKIRGYA 3360 3361 VKPSLDLTGP EVTRSVGYIE NMFSMILEQW DIVSSSLRDL KRVQKVIERY RTLSNLEMEH 3420 3421 PDLYGNSSIA PEEYVNIWRK ILWLPETIGL ATELLCIHED FSGVKFEDAK IYFEKSREVA 3480 3481 TDLNTSFRKE LAIYDGIWEH STMILMDRAL EALRGMSSEA ENLRQEQPEI AYAIHLITSL 3540 3541 LSRECQPKAP AKADSSVSLQ IIDASLQGLC DLVLVSLQKL RDSRTFCPTS PQQTGWLAQF 3600 3601 QSASASSVRS LHMGDITRKA TETLALVARL QPFDTATSQA ARTLFAAYYP IVQEYTNICQ 3660 3661 ETLQEVLGHY HVTSKTAYIL CKSATTLLTK GFCMPEEKGQ GEEAGGANGL ENGTGLGEGE 3720 3721 GADDISKDIE ADEDLSELAQ EKNEEREKEI ENEEDAGTGD EKEDDMDEGT GDVDDLDPTA 3780 3781 IDEKLWDGKG DDNAKEKEGG ETKGGENRGG DIEAKKENNE NQQGPEGKEM EPEIGDASDG 3840 3841 GGEGADEEDE VRPETTEGMD PHVPEVDTLD LPEDLELDSD EKGGEDDDLN MEDLSDVVDE 3900 3901 EEPMQKDEGK DREKEGFPEL DSSTKDPNAG EPEDAKDEND IEGGQTEENG EADGEEMDQG 3960 3961 QDTLQEEEQN SLLQTQEEQK SGEADKTAPR KAQAHDGGAG QQDSNEQSSA QQQSGEEAKQ 4020 4021 DEPLEINGPD ADQEQGQKLG QALAQDANPQ NDSQVPKDDH FKEVQESLRK VGDVLEKWYR 4080 4081 SRQEILDAQK DAERPQVVNM ELDDPEFEHL PDEETATDTQ ALGAATEEQS HPLDDSMAID 4140 4141 SGTTRPQETF EDEESRPGGD DAMDEEMKDS EDTGVDSPES AEECSVGAII GRSLEPKSRQ 4200 4201 QIFTQEDAGF DLDTEDIGMA DGELQGGDSP PPRLVDGRSW EESRELWQKH EQSTQDLSMG 4260 4261 LCEQLRLILE PTLATKMRGD FRTGKRLNMK RIIPYIASQY KKDKIWMRRT KPSKRQYQVM 4320 4321 IAVDDSKSMA ESNSINLAFK TVTLVAKALS QLEVGQISIV SFGETTRLIH PFGQPFTSES 4380 4381 GVKIFQSFTF NQTKTNVKTL VEKSLSIFES ARTNSNAGLW QLEIIVSDGV CEDHDALRRL 4440 4441 ARKAQEEKIM IVFVIVDSVR ESSIFTLEGV KFEKDESGGM ALKMYKYLDS FPFRFYLVVS 4500 4501 DIKELPGVLA LALRQWLAEI VDATVA 4526
Nucleotide CDS Sequence (FASTA)
1 ATGGATTGCT CAAAATTCGA CCGAAGATTC CTATCATCGC CGCTAATATC ATCTCTTCCG 60 61 CCGGACACAA TTTCGATTAT TTCCACCTCA ACCCAGGCTG ATAATAGCCT CTACCTTGAT 120 121 ACCCTCTCCA AGATTGCAGT TAATTCCAAT TTCACTTCGT TAATACTTAC TTGCTATGAA 180 181 CCAATATTTG CCGACCTTGC AGCAAGATGG CGGGGGTTTG CTACGGTGGA ACAACTTGCG 240 241 GCGGGGTTTG CAAGAGTACT CCCGGTAATG CCGTTCCTGG CGGACATTGC TGAAGAGTTT 300 301 CTACTGCGCT CTAGCCCAGG AGGAACTACC CCCGAATTTC TGACCATGAT GAAGCGTTTG 360 361 TCGGATGAAT TGCATCTAGA GGAGCTATTG ACGGTGGGCC ATGGCGGAAA ATTACTTGAT 420 421 ATGTTGCTGT CGCTTCATCG TTTGCTGTGC TTCAGAAGGG AGGCTTTTCT GGGGCTCGTT 480 481 AACGTGGATG TTTTGTTTGG GCTTATGAGG CATGAATGCC TACCGATTCG GTATCTCTCG 540 541 GTTAGAATAT TGTCGATATA TTTGAAGGCT GCGGATCGCG CACAGGAGTT AATGTTTTTC 600 601 AATTTCGGAG TTGGAGGTAT TGCGCAAGAG AAGGTACTTG GACTATGGGA AGGTAAAGAG 660 661 ATAGACTATG GATTTTTAAT GCTGCTGGAA GGCGAAAGGC TAGAGAAATT ATCAGCGGAT 720 721 TTAAAGACAG CAAGACTTAG AAACAGCCAA CTAGAAATGA GCACGGGGCA TCCCCGAGTG 780 781 ATTAATTCTA GTGACCTATC GCCATTGACG GCTGATCTGT GTGGGGTCTT AGTTCCTAGG 840 841 CTTCGAGGAC TTCCTTCGCA ATCCTCGAGT GTCGTCGACA CGCACACTAC TCGGAAGAAC 900 901 ATTAGCTCAA TTGCCCAAGC GCTCCGCTCT CCACGATCTG TGCTTATCAC TGGGCAATCT 960 961 GGCTCTGGAA AAACGTACTT TGTTCACCAG ATTGCGCAAG TTCTTAATAT AGATGACATG 1020 1021 ATTTCGATAC ATCTTGGGGA CCAGACGGAT GCGAAGCTTT TAATTGGAGC CTATACCACT 1080 1081 ACGGATGCCC CAGGCAACTT TGAATGGAGA GCGGGGGTTT TGACAACTGC TGTGAGGGAG 1140 1141 GGTAGATGGG TTAGAGTTCA TGCCCTTTAC ATCTCAGCCG GCGTTGCCAC AAGCCATGAG 1200 1201 CCACTATCGG ACGGAGTATT CAATGAGATA TTCATGGAAG CAGTTGATTG TTTTGCTGGA 1260 1261 AGTTTGCAAA CCAAGGAGGC CCGAACTCTA ATTGTTAGGA GAGTTGCGAG TAATATACAT 1320 1321 ATACCTTCAC AGCGTAAACG AAAAATGGAG CCAGCTGGAC TAAAGCGACG CAGGGTTTAC 1380 1381 GCTCAGACAA GGCCATTTGC GACTACAAAT CATGCAATGC GACTATTGGA GCAAATTTGT 1440 1441 GTGGCAATTA GACTTGCGGA GCCTGTCTTA TTGGTGGGAG AAACCGGTAC TGGAAAGACG 1500 1501 ACGGTTGTGC AGCAATTGGC AGATATGATG CGGTTCAATC TTACAGTCAT AAACTTGTCC 1560 1561 CAGCAAACCG AGAGTGCCGA TCTCCTTGGC GGGTTCAAGC CTGTCGACAT GAAATCATTG 1620 1621 GCTCTGCCGC TAAAGGAGAG ATTCGATGGT TTGTTTGAGA AGACCTTTTC CTTGAAGAGG 1680 1681 AATAAGCGCT TTCTAGATGC CTTGAATAAA TTTTGGTCAA GGCAGCAATG GAACCGAGTT 1740 1741 ATAACATTAA AGTTGGACGA CACGGATAGA CCAGTTCTCC AAGCGGAGTG GACTGGTTTC 1800 1801 GCAAACGATT TATCAAATCT CGAGAAACAC AACTTGCAAT TAGTCAAAAG CTTTGCCTTT 1860 1861 TCCTTTGTGG AGGGGAGCTT GGTGAAGGCT GCTAGAAACG GTGACTGGGT GCTTTTGGAC 1920 1921 GAGATAAATC TGGCAGCTGC AGATACCCTA GAGAGCATAG CTGATCTGCT CAAAGACGGC 1980 1981 GGCGGTGGTT CTATACTTCT GAGTGAGAAA GGCGATGTGG AGAGAGTAAA AGCACACCCA 2040 2041 GATTTCAGGA TATTTGCGTG TATGAACCCG GCCACGGATG TGGGAAAACG TGACTTGCCC 2100 2101 CCTGGGTTGA GAAACAGATT CACTGAGCTA TACGTCGCCA GTCCGGATCA AGAACTGAGT 2160 2161 AATCTTCTCG CTATCATTAG GGAGTATCTC GGAAATCTGG CGGTTGGGGA CGACGCGGTG 2220 2221 GTCGCTGATA TCGCGAATGT TTATATGGAA GCCAAGCGCT TGTCGGGGGA ACAGCGGCTG 2280 2281 GTCGATGGTG CGAACCATCG CCCAAACTAT AGTATACGGA CTTTGACAAG GACCTTGAGT 2340 2341 TATGTTTTCG AGATTGCTCC AGTATATGGC TTGAGGCGGA GTTTATATGA AGGGTTCTGC 2400 2401 ATGAGCTTCT TGACACTGCT TGACCAGACA TCAGAGAGTA TACTATTACC GGTTATTGAG 2460 2461 AAATATCACT ATTGGATGCA CAAGGGAGCA TACCCAATTG AGGAGCAACC ATATTATATT 2520 2521 ATACCTCCGT CTGTTCGGCG GAACATGCTT AATCTGGTTC GAGCTACTGC GACAAAACGG 2580 2581 TTCCCCGTAC TTATCCAAGG GCCGACGAGC AGTGGGAAAA CAAGTATGAT TGAATATCTT 2640 2641 GCGAAGAAGA CAGGGCAGAA GTTTGTACGA ATCAATAACC ACGAACATAC CGACCTTCAA 2700 2701 GAATATCTTG GAAGTTATAT TTCGGATGAT GATGGGCAAC TAAGATTCCA AGAGGGGATA 2760 2761 CTTGCTTTGA ATAGGTTGTT GGATGACAAC AGAGAACTTT TGATTCCGGA AACACAGGAA 2820 2821 GTAGTGAGGC CGCATAAAGA CTTCATGCTC TACGCAACCC AGAACCCGCC TGGGCTCTAT 2880 2881 GGAGGGAGGA AGGTGTTATC TAGGGCTTTT CGGAATAGGT TCTTAGAGCT ACATTTTGAT 2940 2941 GATATTCCCG AAGACGAACT GAGAATTATT CTAGAGGGAA GATGCCAGAT ACCGCCCAGT 3000 3001 CGATGTAAGG TGATTGTGGA TGTCTATAAG GAACTCTCAT TGATTCGTCA GACAGCTAGA 3060 3061 CTTTTCGAAC AGAAAAACAG TTTCGCTACT CTTAGAGATC TCTTTAGGTG GGCTAGCCGT 3120 3121 CAAGCAGCCC GTGGTGACCA GAGTTATCAG AGTTTGGCCA ATGATGGGTA CATGCTGTTG 3180 3181 GCAGAGCGAG TTCGTGATGA AAAGGAGAAG CTCGCTGTGA AGGAGACCAT TGAGAGGGTC 3240 3241 ATGCGCGTTA AAATCGACAA TTCATCTTTA TATTCGCCCG AATCCACACC AGAATATCAC 3300 3301 TATTACATGG ATAAACTCTC CGGAACGAGC GGCGACGTTC GACCAATTCG GAATCGGCAG 3360 3361 GCTTATCAGA GCCAGCTTAC TGAGGACCTA TTAGCTTGGG CCGACGGAAG CCTTATCCAA 3420 3421 GCTATGAAAT CTGGCCAGTT CTTTTTACTT GATGAGATAT CGTTAGCCGA TGATTCCGTA 3480 3481 TTGGAGAGAT TGAACAGTGT CTTGGAACCT GCACGGGGTA TCCTACTCGC AGAGAAAGGA 3540 3541 GCAAAGGAAT CAGAAGTTAC AGCTGCAGAT GGGTTTCAGT TCATGGCTAC TATGAACCCC 3600 3601 GGCGGTGACT ATGGCAAGAA GGAGCTTTCC CCGGCATTAC GGAATCGGTT TACGGAAATC 3660 3661 TGGGTACCGT CGATGTCCGA TCCGGAAGAC ATCTTGCAGA TTGTACAGGC CAAAATTGCA 3720 3721 CCGTTCGCAT CAAAGTACGC TAGAACCGTC GTAGAGTTTG CGCAGCGATT TTCTAAAACT 