LLPS-Prp-0445
PRUPE_3G059900
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Gene Name: | PRUPE_3G059900, PRUPE_ppa026987mg |
| Ensembl Gene: | PRUPE_3G059900 |
| Ensembl Protein: | ONI15764 |
| Organism: | Prunus persica |
| Taxa ID: | 3760 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Nucleolus | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ONI15764 | ONI15764 |
| UniProt | M5WVV9, M5WVV9_PRUPE | |
| GeneBank | KB639030, CM007653 | EMJ17809.1, ONI15764.1 |
| RefSeq | XM_007216548.1 | XP_007216610.1 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MDGTEKVKGS QSHQRHHSHS RSISRSFSRA SWSMEEVFVS ASHSRRNSHV DEDEEALKWA 60 61 AIEKLPTYDR LRTSIIKSCV ETEPQGHHHN NNKVVHKEVD VLKLDINDRQ NFIDRIFKVA 120 121 EEDNEKFLKK FRSRIDKVGI RLPTVEVRFE HLTVEADCHV GTRALPTLPN VARNIAESAL 180 181 GLIGIRLAKR TKLTILKEAS GIIKPSRMAL LLGPPSSGKT TLLLALAGKL DPGLQVKGEI 240 241 TYNGYRLNEF VPQKTSAYIS QNDVHTGVMT VKETLDFSAR CQGVGSRYEL LSELARREKA 300 301 DGIFPELEVD LFMKATSMGG IESSLITDYT LKILGLDICK DTIVGDEMQR GISGGQRKRV 360 361 TTGEMIVGPT KTLFMDEIST GLDSSTTFQI VKCLQQIVHI TEATILMSLL QPAPETFDLF 420 421 DDIILLSEGQ IVYQGPRDNI LEFFESCGFR CPERKGTADF LQEVTSRKDQ EQYWNDRRKQ 480 481 YRYVSVTEFA NRFKRFHVGM RLENELSIPF DKPRGQSSSC LLKACFDKER LLIKRNSFIY 540 541 IFKTVQIIIG AFIASTVFLR TEMNTRNEDD AAVYVGALIF SMIVNMFNGF AELSLTIARL 600 601 PVFYKHRDLL FHPAWTFTVP SVLLGIPISI LESCIWIAIT YYTIGFAPEA SRFFKHLLLV 660 661 FLLQQMASGM FRLIAGVCRT MIISNTGGSL TVLIVFMLGG FIIPRGEIPK WWIWGYWVSP 720 721 MTYGFNAMTV NEMYSPRWMN KLASDNVTSL GVAVLNNFNV YPDQYWYWIG AAAILGFAIL 780 781 FNVLYTLALM YLNAPGKPQA IISEEVANEM EADQEESKEE PRLRRPPSKK DSFSRSLSST 840 841 DGNNSREMTI RRMSSRSNAN GLSRNADSSL EIASGVAPKR GMVLPFTPLA MSFDSVNYYV 900 901 DMPQEMKEEG VAEDRLQLLR EVTGAFRPGV LTALMGVSGA GKTTLMDVLA GRKTGGYIEG 960 961 DIRISGYPKK QETFARISGY CEQTDIHSPQ VTIKESLIYS AFLRLPKEVN NEEKMIFVDQ 1020 1021 VIELVELDGL KDALVGLPGI SGLSTEQRKR LTIAVELVAN PSIIFMDEPT SGLDARAAAI 1080 1081 VMRTVRNTVD TGRTVVCTIH QPSIDIFEAF DELLLLKRGG QVIYSGPLGR NSHKIVEYFE 1140 1141 AIPGVTKIKE KYNPATWMLE ASSVSTELRL RMDFAQHYKS SSLHQRNKAL VKELSTPPAG 1200 1201 AKDLYFTTQY SQSLWKQFTS CLWKQWWTYW RSPDYNLVRF FFTLVAALLL GTIFWKVGTK 1260 1261 RESTADLSMI IGAMYAAVLF VGIDNCGTVQ PIVAIERTVF YRERAAGMYS ALPYALAQVI 1320 1321 VEIPYVFIQT TYYTAIVYAM VSFQWTAAKF FWFFFINFFS FLYFTYYGMM TVSITPNHQV 1380 1381 AAIFAAAFYS VFNLFSGFFI