LLPS-Pot-a079
POPTR_002G149200
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Uncharacterized protein |
| Gene Name: | POPTR_002G149200 |
| Ensembl Gene: | POPTR_002G149200v3 |
| Ensembl Protein: | PNT49761 |
| Organism: | Populus trichocarpa |
| Taxa ID: | 3694 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Others | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | PNT49761 | PNT49761 |
| Ensembl | PNT49759 | PNT49759 |
| Ensembl | PNT49762 | PNT49762 |
| Ensembl | PNT49760 | PNT49760 |
| Ensembl | PNT49758 | PNT49758 |
| UniProt | A0A2K2BJ08, A0A2K2BJ08_POPTR | |
| GeneBank | CM009291 | PNT49760.1 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MASSEADSRL SQVVSPALEK IVKNASWRKH SKLAHECKSV LEILTSRKPQ QQHPPTSPSD 60 61 DSSSESSLPG PLHDGGSIEY SLAESESILS PLINACNTQF LKIVDPAVDC IQKLIAHGYL 120 121 RGEADSTGGT EAKLLAKLIE SVCKCYDLGD DGAELLVLKT LLSAVTSISL RIHGDCLLQI 180 181 VRTCYDIYLG SKNVINQTTA KASLIQMLVI VFRRMEADSS TVPVQPIVVA ELMEPVEKTD 240 241 VDGSMAVFVQ GFITKIMQDI DGVFNPGTPS KSSMTVAHDG AFETTTGTVE STNPADLLDS 300 301 TDKDMLDAKY WEISMYKTAL EGRKGELADG EGEREDDLEV QIGNKLRRDA FLVFRALCKL 360 361 SMKTPPKEAL ADPQLMRGKI VALELLKILL ENAGAVFRTS DRFLGAIKQY LCLSLLKNSS 420 421 SSLMIIFQLS CSIFISLVSR FRAGLKAEIG VFFPMIVLRI LENVVQPNFQ QKIIVLRFLD 480 481 KLCVDSQILV DIFINYDCDI NSSNIFERMV NGLLKTAQGA LPGTATTLVP PQEVTMKLEA 540 541 MKSLVAILKS MGDWMNKQLR IPDPHSAKKS DAAENSPGPG SLPMTNGNGD EPVEGSDSHS 600 601 ETSTEASDVS AIEQRRAYKL EFQEGISLFN RKPKKGIEFL INANKVGNSA EEIAAFLKNA 660 661 SGLNKTLIGD YLGEREDFSL KVMHAYVDSF DFRGLEFDEA IRVFLQGFRL PGEAQKIDRI 720 721 MEKFAERYCK CNPKVFSSAD TAYVLAYSVI LLNTDAHNPM VKNKMSADDF IRNNRGIDDG 780 781 KDLPEEYLRS LFERISKNEI KMKEYDLALQ QKQSLNSNRV LGLDSILNIV IRKRGEEKNM 840 841 ETSDDLIRHM QEQFKEKARK SESVYYAATD VVILRFMIEV CWAPMLAAFS VPLDQSDDEV 900 901 VIALCLEGIR YAIHVTAVMS MKTHRDAFVT SLAKFTSLHS PADIKQKNID AIKAIVTIAD 960 961 EDGNYLQEAW EHILTCVSRF EHLHLLGEGA PPDATFFAFP QNNSEKSKQS KSTILPVLKK 1020 1021 KGPGRMQHAA ASVLRGSYDS AGIGGNAAGA VTSEQMNNLV SNLNKLEQVG SSEMNRIFTR 1080 1081 SQKLNSEAII DFVKALCKVS VEELRSASDP RVFSLTKIVE IAHFNMNRIR LVWSSIWHVL 1140 1141 SDFFVTIGCS ENLSIAIFAM DSLRQLSMKF LDREELANYN FQNEFMKPFV IVMRKSNAVE 1200 1201 IRELIIRCVS QMVLSRVNNV KSGWKSMFMV FTAAAYDDHK NIVLLAFEII EKIIRDYFPY 1260 1261 ITETETTTFT DCVNCLIAFT NSRFNKDISL NAIAFLQFCA TKLAEGDLGS SSRNKDKEVS 1320 1321 VKISSPSPRT GKDGKQENGE IKDKEDHLYF WFPLLAGLSE LSFDPRPEVR KSALQVLFET 1380 1381 LRNHGHLFSL PLWERVFESV LFPIFDYVRH