3780 3781 TCTAGCTCTA CTTTATCCCC AGTGATCTCC ATTCGAGATG TATTAGCTTG GGTCAAATTC 3840 3841 ATCAATTCCA GCCCGCCCGA GAACCCTGCT TTTGGGTTGC TTCATGGGGC AGCACTCGTG 3900 3901 TTTATTGATG GTATGGGAGC AAACCCCTCT GGGGGCTTGT CAATTGCCTC CGAAGATCTG 3960 3961 GAAAAGGAGA AGCAACGGTG TATCTCTGAA TTGTCAGACC TTTGCGGTGA GGACTTGTCC 4020 4021 CAAATATACT ATCAACCGAT TACTACTAGC GCGGGTGATG AGGTGGTCCA GCTTGGAGCG 4080 4081 TTCTCCCTGC AAAAGAATAA GGACGCCGCG GTAGATATTT CTGAATCATT CAATATGACC 4140 4141 GCACCAACAA CAACGAAGAA TGCTATGAGA GTGGTCAGAG CAATGCAATT GCGGAAACCT 4200 4201 GTATTACTGG AAGGTAGCCC GGGTGTCGGT AAAACAAGTC TGATATCGGC CCTTGCAGAG 4260 4261 GCTAGTGGAA ATTCCCTTAC AAGAATCAAT TTGTCGGAGC AAACTGACCT AATGGATCTT 4320 4321 TTCGGTTCGG ATGTTCCGGT TGAAGGTGGC CAGAGCGGGG AATTTGCCTG GCGAGATGCT 4380 4381 CCGTTCCTTC GAGCGATGCA AGCCGGAAAT TGGGTACTAC TAGATGAAAT GAATCTGGCG 4440 4441 TCGCAGTCAG TGTTGGAGGG TCTCAACGCC TGTTTGGACC ACCGCGGGGA GACATACATC 4500 4501 TCAGAGCTCG ATCGTACCTT CAGACGACAT CCTAACTTTG CAGTTTTTGC TGCACAGAAT 4560 4561 CCACACCAAC AAGGTGGAGG ACGGAAGGGA CTTCCCGCAT CTTTTGTCAA TCGGTTTACA 4620 4621 GTTGTTTATA TCGACACCCT TGGCCCCGAA GATTTACAAC TCATCGCTAG CCAGTTGAAT 4680 4681 CCATCGGTCC ACCCTAAATA TGTTTCGAAA GTAATCGAGT TTATGGTTCT TCTAGATCGT 4740 4741 GAGGTGTCTC AGAAGAGGAG TTTCGGAAGT CTTGGAGGCC CCTGGGAATT CAACCTGCGA 4800 4801 GATACCCTGC GTTGGCTTGG GCTGTTATCG TCACCTGCCC GGTTCGTGGC CGCTAGCAAA 4860 4861 CCTGAAGAGT TTCTAGGTAT CATCAAACAT CGATTTCGGA CTACGAAGGA CAGAGAGAGG 4920 4921 GTCGACGCGC TGTTTGGCCA GGTTTTCGGA TCCGAACCTG GTAGGAGACA TCTCTATTAT 4980 4981 CAACTATCCA AGGAGTATCT ACAAGTCGGT CACGCGTTTC TCAGCCGTCG GAGCAATCTA 5040 5041 TGTTTTATAT CCCCTCGGGA CCTCGCAATT TTAAAGCAGA ACTTGCCTGT TATGGAGACA 5100 5101 ATTATGACCG CAATTACGCA GGAGACCCCG TGCATATTGG TTGGGCCCTC CGGCGTTGGT 5160 5161 AAGAGTAGTC TATTAAGGCT TCTAGCAAGT ATTGCTGGTG TTGAGCTTGA TGAGATCGCA 5220 5221 ATCAACAGTG ATATTGATGC GACAGATGTT GTTGGTGGCT TCGAACAAGT AGACGTTACT 5280 5281 AGGAAAATTT CCAAGTGGGT TGACGGGATG TTAATCGATG CCGTTGAGAA AGGAAGGTGG 5340 5341 CTGGTCCTAG ATAATGCGAA CCTATGCAGT CCAAGTGTAA TGGATAGGCT AAACTCGCTC 5400 5401 CTTGAACCGA ATGGATGTCT CATAGTCAAC GAGCATAACG GCAAGGATGG CAGACCAAAA 5460 5461 ATGGTATATC CCAGTCCGGG TTTCCGGCTC TTCCTAACAA TGAACCCCGA CCACGGCGAA 5520 5521 CTCTCACGGG CTATGAGGAA TCGTGGGATA GAGGTTTTCC TGAGTCCACT TCCGATGGAG 5580 5581 GAGGGTGCCG AAGAAGATGA TAGAGAACGG AAGGAGCTTG CTAAATATTC CCCTTCGACA 5640 5641 GAGTCCTCAA TGGGAATCTA TCAGATCATG GGTAAATTTC TCGGAAATAA TATCGATACA 5700 5701 TCGGTATTCA AGAATCTTGT TTATATCGCT CTTGACCACA TGCCCGGGGA AAAGGCGGAG 5760 5761 ACCGATATGG CATTATTGAC TAGATGGAGA GATCATATAA GATCATCATC TGCTGACCTG 5820 5821 AGGGCGCAGC GGATGGAAAT TTTACAGGAC GCAGTAAGCA TTTACGTAAA TTTGTATAAA 5880 5881 TGGACCTGGG CACTTCGAGA AGATCGTAAA GAGCACCTCG CGAAACTGCT GCCAACTAGT 5940 5941 TATGAATTCA AGGGAGCGCA GGTGAGTGAG ATAATTAATC TAAGCGGTGA AGGGCTCGAG 6000 6001 CTGGAAGCGG ATATTGACAA ATATCTTAAA CAGCCTATAA ATTTACTGCG CAACACGCCT 6060 6061 CTAATTTTTC TTGGGATCAA GGCCTCCACC CGACAAGCAG GCCATTCGCA GGGAATGCTT 6120 6121 GAATGGACCA TCTACATGCG AATCTACGAC TGCATGAGAG GGATACTCGA AATCGAGCAA 6180 6181 GTAGAGGAGG CAATCATTCA GAGAGCGATG GCGGCAACAC TAGAAGGGTT GAAAGGCATG 6240 6241 AGTTTTTTGG AGATATCGGC GTCGAAAAAT AAATTACCTG TGTCAATCTC TAAAGCCAAT 6300 6301 CTCGACCTAC CGGTATTCGA GTTCTTGTCG ACTGTCCGGG AAGAACTATA CAACTGGGCT 6360 6361 GATACCTGGG CGCGTGGTCC CCCGTTTCTT GGGGGAATGC ACGAGGATAA GCAATTGCAG 6420 6421 AATTCGCTTT TACCTATTCT GGAGCTTCTG CAGTTATGGC ATGATATTGT TGGCTTGGGT 6480 6481 AGTGCTCCAG GGAATAAATT GAATGGGAGT GTGCTCCACG TATATGTAGA ATTACTTGAG 6540 6541 GAATGGGCTA AGTTCTCTGG AGATAGTCTT CCTCGTACTC TGATGCAGCC AATTCGGCAA 6600 6601 GCGTTAGATG GATTCCGGGC TCCTTTCCAA CTTAAAACTG GGTTCTCTAT GGAGTTGGTG 6660 6661 TGGAACGAGA TGCGTCCATC TGTACCTGCT TCGTTGATTG CTTGGACGGC GTATAATAGA 6720 6721 TTGAAGGAAA TTGCCGATCG GTTTGATATT GTGACGTTGA GATTTAAAGG CTCCCTTGAG 6780 6781 GTGGTCGTTT CCCTGAAGAG ATCACTTATC ACGGCACTCA CCGATGTCTT GACGTTCTCA 6840 6841 GATGCAGATA ATATCTGGGA GTTGATTCAA GGGCTTGAGG CAGAAATTGC CCAACTTGAA 6900 6901 AAATCGCAAG CGCTAACCGA ACCTGAGCAA CTTGGGTCGG TTTTCAGGGC CGCGTTTGAT 6960 6961 TATCTATTTC AGTTCAGAGC TCTCCGGGTA GCCGTGTTTC CGAACGAAGC GAAGGTAGGA 7020 7021 ATTGGTTATA TAATTTCAAT CATCGGTTTG CTGATCGATC CTTACAGATT GACAGTGATA 7080 7081 TGCTCGCTAT TGCACATTTC TCTAGTAGAC CTACATCTAG ACTTCTTGGC TACCAGGCCC 7140 7141 CAAGCATTAG ACTCCGTGAG TTCCATTAAG AGATGCGTTT GTGGGAGGTT TTTGAGACAA 7200 7201 TCGGCGATCG GTCAGACGAG CAAGCTCAAT ATCGATCTGA AAACATTTTT GAAGCATTTG 7260 7261 TTTTTGAATA TTCGCGATAT CACTAGTGAT AGGACGCTCC AATTGACACA ACTCCTGGTT 7320 7321 GCTAAGATTT ATAAAATTAT TACTCTGCAT AGGGAATTTT ATGACGGAGA GATGTATGCA 7380 7381 CAGATTACGA ATTCATTCGG TATTATCAAT CAAGCTCTAT TTGGAGAAAC AAAGGGGCTA 7440 7441 TCGAGGATGC CCGGTCTCCC GCTTTTGCCA ACATCAAACG ATAAATTCAA GACAGTGGTT 7500 7501 GACACCCACT TTACACCTGC AATCGGCGCT CTTTGTTCGG ATTTGTCTCA ATTCGGATCT 7560 7561 GTTACTTTGG AGAACCTGGG ATCCGCTTGG ACCCACTATG CCTTAGGGTG TCTAAAACTA 7620 7621 TATGTCCCCA ATTGCGCCTT CGATCCAGCC ATGAAGTTGA AGGTGAGACG AGAGAGATAC 7680 7681 CTGCGCCAAA AGGGCGATAT AACTGCTAGG ATTGAGGCGG AAATATTTTT TGAATCCAGG 7740 7741 TTTACCGGTC AAACAAATGA GTTTCAACTG CAATATCTGC GGAATCAAAT TGAAGGACTT 7800 7801 GGCGGGGAGC CTTCAAGCTC GTTCATGGAA CGACCGGAGG AATCGGAAAT GGCTCAGTTA 7860 7861 CAAGGGGATT TCTCTACCTT ACTCAAGGCT ATTGTCGAGA GTAATCCTCA CGAGCGACTT 7920 7921 CTTTCGTCTA TCTTGAAGCG CGGTCATGAA GGCCGTGCCG AGGAAAAGTT GTTCCAGAGG 7980 7981 AATTTGTCTC AGATAGCTGA GAGACTAAGG AGGAACCACA CTGCTTATAA AGATTTGGTA 8040 8041 GATCCGGTGC TCGGGTTCTT ATACTCTCTG AAGCTTGGGT TGGATCTTGC TGCTATTGAG 8100 8101 ACAGAGAAAT CGGGGCATGC CGAGTCGCTT CTTATTCCGG ATTTCATAGG GGATATAACT 8160 8161 TTTGATCATT TTGCTAGCGG CGATAACCGG GATGATGCTC AGCTGCTCTT GTTATGGAAG 8220 8221 TTTGCGACCC GTAGGGCTAT TGAAGGATTC GAAGGATTGG GTAGAAAATC TCACGAGATC 8280 8281 ATCAACAGAA TTTTGCTTTA CTTCCTCGAT AATTGGAAGG CCAAGATGGC AGAAGAGCAA 8340 8341 GAAAAGGCCG TTGCAGATGC AAGTCTTTAC CGATACCAGG GCGAAGGAGA GGACCACGAC 8400 8401 GAACGGGAAC TGAAGGCAAT GTTTCCGGAC TATGAGCAAG AAGTTGAAAA GGCAGAGAAA 8460 8461 CCAGCTGCCG ACCATCGCTC TTTAGCAGTT AAGCTTGCAA AATGCCATTC TGCTCTTTAC 8520 8521 CTTTCGAGGG ATAATTCAGG GTGTGACTTA CCCTCCCTCA TTCATCGTGG TATCAGTACT 8580 8581 TTTATGAAGA GCCTACGCAG AACGGATAGC TTTTCCGCTT CTCAAACAGA ACTGGAGGCT 8640 8641 TTCATACCGG CCGTTGTGCT TTCCCTCAGT GAAGCGTCTA AATGGATCGA TGGGCGCGAA 8700 8701 GAGAAGCCTA GTTCTAAGAC ATATGACTTC