PRPRIPKWWV WYYWICPVAW TVYGLIVSQY GDIEDTIRAP 1440 1441 GITPDPTVKG YIEDHFGYDP NFMGPVAGVL VGFTLFFAFM FAYCIRTLNF QVR 1493 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGACGGAA CAGAGAAAGT GAAAGGTTCA CAATCACATC AGAGGCACCA TAGCCATAGC 60 61 AGAAGCATAA GCAGGAGTTT TAGCAGAGCA AGTTGGAGCA TGGAAGAAGT GTTTGTGAGT 120 121 GCCTCGCACT CTCGGAGAAA TAGCCACGTG GATGAAGATG AAGAGGCTCT GAAATGGGCA 180 181 GCCATTGAGA AACTGCCCAC ATATGATCGG CTAAGAACAA GCATCATCAA GTCCTGTGTG 240 241 GAAACAGAAC CTCAAGGACA CCACCACAAC AACAACAAAG TGGTGCATAA GGAGGTTGAT 300 301 GTTCTAAAGC TCGACATAAA CGACCGTCAA AATTTCATTG ACAGGATTTT TAAGGTTGCA 360 361 GAGGAAGACA ATGAGAAGTT CTTGAAAAAG TTCAGAAGTA GAATTGATAA GGTTGGGATC 420 421 AGACTTCCAA CAGTGGAAGT TAGGTTTGAG CATTTGACCG TTGAAGCTGA TTGCCATGTC 480 481 GGCACCAGAG CTCTTCCCAC CCTCCCAAAT GTTGCTCGGA ACATTGCAGA ATCAGCTCTT 540 541 GGCTTAATTG GGATTAGATT GGCTAAGAGA ACAAAGTTAA CAATTCTCAA AGAAGCCTCT 600 601 GGCATTATTA AACCATCAAG GATGGCCCTT TTACTAGGTC CCCCATCCTC AGGGAAAACA 660 661 ACCCTTTTGC TGGCACTAGC TGGAAAATTG GACCCAGGCT TGCAGGTTAA AGGAGAAATC 720 721 ACTTACAATG GGTACAGGCT AAATGAATTT GTGCCGCAGA AGACATCTGC ATACATTAGC 780 781 CAAAATGATG TTCATACAGG AGTTATGACA GTCAAAGAAA CCCTAGATTT TTCAGCAAGG 840 841 TGCCAAGGGG TTGGTAGTCG ATATGAACTT CTTTCTGAGC TTGCTAGAAG AGAAAAGGCC 900 901 GATGGAATAT TTCCAGAGCT AGAAGTAGAC CTTTTCATGA AGGCTACTTC AATGGGAGGA 960 961 ATTGAGAGCA GTCTCATTAC TGATTATACT CTAAAAATTT TGGGGCTTGA TATTTGCAAG 1020 1021 GATACAATTG TTGGAGATGA GATGCAGAGA GGGATTTCTG GTGGGCAGAG AAAACGAGTT 1080 1081 ACCACAGGTG AGATGATTGT GGGGCCTACT AAAACGTTGT TCATGGATGA GATCTCAACG 1140 1141 GGTCTAGATA GCTCCACGAC ATTTCAAATA GTGAAGTGCC TACAACAAAT TGTACACATC 1200 1201 ACTGAGGCCA CAATCTTGAT GTCCCTACTC CAACCTGCTC CTGAGACGTT CGATCTCTTT 1260 1261 GATGACATCA TCCTTCTATC GGAAGGCCAG ATTGTCTACC AGGGCCCACG TGATAACATT 1320 1321 TTAGAGTTCT TTGAGAGCTG TGGATTTCGA TGCCCCGAGC GAAAGGGAAC CGCTGATTTC 1380 1381 TTGCAAGAGG TTACATCAAG AAAAGACCAA GAACAATATT GGAATGACAG AAGGAAGCAA 1440 1441 TACAGATACG TATCAGTTAC AGAATTTGCA AACAGGTTCA AACGCTTCCA TGTGGGCATG 1500 1501 AGGCTCGAAA ATGAGCTCTC AATCCCTTTC GACAAGCCTC GCGGCCAAAG CAGCTCTTGT 1560 1561 CTTCTCAAGG CCTGCTTTGA CAAAGAACGG CTGCTCATTA AGAGGAACTC CTTCATCTAC 1620 1621 ATCTTCAAGA CGGTCCAAAT TATAATAGGT GCATTTATAG CCTCCACCGT TTTCTTGAGG 1680 1681 ACCGAAATGA ACACTAGGAA TGAAGATGAT GCAGCCGTTT ATGTTGGTGC