AIDPPGGNSP EQGIDGDMGE LDQDAWLYGT 1440 1441 CTLALQLVVD LFVKFYNTVN PLLRKVLSLL VSFIRRPHQS LAGIGIAAFV RLMSNAGDMF 1500 1501 SEEKWLEVVL SLKDAANATL PDFSYIVSGE SSVIADEQNN GETAGSDMPE DESEGLVTHH 1560 1561 LYASISDAKC RAAVQLLLIQ AVMEIYSMYR SQLSAKCALV LFDALHEVAS HAHSINTNTT 1620 1621 LRSKLQEFGS MTQMQDPPLL RLENESYQIC LTFLQNLMMD RPPPFDEAEV ESCLVNLCEE 1680 1681 VLQFYVVTAC SGQASETSTS GQCLWLIPLG SGKRRELAAR APLIVATLQA ICSLGDSSFE 1740 1741 KKLPHFFPLL SSLISCEHGS NEVQVALSDM LSSSVGPVLL RSC 1783 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCTTCCT CGGAAGCCGA TTCCCGGTTA AGCCAAGTGG TATCCCCTGC TTTAGAAAAA 60 61 ATCGTCAAAA ACGCATCGTG GCGTAAACAC TCGAAATTAG CACACGAATG CAAATCCGTC 120 121 CTCGAGATTC TCACTTCTCG AAAACCCCAA CAACAACATC CTCCGACTTC CCCGTCGGAC 180 181 GACTCCTCAT CCGAATCCTC TCTCCCTGGC CCACTCCACG ACGGCGGGTC CATCGAGTAC 240 241 TCCCTCGCCG AATCTGAATC TATCCTCAGC CCTCTGATCA ACGCGTGCAA CACTCAATTC 300 301 CTCAAGATCG TCGATCCAGC CGTTGATTGC ATCCAGAAAT TGATCGCGCA TGGGTACCTA 360 361 CGTGGCGAGG CGGACTCCAC CGGAGGTACT GAAGCGAAAT TGCTAGCTAA GTTGATTGAA 420 421 TCTGTGTGTA AATGTTATGA TTTAGGGGAT GATGGTGCTG AATTGCTGGT TTTGAAAACC 480 481 CTATTATCAG CCGTTACGTC GATTTCGTTG AGAATTCATG GAGATTGTTT GTTACAAATA 540 541 GTGAGAACTT GTTATGACAT TTATTTAGGG AGTAAAAATG TAATTAATCA AACGACGGCG 600 601 AAAGCGTCTT TGATTCAAAT GTTAGTTATT GTGTTTAGGA GAATGGAGGC TGATTCTTCA 660 661 ACGGTTCCGG TTCAGCCGAT TGTTGTGGCT GAATTAATGG AACCAGTGGA GAAAACGGAT 720 721 GTCGATGGAT CAATGGCGGT GTTTGTTCAA GGTTTTATAA CGAAAATTAT GCAGGATATA 780 781 GATGGGGTTT TTAATCCGGG GACACCCAGT AAGTCTTCGA TGACAGTGGC ACATGATGGG 840 841 GCTTTCGAGA CCACTACTGG TACGGTGGAG AGTACAAATC CGGCAGATTT GCTTGATTCG 900 901 ACGGATAAGG ATATGTTAGA TGCCAAATAT TGGGAAATTA GTATGTATAA GACGGCTTTG 960 961 GAAGGCAGGA AAGGGGAGTT GGCTGATGGG GAAGGGGAGA GGGAGGATGA TTTGGAAGTG 1020 1021 CAGATTGGGA ATAAGTTGAG GAGAGATGCA TTTTTGGTGT TTCGAGCACT TTGTAAGTTA 1080 1081 TCTATGAAAA CTCCGCCCAA AGAAGCATTG GCGGATCCAC AGTTGATGAG AGGGAAGATT 1140 1141 GTTGCATTGG AGTTATTGAA GATTTTGTTG GAGAATGCTG GTGCTGTGTT TAGGACTAGT 1200 1201 GACAGGTTCT TAGGTGCCAT CAAGCAATAT CTATGTCTTT CACTGTTGAA GAACAGCTCG 1260 1261 TCAAGTCTTA TGATCATTTT CCAGCTTTCT TGCTCCATTT TCATTAGTTT GGTTTCAAGG 1320 1321 TTCAGAGCTG GACTGAAAGC AGAAATTGGA GTATTTTTTC CTATGATTGT TCTCAGGATT 1380 1381 CTTGAGAATG TTGTTCAACC TAATTTTCAG CAGAAGATTA TAGTACTTCG GTTTCTAGAT 1440 1441 AAGCTCTGTG TTGATTCCCA GATCTTGGTA GACATTTTTA TTAATTATGA CTGTGATATC 1500 1501 AACTCATCAA ACATATTTGA GAGAATGGTC