TATACCGACA AGAATCTGGA GCAAGCTCAG 8760 8761 AGACTAGTTG ACATGATTGA GAAATGCCGG ACTTGTCTGC AAGTTTTGAA TGGCACTTGG 8820 8821 CCTGAAAATA TCACTCTTCA AGATGCCTTG GAAACATGTC AGGAGATACT TAACTTCCCA 8880 8881 AACGACTCAC CAGTCGCAAA GCTCCTTCCT AAGGTCGAGA GGTTGCACGA GTCATTAAAC 8940 8941 GAATGGCAAA GTGTTGCTAG CAGCCAGTAT TCTGCCGCAG AACATTACGA CGCCTTAACT 9000 9001 CAACTAATTA TAAGCTGGAG GCATCTGGAA TTAACCACCT GGCCGCGCCT TTTCGACATT 9060 9061 GAGGATGAGA AGTGCGAGAT TGATGCAGAC TCTTGGTGGT TCTATATTTT CGAAAGTGTG 9120 9121 ATCGCCAACC CGACTCGCCT TTCTGGGGCA GGGGAGACCT TGGATAATCG TATGTTCCAA 9180 9181 CTTGTCTCTA CACTTGCTGT TTTCATAACT TCCTCATCTA TCGGTCAGTT TCCCGGTAGG 9240 9241 CTTCATCTTT TGCAGGCGTT CGAGCAGCAT CTTCTACACC TATCCGAGGA AAATCCGGAG 9300 9301 ATGTTGTCTA TACAGAAGGG ACTAAAAAAC CTTATCACAT ACTACTCGCA GTACGTGCCC 9360 9361 ATAGCTGAGG ACTTCCTGAT GAAGCAGAGG AAGACGCTTG AGAAGCAGGT TTCAGAGGTA 9420 9421 GTCCTACTAG CTAGTTGGAA AGCTACGAAT GTCATTGCTT TGAGAGATAG TGCAAAGCGA 9480 9481 TCGCATCATA AGCTCTATAA GGTTGTCAAG AAGTATCGGG AGACACTCGC TCAACCTGTG 9540 9541 CAGCCTTTGA TCGAAGGTGG CATGCCTTCC GTGGAGGATA GAGCTATCAT TAGCATACCG 9600 9601 GTGGTTCTTC CCCAATTAGA TATCAACATT GAACTAGTCA AAGAGAGCTA CGAGAAACGG 9660 9661 GTGCAAACAT GGGATAGCAG ACCTATCCGT CTTGCTGATC TTGCTGCAAC TGTACGAACG 9720 9721 ATGCAGCGAG TATCTCAGTC GGGAATTGTC GACGTCACAA GCTGGCTAAA CAACTTCTCG 9780 9781 ACATCAATCG TCTCGATAAT GAAAGAACTC CAAGCCGAGA CTCCCAGAAC ACTCACGGAG 9840 9841 ACCAACAGGC ATGAAGTGAA GCATTTGAAG ACGAGAAAAC GAAAAGCATT CACGGATGCA 9900 9901 TTGAAAGAGC TTCGACAAAT GGGATTGAAG TCGAATCTTA GCAGCTCTCA ATTACAGAAG 9960 9961 CAATCTACCC TTGAGGCAGT TCTCACAGCT GCTGAGACAA TTCATACCGG TAATGACAGG 10020 10021 AATGAGTCTT ATCACCTCCT TCGAGTTTTG GAGCTCTTAC CGAAGATTCG GGGGTATGCG 10080 10081 GTAAAGCCGA GTCTGGACTT GACGGGTCCA GAGGTCACGA GGAGTGTGGG GTATATTGAG 10140 10141 AATATGTTTT CAATGATCCT GGAGCAGTGG GATATAGTTT CCTCCTCACT TAGGGATCTT 10200 10201 AAGAGAGTGC AGAAGGTCAT AGAGAGGTAC AGGACATTAT CGAACTTGGA GATGGAGCAT 10260 10261 CCGGATCTCT ATGGAAACAG CAGCATTGCA CCCGAGGAGT ATGTCAATAT TTGGAGGAAG 10320 10321 ATTCTGTGGC TTCCAGAGAC TATTGGATTG GCTACTGAAC TGCTGTGTAT TCACGAAGAT 10380 10381 TTCAGTGGGG TCAAGTTTGA GGATGCCAAA ATTTACTTTG AGAAGTCTCG CGAAGTCGCT 10440 10441 ACGGATCTGA ACACTAGCTT TAGGAAAGAG CTCGCTATCT ATGATGGAAT CTGGGAGCAC 10500 10501 TCGACTATGA TATTGATGGA CCGGGCCCTG GAAGCATTGC GTGGAATGAG CTCAGAGGCA 10560 10561 GAGAATCTCA GACAGGAACA ACCAGAGATC GCTTATGCAA TCCACCTTAT TACGTCTTTG 10620 10621 CTTTCTCGAG AATGCCAACC AAAAGCGCCC GCAAAAGCAG ATTCTTCAGT GTCACTGCAA 10680 10681 ATAATTGACG CTTCATTACA AGGTCTTTGC GATCTAGTGC TTGTCAGCCT GCAAAAACTG 10740 10741 AGGGACTCAC GGACGTTTTG CCCAACATCA CCGCAGCAAA CCGGCTGGCT TGCCCAATTC 10800 10801 CAATCTGCGT CCGCATCTAG CGTGAGGTCT CTACACATGG GTGATATCAC TCGCAAGGCA 10860 10861 ACAGAGACTC TAGCTTTGGT TGCAAGACTC CAGCCATTCG ATACAGCTAC CTCACAGGCC 10920 10921 GCACGCACGC TATTCGCAGC CTATTACCCG ATCGTACAGG AGTACACTAA CATCTGTCAA 10980 10981 GAGACACTTC AGGAGGTACT AGGTCACTAC CACGTTACTT CTAAGACCGC TTATATCCTT 11040 11041 TGCAAGTCTG CCACTACGCT CTTGACAAAA GGCTTCTGCA TGCCAGAGGA GAAGGGGCAG 11100 11101 GGCGAAGAAG CTGGCGGCGC GAATGGTCTT GAGAACGGAA CCGGACTCGG AGAAGGTGAA 11160 11161 GGTGCGGATG ACATCAGCAA GGACATCGAA GCCGATGAAG ACCTTTCTGA ACTCGCTCAA 11220 11221 GAGAAAAACG AAGAGCGAGA AAAAGAAATT GAGAACGAGG AAGATGCAGG CACCGGCGAC 11280 11281 GAAAAGGAGG ATGATATGGA TGAAGGAACT GGCGACGTCG ATGATCTTGA TCCCACCGCT 11340 11341 ATCGACGAAA AGCTGTGGGA CGGGAAGGGA GATGATAACG CTAAAGAAAA AGAAGGGGGT 11400 11401 GAAACGAAAG GCGGCGAGAA TAGAGGTGGA GATATCGAGG CGAAGAAAGA GAACAACGAA 11460 11461 AACCAGCAGG GCCCAGAGGG CAAGGAAATG GAGCCCGAGA TTGGAGACGC GAGCGATGGT 11520 11521 GGAGGAGAGG GAGCGGATGA AGAGGACGAG GTTCGACCAG AGACAACTGA AGGAATGGAC 11580 11581 CCACATGTTC CTGAAGTTGA TACACTTGAC TTACCAGAAG ATCTTGAACT CGATAGTGAT 11640 11641 GAGAAAGGAG GTGAAGATGA CGATCTAAAT ATGGAAGACC TCTCAGATGT TGTCGATGAG 11700 11701 GAAGAACCTA TGCAAAAAGA CGAAGGGAAA GATAGGGAGA AAGAGGGTTT TCCTGAGTTG 11760 11761 GATTCCTCGA CAAAAGACCC CAACGCCGGC GAGCCCGAAG ATGCAAAGGA CGAGAATGAC 11820 11821 ATTGAAGGGG GGCAGACTGA AGAAAACGGA GAGGCCGACG GAGAAGAGAT GGACCAAGGC 11880 11881 CAAGATACCC TCCAAGAAGA GGAACAAAAC TCTCTACTCC AAACCCAGGA AGAGCAGAAG 11940 11941 TCAGGGGAAG CCGATAAAAC TGCACCTAGA AAAGCTCAGG CACATGATGG CGGCGCCGGC 12000 12001 CAGCAAGATA GCAACGAGCA GAGTTCAGCT CAGCAGCAAT CGGGCGAGGA GGCAAAGCAA 12060 12061 GACGAACCGC TAGAAATTAA TGGCCCCGAC GCGGATCAAG AGCAGGGTCA GAAATTAGGT 12120 12121 CAAGCCTTAG CACAAGACGC GAATCCTCAG AATGACAGCC AAGTCCCCAA AGACGATCAT 12180 12181 TTCAAGGAAG TACAAGAATC TCTCCGTAAA GTTGGTGACG TGCTGGAGAA ATGGTACCGT 12240 12241 AGTCGCCAAG AGATTTTAGA TGCTCAGAAG GATGCAGAGC GACCCCAAGT TGTCAATATG 12300 12301 GAACTTGACG ATCCGGAATT CGAGCATTTG CCCGATGAGG AAACCGCCAC CGACACACAG 12360 12361 GCTCTTGGCG CAGCTACTGA AGAGCAATCC CACCCGCTTG ACGATTCGAT GGCGATTGAT 12420 12421 TCGGGTACTA CACGGCCACA GGAAACCTTT GAGGATGAGG AATCAAGGCC GGGGGGGGAT 12480 12481 GATGCTATGG ATGAAGAGAT GAAGGATTCT GAGGACACAG GTGTTGATAG TCCAGAATCC 12540 12541 GCGGAAGAAT GCTCTGTCGG TGCAATCATT GGGAGATCAT TGGAACCAAA ATCTAGGCAG 12600 12601 CAAATATTCA CTCAGGAAGA CGCTGGATTT GATTTGGACA CTGAAGACAT AGGTATGGCT 12660 12661 GACGGAGAGC TACAAGGGGG TGATTCTCCA CCGCCGCGAC TTGTGGATGG TCGTTCGTGG 12720 12721 GAAGAGTCGC GAGAGTTGTG GCAGAAGCAC GAACAGTCAA CGCAGGATCT ATCGATGGGT 12780 12781 CTGTGCGAGC AACTCCGACT CATTCTCGAA CCTACTCTAG CTACCAAGAT GAGAGGAGAT 12840 12841 TTCCGAACCG GCAAGCGACT GAACATGAAG CGTATCATCC CATACATTGC AAGTCAGTAC 12900 12901 AAGAAGGACA AAATCTGGAT GCGCCGTACA AAGCCCAGCA AACGTCAATA CCAGGTAATG 12960 12961 ATAGCAGTCG ATGACTCAAA GTCTATGGCG GAGTCCAACT CTATCAACTT AGCCTTCAAA 13020 13021 ACCGTGACTC TAGTCGCAAA AGCCCTCTCC CAACTCGAAG TTGGCCAGAT CTCCATCGTC 13080 13081 AGCTTTGGCG AAACAACCCG TCTAATCCAC CCCTTCGGCC AGCCCTTCAC CTCCGAATCC 13140 13141 GGCGTAAAGA TCTTCCAAAG TTTCACTTTT AACCAAACAA AGACAAACGT GAAAACCCTC 13200 13201 GTCGAGAAGT CCCTCTCCAT ATTTGAGTCT GCGCGCACAA ACTCCAACGC TGGGCTCTGG 13260 13261 CAATTGGAAA TTATCGTCTC CGACGGCGTA TGCGAGGACC ATGACGCCCT CCGCCGACTA 13320 13321 GCGCGCAAAG CCCAAGAGGA GAAAATTATG ATCGTGTTCG TTATCGTGGA CTCCGTGCGC 13380 13381 GAGTCGAGCA TTTTCACGCT CGAGGGAGTG AAGTTCGAGA AGGATGAGAG CGGCGGTATG 13440 13441 GCGTTGAAGA TGTATAAGTA TTTGGATTCT TTTCCGTTCA GGTTTTACCT TGTCGTCAGC 13500 13501 GATATTAAGG AGTTGCCCGG AGTGCTAGCG TTGGCCTTGA GGCAGTGGCT GGCGGAGATT 13560 13561 GTAGATGCTA CGGTTGCGTA G 13581