ACTTATATTT 1740 1741 TCCATGATCG TTAACATGTT CAATGGTTTT GCTGAGCTCT CTTTGACCAT TGCAAGGCTC 1800 1801 CCTGTGTTTT ACAAGCACAG AGACCTACTC TTCCACCCTG CTTGGACTTT CACTGTCCCA 1860 1861 TCTGTCCTGC TTGGGATTCC TATATCCATC TTGGAATCTT GTATTTGGAT AGCCATTACA 1920 1921 TATTACACCA TTGGATTTGC ACCAGAAGCT AGCAGATTTT TCAAGCATCT ATTGTTGGTA 1980 1981 TTTTTGCTCC AACAAATGGC TTCTGGGATG TTTAGGCTTA TTGCAGGAGT CTGCAGGACC 2040 2041 ATGATCATAT CGAACACTGG GGGGTCTCTC ACCGTGCTCA TTGTTTTCAT GCTTGGAGGT 2100 2101 TTCATAATTC CTAGAGGTGA AATTCCCAAG TGGTGGATTT GGGGATACTG GGTTTCACCT 2160 2161 ATGACATATG GCTTCAATGC TATGACTGTA AACGAAATGT ATTCTCCGAG GTGGATGAAC 2220 2221 AAACTGGCTT CAGATAATGT TACCAGCTTG GGTGTGGCAG TGCTAAATAA CTTTAATGTT 2280 2281 TACCCTGACC AATACTGGTA TTGGATTGGA GCTGCCGCTA TTCTTGGGTT TGCAATTCTC 2340 2341 TTCAACGTCC TTTATACGCT CGCGCTTATG TACCTGAACG CTCCCGGAAA GCCACAAGCC 2400 2401 ATAATATCCG AAGAAGTGGC AAACGAAATG GAGGCAGACC AAGAAGAATC AAAGGAAGAA 2460 2461 CCAAGGCTTA GAAGGCCCCC GTCAAAGAAA GACTCATTTT CTAGATCTTT ATCTTCTACT 2520 2521 GATGGAAACA ACTCAAGAGA AATGACAATC CGGAGAATGA GCAGTCGATC CAATGCCAAT 2580 2581 GGACTAAGTA GAAATGCTGA TTCATCTCTT GAAATCGCCA GTGGTGTTGC CCCGAAGAGA 2640 2641 GGAATGGTTC TACCCTTCAC TCCTCTTGCA ATGTCCTTTG ACAGTGTTAA TTATTATGTG 2700 2701 GACATGCCCC AGGAAATGAA GGAAGAAGGA GTGGCAGAGG ACAGGCTGCA ACTACTTCGT 2760 2761 GAAGTAACTG GTGCATTTAG GCCTGGGGTC TTGACTGCTC TAATGGGGGT CAGCGGGGCT 2820 2821 GGGAAGACAA CTTTGATGGA TGTCTTAGCA GGAAGAAAGA CCGGTGGGTA TATTGAAGGG 2880 2881 GACATTCGAA TTTCTGGGTA CCCTAAGAAG CAAGAAACGT TTGCAAGAAT TTCTGGTTAT 2940 2941 TGTGAACAAA CAGATATCCA CTCACCCCAA GTCACTATCA AAGAGTCACT GATTTACTCA 3000 3001 GCTTTCCTTA GGCTCCCTAA AGAAGTCAAC AATGAGGAAA AGATGATTTT TGTAGATCAA 3060 3061 GTGATAGAAT TAGTCGAGCT AGACGGTCTC AAAGATGCTT TAGTGGGGCT TCCAGGAATT 3120 3121 TCAGGGTTGT CAACTGAACA AAGAAAGAGG TTAACAATTG CAGTTGAGCT TGTTGCTAAT 3180 3181 CCCTCAATCA TTTTCATGGA TGAGCCAACA TCAGGTCTTG ATGCAAGGGC AGCTGCAATT 3240 3241 GTTATGAGGA CTGTTAGAAA CACTGTGGAC ACAGGGAGAA CAGTTGTCTG CACAATTCAT 3300 3301 CAGCCTAGCA TTGATATCTT CGAGGCCTTT GATGAGCTGC TACTGTTGAA GAGAGGAGGA 3360 3361 CAAGTTATCT ACTCGGGACC CTTGGGCCGC AATTCTCACA AGATTGTCGA ATATTTTGAG 3420 3421 GCAATTCCTG GTGTGACAAA AATCAAAGAG AAGTATAATC CAGCCACATG GATGCTAGAG 3480 3481 GCGAGCTCGG TATCAACTGA GCTTCGGCTT AGAATGGACT TTGCTCAACA CTACAAATCA 3540 3541 TCTTCCTTGC