AATGGACTTC TTAAAACTGC TCAAGGTGCC 1560 1561 CTGCCTGGTA CTGCCACTAC ACTGGTGCCA CCTCAGGAGG TGACCATGAA ACTTGAAGCT 1620 1621 ATGAAGTCCT TAGTGGCTAT TCTGAAATCA ATGGGAGACT GGATGAATAA ACAATTGCGC 1680 1681 ATTCCCGATC CTCATTCTGC CAAGAAATCT GATGCAGCCG AAAACAGTCC TGGACCTGGA 1740 1741 AGTCTTCCCA TGACAAATGG TAATGGGGAT GAGCCTGTTG AAGGATCAGA TTCTCATTCT 1800 1801 GAAACCTCAA CTGAAGCATC GGATGTTTCA GCTATTGAGC AACGACGGGC TTACAAGCTG 1860 1861 GAATTTCAGG AAGGTATATC TCTTTTCAAT CGGAAGCCTA AGAAAGGAAT TGAATTTCTA 1920 1921 ATCAATGCAA ATAAAGTGGG GAATTCAGCA GAAGAGATAG CAGCCTTTCT TAAAAACGCA 1980 1981 TCTGGCTTGA ACAAGACTCT GATTGGCGAT TACCTTGGGG AAAGAGAAGA TTTTTCACTG 2040 2041 AAAGTAATGC ATGCTTATGT AGATTCTTTT GACTTTCGCG GCCTGGAGTT CGATGAGGCT 2100 2101 ATCAGAGTCT TTCTACAGGG CTTTAGGTTA CCAGGTGAGG CACAAAAGAT TGATCGAATT 2160 2161 ATGGAGAAGT TTGCTGAACG TTACTGCAAA TGTAACCCAA AGGTTTTTAG CAGTGCTGAC 2220 2221 ACAGCCTATG TCCTTGCTTA CTCCGTGATA CTGCTCAACA CTGATGCTCA TAATCCCATG 2280 2281 GTGAAGAATA AGATGTCAGC TGATGACTTC ATAAGAAACA ACCGTGGCAT TGATGATGGG 2340 2341 AAAGATCTAC CTGAGGAGTA CTTGAGATCT TTGTTTGAAA GAATATCAAA AAATGAGATC 2400 2401 AAAATGAAAG AATATGATTT AGCTCTCCAA CAAAAGCAGT CTTTGAATTC AAACAGAGTT 2460 2461 TTAGGCTTGG ATAGTATCCT GAACATTGTG ATCCGCAAGC GGGGTGAAGA AAAGAATATG 2520 2521 GAAACAAGTG ATGATCTTAT CAGGCACATG CAGGAACAAT TTAAAGAAAA AGCTCGAAAA 2580 2581 TCTGAGTCAG TTTATTATGC TGCAACAGAT GTGGTGATTC TTAGATTCAT GATTGAGGTA 2640 2641 TGCTGGGCTC CTATGCTGGC AGCCTTCAGT GTGCCTCTTG ACCAAAGTGA TGATGAAGTG 2700 2701 GTGATAGCTT TGTGTCTTGA AGGTATCCGC TATGCAATCC ATGTTACTGC TGTGATGTCC 2760 2761 ATGAAGACTC ATAGAGATGC TTTTGTGACT TCATTAGCAA AGTTTACATC GCTCCACTCC 2820 2821 CCTGCTGATA TAAAGCAGAA AAATATTGAT GCTATCAAGG CAATAGTTAC AATTGCAGAT 2880 2881 GAAGATGGGA ATTATTTGCA AGAAGCTTGG GAACATATTT TGACATGTGT CTCACGCTTT 2940 2941 GAACATTTGC ATCTCCTGGG AGAGGGTGCT CCTCCAGATG CCACTTTTTT TGCTTTTCCC 3000 3001 CAAAATAACT CTGAAAAGTC AAAACAAAGC AAGTCAACCA TCCTCCCTGT TCTGAAAAAG 3060 3061 AAGGGACCCG GGAGGATGCA GCATGCAGCT GCTAGTGTGC TGAGAGGTTC ATATGATAGT 3120 3121 GCTGGTATTG GTGGAAACGC TGCTGGGGCT GTCACAAGTG AGCAGATGAA CAATTTAGTT 3180 3181 TCCAACTTAA ACAAGTTAGA GCAAGTTGGC AGCTCTGAGA TGAACCGCAT CTTCACACGG 3240 3241 AGCCAAAAGT TAAACAGTGA GGCAATAATT GACTTTGTGA AGGCTCTTTG CAAGGTTTCT 3300 3301 GTGGAGGAAT TGAGATCAGC TTCTGATCCA CGGGTCTTTA GCCTTACAAA GATTGTTGAG 3360 3361 ATTGCGCACT TTAACATGAA TCGCATCAGG CTTGTATGGT CAAGCATCTG GCATGTGCTT 3420 3421 TCTGATTTCT TTGTAACCAT