Protein Sequence

>LLPS-Tum-0538|GSTUM_00005354001
MDCSKFDRRFLSSPLISSLPPDTISIISTSTQADNSLYLDTLSKIAVNSNFTSLILTCYEPIFADLAARWRGFATVEQLAAGFARVLPVMPFLADIAEEFLLRSSPGGTTPEFLTMMKRLSDELHLEELLTVGHGGKLLDMLLSLHRLLCFRREAFLGLVNVDVLFGLMRHECLPIRYLSVRILSIYLKAADRAQELMFFNFGVGGIAQEKVLGLWEGKEIDYGFLMLLEGERLEKLSADLKTARLRNSQLEMSTGHPRVINSSDLSPLTADLCGVLVPRLRGLPSQSSSVVDTHTTRKNISSIAQALRSPRSVLITGQSGSGKTYFVHQIAQVLNIDDMISIHLGDQTDAKLLIGAYTTTDAPGNFEWRAGVLTTAVREGRWVRVHALYISAGVATSHEPLSDGVFNEIFMEAVDCFAGSLQTKEARTLIVRRVASNIHIPSQRKRKMEPAGLKRRRVYAQTRPFATTNHAMRLLEQICVAIRLAEPVLLVGETGTGKTTVVQQLADMMRFNLTVINLSQQTESADLLGGFKPVDMKSLALPLKERFDGLFEKTFSLKRNKRFLDALNKFWSRQQWNRVITLKLDDTDRPVLQAEWTGFANDLSNLEKHNLQLVKSFAFSFVEGSLVKAARNGDWVLLDEINLAAADTLESIADLLKDGGGGSILLSEKGDVERVKAHPDFRIFACMNPATDVGKRDLPPGLRNRFTELYVASPDQELSNLLAIIREYLGNLAVGDDAVVADIANVYMEAKRLSGEQRLVDGANHRPNYSIRTLTRTLSYVFEIAPVYGLRRSLYEGFCMSFLTLLDQTSESILLPVIEKYHYWMHKGAYPIEEQPYYIIPPSVRRNMLNLVRATATKRFPVLIQGPTSSGKTSMIEYLAKKTGQKFVRINNHEHTDLQEYLGSYISDDDGQLRFQEGILALNRLLDDNRELLIPETQEVVRPHKDFMLYATQNPPGLYGGRKVLSRAFRNRFLELHFDDIPEDELRIILEGRCQIPPSRCKVIVDVYKELSLIRQTARLFEQKNSFATLRDLFRWASRQAARGDQSYQSLANDGYMLLAERVRDEKEKLAVKETIERVMRVKIDNSSLYSPESTPEYHYYMDKLSGTSGDVRPIRNRQAYQSQLTEDLLAWADGSLIQAMKSGQFFLLDEISLADDSVLERLNSVLEPARGILLAEKGAKESEVTAADGFQFMATMNPGGDYGKKELSPALRNRFTEIWVPSMSDPEDILQIVQAKIAPFASKYARTVVEFAQRFSKTSSSTLSPVISIRDVLAWVKFINSSPPENPAFGLLHGAALVFIDGMGANPSGGLSIASEDLEKEKQRCISELSDLCGEDLSQIYYQPITTSAGDEVVQLGAFSLQKNKDAAVDISESFNMTAPTTTKNAMRVVRAMQLRKPVLLEGSPGVGKTSLISALAEASGNSLTRINLSEQTDLMDLFGSDVPVEGGQSGEFAWRDAPFLRAMQAGNWVLLDEMNLASQSVLEGLNACLDHRGETYISELDRTFRRHPNFAVFAAQNPHQQGGGRKGLPASFVNRFTVVYIDTLGPEDLQLIASQLNPSVHPKYVSKVIEFMVLLDREVSQKRSFGSLGGPWEFNLRDTLRWLGLLSSPARFVAASKPEEFLGIIKHRFRTTKDRERVDALFGQVFGSEPGRRHLYYQLSKEYLQVGHAFLSRRSNLCFISPRDLAILKQNLPVMETIMTAITQETPCILVGPSGVGKSSLLRLLASIAGVELDEIAINSDIDATDVVGGFEQVDVTRKISKWVDGMLIDAVEKGRWLVLDNANLCSPSVMDRLNSLLEPNGCLIVNEHNGKDGRPKMVYPSPGFRLFLTMNPDHGELSRAMRNRGIEVFLSPLPMEEGAEEDDRERKELAKYSPSTESSMGIYQIMGKFLGNNIDTSVFKNLVYIALDHMPGEKAETDMALLTRWRDHIRSSSADLRAQRMEILQDAVSIYVNLYKWTWALREDRKEHLAKLLPTSYEFKGAQVSEIINLSGEGLELEADIDKYLKQPINLLRNTPLIFLGIKASTRQAGHSQGMLEWTIYMRIYDCMRGILEIEQVEEAIIQRAMAATLEGLKGMSFLEISASKNKLPVSISKANLDLPVFEFLSTVREELYNWADTWARGPPFLGGMHEDKQLQNSLLPILELLQLWHDIVGLGSAPGNKLNGSVLHVYVELLEEWAKFSGDSLPRTLMQPIRQALDGFRAPFQLKTGFSMELVWNEMRPSVPASLIAWTAYNRLKEIADRFDIVTLRFKGSLEVVVSLKRSLITALTDVLTFSDADNIWELIQGLEAEIAQLEKSQALTEPEQLGSVFRAAFDYLFQFRALRVAVFPNEAKVGIGYIISIIGLLIDPYRLTVICSLLHISLVDLHLDFLATRPQALDSVSSIKRCVCGRFLRQSAIGQTSKLNIDLKTFLKHLFLNIRDITSDRTLQLTQLLVAKIYKIITLHREFYDGEMYAQITNSFGIINQALFGETKGLSRMPGLPLLPTSNDKFKTVVDTHFTPAIGALCSDLSQFGSVTLENLGSAWTHYALGCLKLYVPNCAFDPAMKLKVRRERYLRQKGDITARIEAEIFFESRFTGQTNEFQLQYLRNQIEGLGGEPSSSFMERPEESEMAQLQGDFSTLLKAIVESNPHERLLSSILKRGHEGRAEEKLFQRNLSQIAERLRRNHTAYKDLVDPVLGFLYSLKLGLDLAAIETEKSGHAESLLIPDFIGDITFDHFASGDNRDDAQLLLLWKFATRRAIEGFEGLGRKSHEIINRILLYFLDNWKAKMAEEQEKAVADASLYRYQGEGEDHDERELKAMFPDYEQEVEKAEKPAADHRSLAVKLAKCHSALYLSRDNSGCDLPSLIHRGISTFMKSLRRTDSFSASQTELEAFIPAVVLSLSEASKWIDGREEKPSSKTYDFYTDKNLEQAQRLVDMIEKCRTCLQVLNGTWPENITLQDALETCQEILNFPNDSPVAKLLPKVERLHESLNEWQSVASSQYSAAEHYDALTQLIISWRHLELTTWPRLFDIEDEKCEIDADSWWFYIFESVIANPTRLSGAGETLDNRMFQLVSTLAVFITSSSIGQFPGRLHLLQAFEQHLLHLSEENPEMLSIQKGLKNLITYYSQYVPIAEDFLMKQRKTLEKQVSEVVLLASWKATNVIALRDSAKRSHHKLYKVVKKYRETLAQPVQPLIEGGMPSVEDRAIISIPVVLPQLDINIELVKESYEKRVQTWDSRPIRLADLAATVRTMQRVSQSGIVDVTSWLNNFSTSIVSIMKELQAETPRTLTETNRHEVKHLKTRKRKAFTDALKELRQMGLKSNLSSSQLQKQSTLEAVLTAAETIHTGNDRNESYHLLRVLELLPKIRGYAVKPSLDLTGPEVTRSVGYIENMFSMILEQWDIVSSSLRDLKRVQKVIERYRTLSNLEMEHPDLYGNSSIAPEEYVNIWRKILWLPETIGLATELLCIHEDFSGVKFEDAKIYFEKSREVATDLNTSFRKELAIYDGIWEHSTMILMDRALEALRGMSSEAENLRQEQPEIAYAIHLITSLLSRECQPKAPAKADSSVSLQIIDASLQGLCDLVLVSLQKLRDSRTFCPTSPQQTGWLAQFQSASASSVRSLHMGDITRKATETLALVARLQPFDTATSQAARTLFAAYYPIVQEYTNICQETLQEVLGHYHVTSKTAYILCKSATTLLTKGFCMPEEKGQGEEAGGANGLENGTGLGEGEGADDISKDIEADEDLSELAQEKNEEREKEIENEEDAGTGDEKEDDMDEGTGDVDDLDPTAIDEKLWDGKGDDNAKEKEGGETKGGENRGGDIEAKKENNENQQGPEGKEMEPEIGDASDGGGEGADEEDEVRPETTEGMDPHVPEVDTLDLPEDLELDSDEKGGEDDDLNMEDLSDVVDEEEPMQKDEGKDREKEGFPELDSSTKDPNAGEPEDAKDENDIEGGQTEENGEADGEEMDQGQDTLQEEEQNSLLQTQEEQKSGEADKTAPRKAQAHDGGAGQQDSNEQSSAQQQSGEEAKQDEPLEINGPDADQEQGQKLGQALAQDANPQNDSQVPKDDHFKEVQESLRKVGDVLEKWYRSRQEILDAQKDAERPQVVNMELDDPEFEHLPDEETATDTQALGAATEEQSHPLDDSMAIDSGTTRPQETFEDEESRPGGDDAMDEEMKDSEDTGVDSPESAEECSVGAIIGRSLEPKSRQQIFTQEDAGFDLDTEDIGMADGELQGGDSPPPRLVDGRSWEESRELWQKHEQSTQDLSMGLCEQLRLILEPTLATKMRGDFRTGKRLNMKRIIPYIASQYKKDKIWMRRTKPSKRQYQVMIAVDDSKSMAESNSINLAFKTVTLVAKALSQLEVGQISIVSFGETTRLIHPFGQPFTSESGVKIFQSFTFNQTKTNVKTLVEKSLSIFESARTNSNAGLWQLEIIVSDGVCEDHDALRRLARKAQEEKIMIVFVIVDSVRESSIFTLEGVKFEKDESGGMALKMYKYLDSFPFRFYLVVSDIKELPGVLALALRQWLAEIVDATVA