ACCAGAGAAA CAAAGCTTTA GTAAAGGAGT TGAGCACACC ACCAGCAGGA 3600 3601 GCAAAAGACC TCTATTTTAC GACTCAGTAT TCTCAGTCAT TATGGAAGCA GTTCACGTCT 3660 3661 TGCCTCTGGA AGCAGTGGTG GACTTATTGG CGAAGTCCTG ATTATAACCT TGTTAGATTC 3720 3721 TTTTTCACCT TGGTAGCTGC ACTTCTGCTT GGAACTATTT TCTGGAAGGT TGGCACTAAA 3780 3781 AGAGAAAGCA CAGCTGATCT TTCCATGATT ATTGGGGCTA TGTATGCTGC TGTGCTTTTC 3840 3841 GTTGGAATCG ATAACTGCGG AACAGTTCAG CCAATTGTTG CTATTGAACG AACAGTTTTC 3900 3901 TATCGAGAAA GAGCTGCTGG GATGTACTCT GCATTACCTT ATGCACTGGC ACAGGTCATT 3960 3961 GTTGAAATAC CATATGTGTT TATTCAAACT ACATATTATA CAGCGATAGT GTATGCTATG 4020 4021 GTGAGCTTCC AATGGACAGC AGCAAAGTTC TTCTGGTTCT TCTTCATAAA CTTCTTCTCA 4080 4081 TTCCTTTACT TCACATACTA CGGAATGATG ACCGTTTCCA TCACACCAAA CCACCAAGTA 4140 4141 GCAGCCATAT TCGCAGCTGC ATTTTATTCG GTCTTCAATC TCTTCTCAGG TTTCTTCATC 4200 4201 CCAAGACCCA GAATACCCAA GTGGTGGGTT TGGTATTACT GGATCTGTCC AGTGGCATGG 4260 4261 ACAGTGTATG GATTGATAGT GTCGCAGTAT GGTGATATTG AGGACACCAT TAGAGCACCT 4320 4321 GGGATCACCC CTGACCCTAC TGTGAAAGGG TACATAGAAG ACCATTTTGG ATATGATCCA 4380 4381 AACTTCATGG GACCAGTGGC TGGGGTTCTG GTTGGCTTCA CACTCTTCTT TGCCTTCATG 4440 4441 TTTGCCTACT GCATAAGGAC ACTGAACTTC CAAGTTAGAT AG 4482 |
▼ ORTHOLOGY
| DrLLPS ID | Organism | Identity | E-value | Score |
|---|---|---|---|---|
| LLPS-Mae-1102 | Manihot esculenta | 79.76 | 0.0 | 2338 |
| LLPS-Gor-0358 | Gossypium raimondii | 77.77 | 0.0 | 2300 |
| LLPS-Glm-2591 | Glycine max | 77.6 | 0.0 | 2255 |
| LLPS-Via-0673 | Vigna angularis | 76.55 | 0.0 | 2230 |
| LLPS-Phv-0407 | Phaseolus vulgaris | 76.34 | 0.0 | 2216 |
| LLPS-Met-2563 | Medicago truncatula | 74.78 | 0.0 | 2197 |
| LLPS-Cus-0008 | Cucumis sativus | 74.32 | 0.0 | 2206 |
| LLPS-Bro-3012 | Brassica oleracea | 72.13 | 0.0 | 2103 |
| LLPS-Brr-2514 | Brassica rapa | 71.99 | 0.0 | 2059 |
| LLPS-Arl-1046 | Arabidopsis lyrata | 71.4 | 0.0 | 2093 |
| LLPS-Art-0234 | Arabidopsis thaliana | 71.33 | 0.0 | 2100 |
| LLPS-Brn-2279 | Brassica napus | 69.84 | 0.0 | 2065 |
| LLPS-Mua-2125 | Musa acuminata | 68.35 | 0.0 | 1949 |
| LLPS-Orb-2164 | Oryza barthii | 68.0 | 0.0 | 2023 |
| LLPS-Lep-2218 | Leersia perrieri | 67.94 | 0.0 | 2023 |
| LLPS-Org-1958 | Oryza glaberrima | 67.91 | 0.0 | 2018 |
| LLPS-Php-0022 | Physcomitrella patens | 60.75 | 0.0 | 1783 |
| LLPS-Bot-1052 | Bos taurus | 27.4 | 1e-06 | 57.8 |