TGGCTGTTCT GAAAACCTTT CCATTGCAAT TTTTGCAATG 3480 3481 GACTCTTTAC GCCAATTATC AATGAAATTC TTAGACCGAG AAGAGTTGGC AAACTATAAT 3540 3541 TTTCAGAATG AGTTTATGAA GCCATTTGTT ATTGTTATGC GGAAGAGTAA TGCTGTTGAA 3600 3601 ATCAGAGAAT TGATTATCAG ATGTGTCTCG CAAATGGTCC TGTCTCGTGT CAATAATGTT 3660 3661 AAATCTGGAT GGAAGAGCAT GTTCATGGTT TTCACAGCAG CAGCTTATGA TGACCACAAA 3720 3721 AACATTGTAC TCTTGGCCTT TGAAATAATT GAAAAGATTA TTAGAGATTA CTTCCCATAC 3780 3781 ATTACGGAGA CTGAAACAAC CACCTTTACT GATTGTGTGA ATTGCCTGAT AGCATTCACC 3840 3841 AATAGTAGAT TCAACAAAGA CATTAGCCTT AATGCAATTG CTTTTCTTCA ATTCTGTGCC 3900 3901 ACAAAACTTG CTGAAGGAGA TCTTGGATCT TCATCAAGGA ACAAAGACAA GGAAGTCTCT 3960 3961 GTAAAAATTT CATCCCCTTC ACCTCGGACC GGAAAAGATG GAAAACAAGA GAATGGAGAA 4020 4021 ATCAAAGACA AGGAAGATCA TCTTTATTTC TGGTTCCCTC TGTTGGCTGG TTTATCAGAA 4080 4081 CTTAGCTTTG ACCCTAGGCC TGAAGTCAGG AAGAGTGCCT TGCAAGTTCT GTTTGAAACT 4140 4141 TTACGCAATC ATGGTCATCT TTTTTCTCTA CCTTTATGGG AAAGAGTCTT TGAGTCGGTC 4200 4201 TTATTTCCTA TATTTGACTA TGTGCGGCAT GCTATTGATC CTCCTGGAGG CAACTCCCCT 4260 4261 GAGCAGGGGA TTGATGGTGA TATGGGTGAA CTTGATCAAG ATGCATGGCT CTATGGGACA 4320 4321 TGTACCTTGG CTCTCCAACT GGTTGTAGAT CTTTTTGTGA AATTCTACAA TACTGTCAAT 4380 4381 CCGCTTTTAA GAAAGGTGCT ATCGCTTCTG GTTAGCTTCA TTAGGCGTCC TCACCAAAGT 4440 4441 CTTGCTGGTA TTGGTATTGC GGCATTTGTG CGTTTGATGA GCAATGCTGG AGATATGTTT 4500 4501 TCAGAGGAGA AGTGGCTGGA AGTGGTTTTG TCATTGAAAG ATGCTGCCAA TGCAACACTC 4560 4561 CCTGATTTCT CTTACATTGT AAGTGGAGAA TCATCGGTAA TAGCCGATGA ACAAAATAAT 4620 4621 GGAGAGACTG CTGGATCTGA CATGCCCGAA GATGAATCAG AGGGACTGGT GACACACCAT 4680 4681 CTTTATGCTT CTATATCTGA TGCAAAGTGT CGAGCTGCTG TTCAACTTCT GTTGATTCAG 4740 4741 GCGGTGATGG AGATCTATAG CATGTACCGG TCTCAACTTT CAGCAAAATG TGCCTTGGTG 4800 4801 CTCTTTGATG CTTTGCATGA GGTGGCATCC CATGCTCACA GTATCAACAC AAATACAACA 4860 4861 TTACGTTCAA AACTACAAGA GTTTGGCTCT ATGACCCAAA TGCAAGACCC TCCACTATTA 4920 4921 CGCCTGGAGA ATGAGTCCTA TCAAATTTGC CTCACATTCT TACAAAATCT TATGATGGAC 4980 4981 AGACCTCCAC CTTTTGATGA AGCTGAAGTG GAATCCTGCC TTGTCAACCT CTGTGAAGAG 5040 5041 GTTTTACAGT TTTACGTTGT AACTGCCTGT TCTGGACAGG CATCAGAAAC TTCTACCAGT 5100 5101 GGACAATGCC TGTGGCTGAT TCCTTTAGGT TCTGGAAAAC GAAGGGAATT GGCTGCACGT 5160 5161 GCACCTCTTA TTGTTGCAAC TCTCCAGGCC ATCTGTAGTT TGGGAGACTC TTCGTTTGAG 5220 5221 AAGAAATTGC CTCATTTCTT CCCTCTTCTT TCGAGTTTGA TAAGTTGTGA GCATGGGTCA 5280 5281 AATGAGGTCC AGGTAGCTCT CAGTGACATG CTCAGCTCAT CAGTGGGTCC TGTTTTGCTT 5340 5341 CGGTCTTGTT GA 5352 |