Nucleotide Sequence

>LLPS-Tum-0538|GSTUM_00005354001
ATGGATTGCTCAAAATTCGACCGAAGATTCCTATCATCGCCGCTAATATCATCTCTTCCGCCGGACACAATTTCGATTATTTCCACCTCAACCCAGGCTGATAATAGCCTCTACCTTGATACCCTCTCCAAGATTGCAGTTAATTCCAATTTCACTTCGTTAATACTTACTTGCTATGAACCAATATTTGCCGACCTTGCAGCAAGATGGCGGGGGTTTGCTACGGTGGAACAACTTGCGGCGGGGTTTGCAAGAGTACTCCCGGTAATGCCGTTCCTGGCGGACATTGCTGAAGAGTTTCTACTGCGCTCTAGCCCAGGAGGAACTACCCCCGAATTTCTGACCATGATGAAGCGTTTGTCGGATGAATTGCATCTAGAGGAGCTATTGACGGTGGGCCATGGCGGAAAATTACTTGATATGTTGCTGTCGCTTCATCGTTTGCTGTGCTTCAGAAGGGAGGCTTTTCTGGGGCTCGTTAACGTGGATGTTTTGTTTGGGCTTATGAGGCATGAATGCCTACCGATTCGGTATCTCTCGGTTAGAATATTGTCGATATATTTGAAGGCTGCGGATCGCGCACAGGAGTTAATGTTTTTCAATTTCGGAGTTGGAGGTATTGCGCAAGAGAAGGTACTTGGACTATGGGAAGGTAAAGAGATAGACTATGGATTTTTAATGCTGCTGGAAGGCGAAAGGCTAGAGAAATTATCAGCGGATTTAAAGACAGCAAGACTTAGAAACAGCCAACTAGAAATGAGCACGGGGCATCCCCGAGTGATTAATTCTAGTGACCTATCGCCATTGACGGCTGATCTGTGTGGGGTCTTAGTTCCTAGGCTTCGAGGACTTCCTTCGCAATCCTCGAGTGTCGTCGACACGCACACTACTCGGAAGAACATTAGCTCAATTGCCCAAGCGCTCCGCTCTCCACGATCTGTGCTTATCACTGGGCAATCTGGCTCTGGAAAAACGTACTTTGTTCACCAGATTGCGCAAGTTCTTAATATAGATGACATGATTTCGATACATCTTGGGGACCAGACGGATGCGAAGCTTTTAATTGGAGCCTATACCACTACGGATGCCCCAGGCAACTTTGAATGGAGAGCGGGGGTTTTGACAACTGCTGTGAGGGAGGGTAGATGGGTTAGAGTTCATGCCCTTTACATCTCAGCCGGCGTTGCCACAAGCCATGAGCCACTATCGGACGGAGTATTCAATGAGATATTCATGGAAGCAGTTGATTGTTTTGCTGGAAGTTTGCAAACCAAGGAGGCCCGAACTCTAATTGTTAGGAGAGTTGCGAGTAATATACATATACCTTCACAGCGTAAACGAAAAATGGAGCCAGCTGGACTAAAGCGACGCAGGGTTTACGCTCAGACAAGGCCATTTGCGACTACAAATCATGCAATGCGACTATTGGAGCAAATTTGTGTGGCAATTAGACTTGCGGAGCCTGTCTTATTGGTGGGAGAAACCGGTACTGGAAAGACGACGGTTGTGCAGCAATTGGCAGATATGATGCGGTTCAATCTTACAGTCATAAACTTGTCCCAGCAAACCGAGAGTGCCGATCTCCTTGGCGGGTTCAAGCCTGTCGACATGAAATCATTGGCTCTGCCGCTAAAGGAGAGATTCGATGGTTTGTTTGAGAAGACCTTTTCCTTGAAGAGGAATAAGCGCTTTCTAGATGCCTTGAATAAATTTTGGTCAAGGCAGCAATGGAACCGAGTTATAACATTAAAGTTGGACGACACGGATAGACCAGTTCTCCAAGCGGAGTGGACTGGTTTCGCAAACGATTTATCAAATCTCGAGAAACACAACTTGCAATTAGTCAAAAGCTTTGCCTTTTCCTTTGTGGAGGGGAGCTTGGTGAAGGCTGCTAGAAACGGTGACTGGGTGCTTTTGGACGAGATAAATCTGGCAGCTGCAGATACCCTAGAGAGCATAGCTGATCTGCTCAAAGACGGCGGCGGTGGTTCTATACTTCTGAGTGAGAAAGGCGATGTGGAGAGAGTAAAAGCACACCCAGATTTCAGGATATTTGCGTGTATGAACCCGGCCACGGATGTGGGAAAACGTGACTTGCCCCCTGGGTTGAGAAACAGATTCACTGAGCTATACGTCGCCAGTCCGGATCAAGAACTGAGTAATCTTCTCGCTATCATTAGGGAGTATCTCGGAAATCTGGCGGTTGGGGACGACGCGGTGGTCGCTGATATCGCGAATGTTTATATGGAAGCCAAGCGCTTGTCGGGGGAACAGCGGCTGGTCGATGGTGCGAACCATCGCCCAAACTATAGTATACGGACTTTGACAAGGACCTTGAGTTATGTTTTCGAGATTGCTCCAGTATATGGCTTGAGGCGGAGTTTATATGAAGGGTTCTGCATGAGCTTCTTGACACTGCTTGACCAGACATCAGAGAGTATACTATTACCGGTTATTGAGAAATATCACTATTGGATGCACAAGGGAGCATACCCAATTGAGGAGCAACCATATTATATTATACCTCCGTCTGTTCGGCGGAACATGCTTAATCTGGTTCGAGCTACTGCGACAAAACGGTTCCCCGTACTTATCCAAGGGCCGACGAGCAGTGGGAAAACAAGTATGATTGAATATCTTGCGAAGAAGACAGGGCAGAAGTTTGTACGAATCAATAACCACGAACATACCGACCTTCAAGAATATCTTGGAAGTTATATTTCGGATGATGATGGGCAACTAAGATTCCAAGAGGGGATACTTGCTTTGAATAGGTTGTTGGATGACAACAGAGAACTTTTGATTCCGGAAACACAGGAAGTAGTGAGGCCGCATAAAGACTTCATGCTCTACGCAACCCAGAACCCGCCTGGGCTCTATGGAGGGAGGAAGGTGTTATCTAGGGCTTTTCGGAATAGGTTCTTAGAGCTACATTTTGATGATATTCCCGAAGACGAACTGAGAATTATTCTAGAGGGAAGATGCCAGATACCGCCCAGTCGATGTAAGGTGATTGTGGATGTCTATAAGGAACTCTCATTGATTCGTCAGACAGCTAGACTTTTCGAACAGAAAAACAGTTTCGCTACTCTTAGAGATCTCTTTAGGTGGGCTAGCCGTCAAGCAGCCCGTGGTGACCAGAGTTATCAGAGTTTGGCCAATGATGGGTACATGCTGTTGGCAGAGCGAGTTCGTGATGAAAAGGAGAAGCTCGCTGTGAAGGAGACCATTGAGAGGGTCATGCGCGTTAAAATCGACAATTCATCTTTATATTCGCCCGAATCCACACCAGAATATCACTATTACATGGATAAACTCTCCGGAACGAGCGGCGACGTTCGACCAATTCGGAATCGGCAGGCTTATCAGAGCCAGCTTACTGAGGACCTATTAGCTTGGGCCGACGGAAGCCTTATCCAAGCTATGAAATCTGGCCAGTTCTTTTTACTTGATGAGATATCGTTAGCCGATGATTCCGTATTGGAGAGATTGAACAGTGTCTTGGAACCTGCACGGGGTATCCTACTCGCAGAGAAAGGAGCAAAGGAATCAGAAGTTACAGCTGCAGATGGGTTTCAGTTCATGGCTACTATGAACCCCGGCGGTGACTATGGCAAGAAGGAGCTTTCCCCGGCATTACGGAATCGGTTTACGGAAATCTGGGTACCGTCGATGTCCGATCCGGAAGACATCTTGCAGATTGTACAGGCCAAAATTGCACCGTTCGCATCAAAGTACGCTAGAACCGTCGTAGAGTTTGCGCAGCGATTTTCTAAAACTTCTAGCTCTACTTTATCCCCAGTGATCTCCATTCGAGATGTATTAGCTTGGGTCAAATTCATCAATTCCAGCCCGCCCGAGAACCCTGCTTTTGGGTTGCTTCATGGGGCAGCACTCGTGTTTATTGATGGTATGGGAGCAAACCCCTCTGGGGGCTTGTCAATTGCCTCCGAAGATCTGGAAAAGGAGAAGCAACGGTGTATCTCTGAATTGTCAGACCTTTGCGGTGAGGACTTGTCCCAAATATACTATCAACCGATTACTACTAGCGCGGGTGATGAGGTGGTCCAGCTTGGAGCGTTCTCCCTGCAAAAGAATAAGGACGCCGCGGTAGATATTTCTGAATCATTCAATATGACCGCACCAACAACAACGAAGAATGCTATGAGAGTGGTCAGAGCAATGCAATTGCGGAAACCTGTATTACTGGAAGGTAGCCCGGGTGTCGGTAAAACAAGTCTGATATCGGCCCTTGCAGAGGCTAGTGGAAATTCCCTTACAAGAATCAATTTGTCGGAGCAAACTGACCTAATGGATCTTTTCGGTTCGGATGTTCCGGTTGAAGGTGGCCAGAGCGGGGAATTTGCCTGGCGAGATGCTCCGTTCCTTCGAGCGATGCAAGCCGGAAATTGGGTACTACTAGATGAAATGAATCTGGCGTCGCAGTCAGTGTTGGAGGGTCTCAACGCCTGTTTGGACCACCGCGGGGAGACATACATCTCAGAGCTCGATCGTACCTTCAGACGACATCCTAACTTTGCAGTTTTTGCTGCACAGAATCCACACCAACAAGGTGGAGGACGGAAGGGACTTCCCGCATCTTTTGTCAATCGGTTTACAGTTGTTTATATCGACACCCTTGGCCCCGAAGATTTACAACTCATCGCTAGCCAGTTGAATCCATCGGTCCACCCTAAATATGTTTCGAAAGTAATCGAGTTTATGGTTCTTCTAGATCGTGAGGTGTCTCAGAAGAGGAGTTTCGGAAGTCTTGGAGGCCCCTGGGAATTCAACCTGCGAGATACCCTGCGTTGGCTTGGGCTGTTATCGTCACCTGCCCGGTTCGTGGCCGCTAGCAAACCTGAAGAGTTTCTAGGTATCATCAAACATCGATTTCGGACTACGAAGGACAGAGAGAGGGTCGACGCGCTGTTTGGCCAGGTTTTCGGATCCGAACCTGGTAGGAGACATCTCTATTATCAACTATCCAAGGAGTATCTACAAGTCGGTCACGCGTTTCTCAGCCGTCGGAGCAATCTATGTTTTATATCCCCTCGGGACCTCGCAATTTTAAAGCAGAACTTGCCTGTTATGGAGACAATTATGACCGCAATTACGCAGGAGACCCCGTGCATATTGGTTGGGCCCTCCGGCGTTGGTAAGAGTAGTCTATTAAGGCTTCTAGCAAGTATTGCTGGTGTTGAGCTTGATGAGATCGCAATCAACAGTGATATTGATGCGACAGATGTTGTTGGTGGCTTCGAACAAGTAGACGTTACTAGGAAAATTTCCAAGTGGGTTGACGGGATGTTAATCGATGCCGTTGAGAAAGGAAGGTGGCTGGTCCTAGATAATGCGAACCTATGCAGTCCAAGTGTAATGGATAGGCTAAACTCGCTCCTTGAACCGAATGGATGTCTCATAGTCAACGAGCATAACGGCAAGGATGGCAGACCAAAAATGGTATATCCCAGTCCGGGTTTCCGGCTCTTCCTAACAATGAACCCCGACCACGGCGAACTCTCACGGGCTATGAGGAATCGTGGGATAGAGGTTTTCCTGAGTCCACTTCCGATGGAGGAGGGTGCCGAAGAAGATGATAGAGAACGGAAGGAGCTTGCTAAATATTCCCCTTCGACAGAGTCCTCAATGGGAATCTATCAGATCATGGGTAAATTTCTCGGAAATAATATCGATACATCGGTATTCAAGAATCTTGTTTATATCGCTCTTGACCACATGCCCGGGGAAAAGGCGGAGACCGATATGGCATTATTGACTAGATGGAGAGATCATATAAGATCATCATCTGCTGACCTGAGGGCGCAGCGGATGGAAATTTTACAGGACGCAGTAAGCATTTACGTAAATTTGTATAAATGGACCTGGGCACTTCGAGAAGATCGTAAAGAGCACCTCGCGAAACTGCTGCCAACTAGTTATGAATTCAAGGGAGCGCAGGTGAGTGAGATAATTAATCTAAGCGGTGAAGGGCTCGAGCTGGAAGCGGATATTGACAAATATCTTAAACAGCCTATAAATTTACTGCGCAACACGCCTCTAATTTTTCTTGGGATCAAGGCCTCCACCCGACAAGCAGGCCATTCGCAGGGAATGCTTGAATGGACCATCTACATGCGAATCTACGACTGCATGAGAGGGATACTCGAAATCGAGCAAGTAGAGGAGGCAATCATTCAGAGAGCGATGGCGGCAACACTAGAAGGGTTGAAAGGCATGAGTTTTTTGGAGATATCGGCGTCGAAAAATAAATTACCTGTGTCAATCTCTAAAGCCAATCTCGACCTACCGGTATTCGAGTTCTTGTCGACTGTCCGGGAAGAACTATACAACTGGGCTGATACCTGGGCGCGTGGTCCCCCGTTTCTTGGGGGAATGCACGAGGATAAGCAATTGCAGAATTCGCTTTTACCTATTCTGGAGCTTCTGCAGTTATGGCATGATATTGTTGGCTTGGGTAGTGCTCCAGGGAATAAATTGAATGGGAGTGTGCTCCACGTATATGTAGAATTACTTGAGGAATGGGCTAAGTTCTCTGGAGATAGTCTTCCTCGTACTCTGATGCAGCCAATTCGGCAAGCGTTAGATGGATTCCGGGCTCCTTTCCAACTTAAAACTGGGTTCTCTATGGAGTTGGTGTGGAACGAGATGCGTCCATCTGTACCTGCTTCGTTGATTGCTTGGACGGCGTATAATAGATTGAAGGAAATTGCCGATCGGTTTGATATTGTGACGTTGAGATTTAAAGGCTCCCTTGAGGTGGTCGTTTCCCTGAAGAGATCACTTATCACGGCACTCACCGATGTCTTGACGTTCTCAGATGCAGATAATATCTGGGAGTTGATTCAAGGGCTTGAGGCAGAAATTGCCCAACTTGAAAAATCGCAAGCGCTAACCGAACCTGAGCAACTTGGGTCGGTTTTCAGGGCCGCGTTTGATTATCTATTTCAGTTCAGAGCTCTCCGGGTAGCCGTGTTTCCGAACGAAGCGAAGGTAGGAATTGGTTATATAATTTCAATCATCGGTTTGCTGATCGATCCTTACAGATTGACAGTGATATGCTCGCTATTGCACATTTCTCTAGTAGACCTACATCTAGACTTCTTGGCTACCAGGCCCCAAGCATTAGACTCCGTGAGTTCCATTAAGAGATGCGTTTGTGGGAGGTTTTTGAGACAATCGGCGATCGGTCAGACGAGCAAGCTCAATATCGATCTGAAAACATTTTTGAAGCATTTGTTTTTGAATATTCGCGATATCACTAGTGATAGGACGCTCCAATTGACACAACTCCTGGTTGCTAAGATTTATAAAATTATTACTCTGCATAGGGAATTTTATGACGGAGAGATGTATGCACAGATTACGAATTCATTCGGTATTATCAATCAAGCTCTATTTGGAGAAACAAAGGGGCTATCGAGGATGCCCGGTCTCCCGCTTTTGCCAACATCAAACGATAAATTCAAGACAGTGGTTGACACCCACTTTACACCTGCAATCGGCGCTCTTTGTTCGGATTTGTCTCAATTCGGATCTGTTACTTTGGAGAACCTGGGATCCGCTTGGACCCACTATGCCTTAGGGTGTCTAAAACTATATGTCCCCAATTGCGCCTTCGATCCAGCCATGAAGTTGAAGGTGAGACGAGAGAGATACCTGCGCCAAAAGGGCGATATAACTGCTAGGATTGAGGCGGAAATATTTTTTGAATCCAGGTTTACCGGTCAAACAAATGAGTTTCAACTGCAATATCTGCGGAATCAAATTGAAGGACTTGGCGGGGAGCCTTCAAGCTCGTTCATGGAACGACCGGAGGAATCGGAAATGGCTCAGTTACAAGGGGATTTCTCTACCTTACTCAAGGCTATTGTCGAGAGTAATCCTCACGAGCGACTTCTTTCGTCTATCTTGAAGCGCGGTCATGAAGGCCGTGCCGAGGAAAAGTTGTTCCAGAGGAATTTGTCTCAGATAGCTGAGAGACTAAGGAGGAACCACACTGCTTATAAAGATTTGGTAGATCCGGTGCTCGGGTTCTTATACTCTCTGAAGCTTGGGTTGGATCTTGCTGCTATTGAGACAGAGAAATCGGGGCATGCCGAGTCGCTTCTTATTCCGGATTTCATAGGGGATATAACTTTTGATCATTTTGCTAGCGGCGATAACCGGGATGATGCTCAGCTGCTCTTGTTATGGAAGTTTGCGACCCGTAGGGCTATTGAAGGATTCGAAGGATTGGGTAGAAAATCTCACGAGATCATCAACAGAATTTTGCTTTACTTCCTCGATAATTGGAAGGCCAAGATGGCAGAAGAGCAAGAAAAGGCCGTTGCAGATGCAAGTCTTTACCGATACCAGGGCGAAGGAGAGGACCACGACGAACGGGAACTGAAGGCAATGTTTCCGGACTATGAGCAAGAAGTTGAAAAGGCAGAGAAACCAGCTGCCGACCATCGCTCTTTAGCAGTTAAGCTTGCAAAATGCCATTCTGCTCTTTACCTTTCGAGGGATAATTCAGGGTGTGACTTACCCTCCCTCATTCATCGTGGTATCAGTACTTTTATGAAGAGCCTACGCAGAACGGATAGCTTTTCCGCTTCTCAAACAGAACTGGAGGCTTTCATACCGGCCGTTGTGCTTTCCCTCAGTGAAGCGTCTAAATGGATCGATGGGCGCGAAGAGAAGCCTAGTTCTAAGACATATGACTTCTATACCGACAAGAATCTGGAGCAAGCTCAGAGACTAGTTGACATGATTGAGAAATGCCGGACTTGTCTGCAAGTTTTGAATGGCACTTGGCCTGAAAATATCACTCTTCAAGATGCCTTGGAAACATGTCAGGAGATACTTAACTTCCCAAACGACTCACCAGTCGCAAAGCTCCTTCCTAAGGTCGAGAGGTTGCACGAGTCATTAAACGAATGGCAAAGTGTTGCTAGCAGCCAGTATTCTGCCGCAGAACATTACGACGCCTTAACTCAACTAATTATAAGCTGGAGGCATCTGGAATTAACCACCTGGCCGCGCCTTTTCGACATTGAGGATGAGAAGTGCGAGATTGATGCAGACTCTTGGTGGTTCTATATTTTCGAAAGTGTGATCGCCAACCCGACTCGCCTTTCTGGGGCAGGGGAGACCTTGGATAATCGTATGTTCCAACTTGTCTCTACACTTGCTGTTTTCATAACTTCCTCATCTATCGGTCAGTTTCCCGGTAGGCTTCATCTTTTGCAGGCGTTCGAGCAGCATCTTCTACACCTATCCGAGGAAAATCCGGAGATGTTGTCTATACAGAAGGGACTAAAAAACCTTATCACATACTACTCGCAGTACGTGCCCATAGCTGAGGACTTCCTGATGAAGCAGAGGAAGACGCTTGAGAAGCAGGTTTCAGAGGTAGTCCTACTAGCTAGTTGGAAAGCTACGAATGTCATTGCTTTGAGAGATAGTGCAAAGCGATCGCATCATAAGCTCTATAAGGTTGTCAAGAAGTATCGGGAGACACTCGCTCAACCTGTGCAGCCTTTGATCGAAGGTGGCATGCCTTCCGTGGAGGATAGAGCTATCATTAGCATACCGGTGGTTCTTCCCCAATTAGATATCAACATTGAACTAGTCAAAGAGAGCTACGAGAAACGGGTGCAAACATGGGATAGCAGACCTATCCGTCTTGCTGATCTTGCTGCAACTGTACGAACGATGCAGCGAGTATCTCAGTCGGGAATTGTCGACGTCACAAGCTGGCTAAACAACTTCTCGACATCAATCGTCTCGATAATGAAAGAACTCCAAGCCGAGACTCCCAGAACACTCACGGAGACCAACAGGCATGAAGTGAAGCATTTGAAGACGAGAAAACGAAAAGCATTCACGGATGCATTGAAAGAGCTTCGACAAATGGGATTGAAGTCGAATCTTAGCAGCTCTCAATTACAGAAGCAATCTACCCTTGAGGCAGTTCTCACAGCTGCTGAGACAATTCATACCGGTAATGACAGGAATGAGTCTTATCACCTCCTTCGAGTTTTGGAGCTCTTACCGAAGATTCGGGGGTATGCGGTAAAGCCGAGTCTGGACTTGACGGGTCCAGAGGTCACGAGGAGTGTGGGGTATATTGAGAATATGTTTTCAATGATCCTGGAGCAGTGGGATATAGTTTCCTCCTCACTTAGGGATCTTAAGAGAGTGCAGAAGGTCATAGAGAGGTACAGGACATTATCGAACTTGGAGATGGAGCATCCGGATCTCTATGGAAACAGCAGCATTGCACCCGAGGAGTATGTCAATATTTGGAGGAAGATTCTGTGGCTTCCAGAGACTATTGGATTGGCTACTGAACTGCTGTGTATTCACGAAGATTTCAGTGGGGTCAAGTTTGAGGATGCCAAAATTTACTTTGAGAAGTCTCGCGAAGTCGCTACGGATCTGAACACTAGCTTTAGGAAAGAGCTCGCTATCTATGATGGAATCTGGGAGCACTCGACTATGATATTGATGGACCGGGCCCTGGAAGCATTGCGTGGAATGAGCTCAGAGGCAGAGAATCTCAGACAGGAACAACCAGAGATCGCTTATGCAATCCACCTTATTACGTCTTTGCTTTCTCGAGAATGCCAACCAAAAGCGCCCGCAAAAGCAGATTCTTCAGTGTCACTGCAAATAATTGACGCTTCATTACAAGGTCTTTGCGATCTAGTGCTTGTCAGCCTGCAAAAACTGAGGGACTCACGGACGTTTTGCCCAACATCACCGCAGCAAACCGGCTGGCTTGCCCAATTCCAATCTGCGTCCGCATCTAGCGTGAGGTCTCTACACATGGGTGATATCACTCGCAAGGCAACAGAGACTCTAGCTTTGGTTGCAAGACTCCAGCCATTCGATACAGCTACCTCACAGGCCGCACGCACGCTATTCGCAGCCTATTACCCGATCGTACAGGAGTACACTAACATCTGTCAAGAGACACTTCAGGAGGTACTAGGTCACTACCACGTTACTTCTAAGACCGCTTATATCCTTTGCAAGTCTGCCACTACGCTCTTGACAAAAGGCTTCTGCATGCCAGAGGAGAAGGGGCAGGGCGAAGAAGCTGGCGGCGCGAATGGTCTTGAGAACGGAACCGGACTCGGAGAAGGTGAAGGTGCGGATGACATCAGCAAGGACATCGAAGCCGATGAAGACCTTTCTGAACTCGCTCAAGAGAAAAACGAAGAGCGAGAAAAAGAAATTGAGAACGAGGAAGATGCAGGCACCGGCGACGAAAAGGAGGATGATATGGATGAAGGAACTGGCGACGTCGATGATCTTGATCCCACCGCTATCGACGAAAAGCTGTGGGACGGGAAGGGAGATGATAACGCTAAAGAAAAAGAAGGGGGTGAAACGAAAGGCGGCGAGAATAGAGGTGGAGATATCGAGGCGAAGAAAGAGAACAACGAAAACCAGCAGGGCCCAGAGGGCAAGGAAATGGAGCCCGAGATTGGAGACGCGAGCGATGGTGGAGGAGAGGGAGCGGATGAAGAGGACGAGGTTCGACCAGAGACAACTGAAGGAATGGACCCACATGTTCCTGAAGTTGATACACTTGACTTACCAGAAGATCTTGAACTCGATAGTGATGAGAAAGGAGGTGAAGATGACGATCTAAATATGGAAGACCTCTCAGATGTTGTCGATGAGGAAGAACCTATGCAAAAAGACGAAGGGAAAGATAGGGAGAAAGAGGGTTTTCCTGAGTTGGATTCCTCGACAAAAGACCCCAACGCCGGCGAGCCCGAAGATGCAAAGGACGAGAATGACATTGAAGGGGGGCAGACTGAAGAAAACGGAGAGGCCGACGGAGAAGAGATGGACCAAGGCCAAGATACCCTCCAAGAAGAGGAACAAAACTCTCTACTCCAAACCCAGGAAGAGCAGAAGTCAGGGGAAGCCGATAAAACTGCACCTAGAAAAGCTCAGGCACATGATGGCGGCGCCGGCCAGCAAGATAGCAACGAGCAGAGTTCAGCTCAGCAGCAATCGGGCGAGGAGGCAAAGCAAGACGAACCGCTAGAAATTAATGGCCCCGACGCGGATCAAGAGCAGGGTCAGAAATTAGGTCAAGCCTTAGCACAAGACGCGAATCCTCAGAATGACAGCCAAGTCCCCAAAGACGATCATTTCAAGGAAGTACAAGAATCTCTCCGTAAAGTTGGTGACGTGCTGGAGAAATGGTACCGTAGTCGCCAAGAGATTTTAGATGCTCAGAAGGATGCAGAGCGACCCCAAGTTGTCAATATGGAACTTGACGATCCGGAATTCGAGCATTTGCCCGATGAGGAAACCGCCACCGACACACAGGCTCTTGGCGCAGCTACTGAAGAGCAATCCCACCCGCTTGACGATTCGATGGCGATTGATTCGGGTACTACACGGCCACAGGAAACCTTTGAGGATGAGGAATCAAGGCCGGGGGGGGATGATGCTATGGATGAAGAGATGAAGGATTCTGAGGACACAGGTGTTGATAGTCCAGAATCCGCGGAAGAATGCTCTGTCGGTGCAATCATTGGGAGATCATTGGAACCAAAATCTAGGCAGCAAATATTCACTCAGGAAGACGCTGGATTTGATTTGGACACTGAAGACATAGGTATGGCTGACGGAGAGCTACAAGGGGGTGATTCTCCACCGCCGCGACTTGTGGATGGTCGTTCGTGGGAAGAGTCGCGAGAGTTGTGGCAGAAGCACGAACAGTCAACGCAGGATCTATCGATGGGTCTGTGCGAGCAACTCCGACTCATTCTCGAACCTACTCTAGCTACCAAGATGAGAGGAGATTTCCGAACCGGCAAGCGACTGAACATGAAGCGTATCATCCCATACATTGCAAGTCAGTACAAGAAGGACAAAATCTGGATGCGCCGTACAAAGCCCAGCAAACGTCAATACCAGGTAATGATAGCAGTCGATGACTCAAAGTCTATGGCGGAGTCCAACTCTATCAACTTAGCCTTCAAAACCGTGACTCTAGTCGCAAAAGCCCTCTCCCAACTCGAAGTTGGCCAGATCTCCATCGTCAGCTTTGGCGAAACAACCCGTCTAATCCACCCCTTCGGCCAGCCCTTCACCTCCGAATCCGGCGTAAAGATCTTCCAAAGTTTCACTTTTAACCAAACAAAGACAAACGTGAAAACCCTCGTCGAGAAGTCCCTCTCCATATTTGAGTCTGCGCGCACAAACTCCAACGCTGGGCTCTGGCAATTGGAAATTATCGTCTCCGACGGCGTATGCGAGGACCATGACGCCCTCCGCCGACTAGCGCGCAAAGCCCAAGAGGAGAAAATTATGATCGTGTTCGTTATCGTGGACTCCGTGCGCGAGTCGAGCATTTTCACGCTCGAGGGAGTGAAGTTCGAGAAGGATGAGAGCGGCGGTATGGCGTTGAAGATGTATAAGTATTTGGATTCTTTTCCGTTCAGGTTTTACCTTGTCGTCAGCGATATTAAGGAGTTGCCCGGAGTGCTAGCGTTGGCCTTGAGGCAGTGGCTGGCGGAGATTGTAGATGCTACGGTTGCGTAG

▼ KEYWORD

ID	Family
KW-0067	ATP-binding
KW-0143	Chaperone
KW-0175	Coiled coil
KW-0181	Complete proteome
KW-0547	Nucleotide-binding
KW-0539	Nucleus
KW-1185	Reference proteome

▼ GENE ONTOLOGY

ID	Classification	Description
GO:0005654	Cellular Component	Nucleoplasm
GO:0005524	Molecular Function	ATP binding
GO:0016887	Molecular Function	ATPase activity
GO:0034367	Biological Process	Protein-containing complex remodeling
GO:2000200	Biological Process	Regulation of ribosomal subunit export from nucleus
GO:0000027	Biological Process	Ribosomal large subunit assembly
GO:0006364	Biological Process	RRNA processing

▼ KEGG

tml:GSTUM_00005354001

▼ ORTHOLOGY

DrLLPS ID	Organism	Identity	E-value	Score
LLPS-Asg-0083	Ashbya gossypii	69.89	2e-34	151
LLPS-Via-0764	Vigna angularis	66.67	2e-09	68.2
LLPS-Sac-0005	Saccharomyces cerevisiae	65.59	6e-33	146
LLPS-Amt-0061	Amborella trichopoda	65.18	1e-33	147
LLPS-Map-0213	Magnaporthe poae	64.84	5e-30	137
LLPS-Kop-0555	Komagataella pastoris	63.44	8e-31	139
LLPS-Trv-0333	Trichoderma virens	63.16	5e-31	140
LLPS-Ast-0757	Aspergillus terreus	63.04	6e-29	133
LLPS-Nec-1180	Neurospora crassa	61.86	4e-30	137
LLPS-Mae-0024	Manihot esculenta	61.86	2e-31	141
LLPS-Phn-0314	Phaeosphaeria nodorum	61.22	2e-29	135
LLPS-Brn-0001	Brassica napus	61.11	6e-28	130
LLPS-Bro-1114	Brassica oleracea	61.11	6e-28	130
LLPS-Brr-1469	Brassica rapa	61.11	6e-28	130
LLPS-Art-2274	Arabidopsis thaliana	61.11	9e-28	129
LLPS-Lem-0364	Leptosphaeria maculans	60.0	1e-29	135
LLPS-Gag-0443	Gaeumannomyces graminis	60.0	3e-29	134
LLPS-Anc-1552	Anolis carolinensis	60.0	2e-27	128
LLPS-Fuv-0246	Fusarium verticillioides	59.57	1e-29	135
LLPS-Fuo-0650	Fusarium oxysporum	59.57	1e-29	135
LLPS-Aim-0240	Ailuropoda melanoleuca	59.42	5e-18	97.1
LLPS-Fus-0419	Fusarium solani	59.38	6e-30	136
LLPS-Fud-0885	Fukomys damarensis	59.34	1e-27	129
LLPS-Nia-0323	Nicotiana attenuata	58.89	3e-28	131
LLPS-Scp-1148	Schizosaccharomyces pombe	58.77	8e-33	146
LLPS-Scj-0154	Schizosaccharomyces japonicus	58.26	3e-31	140
LLPS-Chr-0660	Chlamydomonas reinhardtii	58.24	4e-27	127
LLPS-Ran-0719	Rattus norvegicus	58.24	2e-27	128
LLPS-Gaga-1826	Gallus gallus	58.24	4e-27	127
LLPS-Meg-0899	Meleagris gallopavo	58.24	4e-27	127
LLPS-Pes-1822	Pelodiscus sinensis	58.24	8e-27	126
LLPS-Met-0049	Medicago truncatula	57.78	5e-28	130
LLPS-Dac-0233	Daucus carota	57.78	2e-26	125
LLPS-Mod-1279	Monodelphis domestica	57.78	1e-26	126
LLPS-Gor-1066	Gossypium raimondii	57.78	3e-27	128
LLPS-Anp-2208	Anas platyrhynchos	57.78	2e-26	125
LLPS-Fia-1784	Ficedula albicollis	57.78	7e-27	126
LLPS-Cog-0464	Colletotrichum gloeosporioides	57.55	0.0	749
LLPS-Cogr-0385	Colletotrichum graminicola	57.39	0.0	743
LLPS-Pof-1042	Poecilia formosa	57.28	7e-29	133
LLPS-Dio-3416	Dipodomys ordii	57.14	4e-27	127
LLPS-Myl-0302	Myotis lucifugus	57.14	1e-26	125
LLPS-Sus-0312	Sus scrofa	57.14	7e-27	126
LLPS-Cap-0941	Cavia porcellus	57.14	6e-27	127
LLPS-Eqc-0216	Equus caballus	57.14	6e-26	123
LLPS-Cas-1352	Carlito syrichta	57.14	8e-27	126
LLPS-Otg-2513	Otolemur garnettii	57.14	8e-27	126
LLPS-Ora-0231	Ornithorhynchus anatinus	56.67	2e-26	125
LLPS-Sah-1255	Sarcophilus harrisii	56.67	2e-26	125
LLPS-Zem-0105	Zea mays	56.67	1e-24	119
LLPS-Tag-0935	Taeniopygia guttata	56.67	3e-25	121
LLPS-Coo-0370	Colletotrichum orbiculare	56.62	0.0	748
LLPS-Yal-0554	Yarrowia lipolytica	56.36	1e-92	343
LLPS-Gaa-0329	Gasterosteus aculeatus	56.31	3e-28	131
LLPS-Orl-0412	Oryzias latipes	56.31	7e-25	120
LLPS-Scm-0791	Scophthalmus maximus	56.31	4e-28	130
LLPS-Bot-0113	Bos taurus	56.25	4e-27	127
LLPS-Ova-0093	Ovis aries	56.25	4e-27	127
LLPS-Ict-0014	Ictidomys tridecemlineatus	56.04	7e-26	123
LLPS-Urm-1246	Ursus maritimus	56.04	2e-26	125
LLPS-Fec-3085	Felis catus	56.04	2e-26	125
LLPS-Rhb-1489	Rhinopithecus bieti	56.04	2e-26	125
LLPS-Scc-0559	Schizosaccharomyces cryophilus	55.65	5e-29	133
LLPS-Lep-1523	Leersia perrieri	55.56	2e-23	115
LLPS-Sei-1153	Setaria italica	55.56	5e-24	117
LLPS-Thc-1678	Theobroma cacao	55.56	1e-27	129
LLPS-Coc-0350	Corchorus capsularis	55.56	5e-27	127
LLPS-Pytr-0802	Pyrenophora triticirepentis	55.54	0.0	741
LLPS-Ved-0278	Verticillium dahliae	55.49	0.0	728
LLPS-Xim-0799	Xiphophorus maculatus	55.34	3e-25	121
LLPS-Loa-0346	Loxodonta africana	55.21	1e-26	125
LLPS-Phv-0253	Phaseolus vulgaris	55.0	1e-29	135
LLPS-Blg-0272	Blumeria graminis	54.99	0.0	727
LLPS-Mal-1457	Mandrillus leucophaeus	54.95	3e-26	124
LLPS-Paa-1683	Papio anubis	54.95	3e-26	124
LLPS-Maf-0875	Macaca fascicularis	54.95	3e-26	124
LLPS-Aon-1235	Aotus nancymaae	54.95	2e-26	125
LLPS-Cea-1945	Cercocebus atys	54.95	3e-26	124
LLPS-Caj-0793	Callithrix jacchus	54.95	3e-26	124
LLPS-Caf-1433	Canis familiaris	54.95	6e-26	123
LLPS-Mam-1278	Macaca mulatta	54.95	3e-26	124
LLPS-Nol-2197	Nomascus leucogenys	54.95	3e-26	124
LLPS-Hos-0568	Homo sapiens	54.95	3e-26	124
LLPS-Pap-2312	Pan paniscus	54.95	3e-26	124
LLPS-Pat-0412	Pan troglodytes	54.95	3e-26	124
LLPS-Man-2731	Macaca nemestrina	54.95	3e-26	124
LLPS-Tru-0378	Triticum urartu	54.69	4e-11	74.3
LLPS-Pyt-0263	Pyrenophora teres	54.53	0.0	696
LLPS-Tra-1744	Triticum aestivum	54.44	4e-23	114
LLPS-Asm-2871	Astyanax mexicanus	54.37	1e-27	129
LLPS-Dar-0910	Danio rerio	54.37	9e-28	129
LLPS-Mup-1373	Mustela putorius furo	54.17	8e-27	126
LLPS-Mao-0187	Magnaporthe oryzae	54.13	0.0	714
LLPS-Nef-0630	Neosartorya fischeri	54.06	0.0	699
LLPS-Asn-0874	Aspergillus nidulans	54.02	0.0	688
LLPS-Asfu-0106	Aspergillus fumigatus	53.93	0.0	696
LLPS-Prp-0730	Prunus persica	53.92	9e-29	132
LLPS-Sot-1025	Solanum tuberosum	53.85	4e-09	66.6
LLPS-Gog-1855	Gorilla gorilla	53.85	8e-26	123
LLPS-Asc-0616	Aspergillus clavatus	53.64	0.0	693
LLPS-Asni-0841	Aspergillus niger	53.49	0.0	681
LLPS-Tar-1435	Takifugu rubripes	53.4	2e-23	115
LLPS-Orn-0291	Oreochromis niloticus	53.4	1e-26	125
LLPS-Sob-0397	Sorghum bicolor	53.33	9e-23	113
LLPS-Aso-0292	Aspergillus oryzae	53.28	0.0	690
LLPS-Asf-0397	Aspergillus flavus	53.28	0.0	689
LLPS-Mel-0044	Melampsora laricipopulina	53.26	1e-20	106
LLPS-Mum-0878	Mus musculus	53.21	7e-28	130
LLPS-Chs-0237	Chlorocebus sabaeus	53.12	1e-26	125
LLPS-Mua-0331	Musa acuminata	53.06	3e-31	140
LLPS-Zyt-0266	Zymoseptoria tritici	53.0	0.0	697
LLPS-Ten-0976	Tetraodon nigroviridis	52.75	2e-17	95.5
LLPS-Icp-0483	Ictalurus punctatus	52.43	1e-23	116
LLPS-Spr-0016	Sporisorium reilianum	52.32	2e-146	521
LLPS-Drm-1912	Drosophila melanogaster	52.0	5e-07	60.8
LLPS-Cus-0608	Cucumis sativus	52.0	4e-26	124
LLPS-Usm-0532	Ustilago maydis	51.97	2e-15	88.6
LLPS-Beb-0022	Beauveria bassiana	51.34	0.0	717
LLPS-Scf-2470	Scleropages formosus	50.96	4e-23	114
LLPS-Glm-0557	Glycine max	50.86	3e-29	134
LLPS-Viv-0026	Vitis vinifera	50.86	3e-29	134
LLPS-Sol-0650	Solanum lycopersicum	50.43	6e-28	130
LLPS-Abg-0630	Absidia glauca	50.18	0.0	704
LLPS-Poa-0576	Pongo abelii	50.0	4e-13	81.3
LLPS-Pug-1172	Puccinia graminis	49.52	2e-15	89.0
LLPS-Hov-0420	Hordeum vulgare	48.74	6e-25	120
LLPS-Orp-0989	Oryza punctata	48.7	7e-25	120
LLPS-Orbr-0030	Oryza brachyantha	47.9	5e-25	120
LLPS-Orb-0662	Oryza barthii	47.83	3e-25	121
LLPS-Orni-0033	Oryza nivara	47.83	2e-24	119
LLPS-Orr-1370	Oryza rufipogon	47.83	2e-24	119
LLPS-Orm-0684	Oryza meridionalis	47.83	2e-24	118
LLPS-Brd-0136	Brachypodium distachyon	46.96	1e-21	109
LLPS-Crn-1093	Cryptococcus neoformans	45.95	6e-155	550
LLPS-Php-0961	Physcomitrella patens	45.75	1e-146	523
LLPS-Miv-0483	Microbotryum violaceum	45.44	6e-160	566
LLPS-Orgl-0074	Oryza glumaepatula	45.0	3e-141	504
LLPS-Hea-0879	Helianthus annuus	44.83	5e-147	524
LLPS-Cym-0269	Cyanidioschyzon merolae	44.55	3e-13	81.6
LLPS-Orc-3153	Oryctolagus cuniculus	44.26	2e-158	561
LLPS-Ori-1057	Oryza indica	43.88	4e-142	507
LLPS-Pot-0604	Populus trichocarpa	43.87	1e-136	489
LLPS-Cis-0357	Ciona savignyi	43.31	8e-70	250
LLPS-Cii-0470	Ciona intestinalis	43.16	3e-71	250
LLPS-Osl-0443	Ostreococcus lucimarinus	42.66	3e-68	243
LLPS-Xet-3611	Xenopus tropicalis	42.49	1e-133	460
LLPS-Put-0493	Puccinia triticina	42.05	3e-149	530
LLPS-Lac-0564	Latimeria chalumnae	41.24	4e-13	78.6
LLPS-Chc-0531	Chondrus crispus	41.07	4e-12	77.8
LLPS-Sem-0390	Selaginella moellendorffii	40.23	7e-178	586
LLPS-Gas-0150	Galdieria sulphuraria	39.01	2e-51	208
LLPS-Leo-2448	Lepisosteus oculatus	38.93	9e-18	95.1
LLPS-Cae-1316	Caenorhabditis elegans	38.63	8e-47	192
LLPS-Dos-0407	Dothistroma septosporum	36.73	3e-26	115
LLPS-Org-0335	Oryza glaberrima	33.8	1e-64	248
LLPS-Ors-0907	Oryza sativa	33.8	4e-68	249
LLPS-Mea-0925	Mesocricetus auratus	22.1	6e-10	70.5

LLPS-Tum-0538GSTUM_00005354001

Protein Sequence

Nucleotide Sequence

LLPS-Tum-0538
GSTUM_00005354001