LLPS-Pytr-a032
PTRG_07748
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Kinesin heavy chain |
| Gene Name: | PTRG_07748 |
| Ensembl Gene: | PTRG_07748 |
| Ensembl Protein: | EDU50667 |
| Organism: | Pyrenophora triticirepentis |
| Taxa ID: | 426418 |
| LLPS Type: | Client |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Others | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | EDU50667 | EDU50667 |
| UniProt | B2WCN9, B2WCN9_PYRTR | |
| GeneBank | DS231622 | EDU50667.1 |
| RefSeq | XM_001938045.1 | XP_001938080.1 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MASGGGNIKV VVRCRPFNGR EKARNAQCIV QMKGDQTILT PPQHLDIKGK AAKAAAEGTK 60 61 TFAFDRSYWS FDRDAPNYAG QDNLHEDLGK PLLDNAFQGY NNCIFAYGQT GSGKSYSMMG 120 121 YGAEYGIIPK ICQDMFERIK GLQADKNSTC TVEVSYLEIY NERVRDLLNP SNKGNLRVRE 180 181 HPSTGPYVED LAKLVVQSFP EIENLMDEGN KARTVAATNM NETSSRSHAV FTLTLTQKRH 240 241 DVETSMSGER VAKISLVDLA GSERATSTGA TGARLKEGAE INRSLSTLGR VIAALADQSS 300 301 GKKKAQVPYR DSILTWLLKD SLGGNSMTAM IAAISPADIN FDETLSTLRY ADSAKRIKNH 360 361 AVVNEDPNAR MIRELKEELS KLRSQLGGGG GGAPGANGII EEQYAPDTPL EKQIVSITQA 420 421 DGSIKKVSKA EIVEQLDQSE KLYTELNQTW EEKLQKTEEI HKEREAALEE LGISIEKGFV 480 481 GLSTPKNMPH LVNLSDDPLL TECLVYNLKP GTTTVGNSDV DGQTAQIRLN GSQILAEHCN 540 541 FENVDGKVTV IPQETASVMV NGVRIDKPRL LKSGHRIILG DFHIFRFNNP QEARAERAEV 600 601 GTSLLRQTVA GNLNSPSPAP RPGHDRSYSA ISIANSDFDP DSPRAGSPAL WQRGRESEFS 660 661 YARREALTAW LGPDKRIETL PDEDFEALFE NLSRLRETRK ARPESRIYSD EGDTESMSSY 720 721 AFRDREKYAS GGSGTLDNFS LDTMLTMPST PQQEGSEKMH EIREDMQRKI EQSKDDFQSK 780 781 LKADVEAKVE LEELRAAKEE MQKQLKEQKE AFKRQLKSLG HDIPPEINEE PETDEATQNE 840 841 HQLELIRTVS KQWRRRKYVT MAETLLQNAA ILKEAQVMSQ QMDKRVVFQF CIVDIGHTVP 900 901 SSYDLVNMGI PGEDDEYLDN QSKPCVGIRV IDFKNEVVHL WSLQKLRDRV RRMHQMHQYM 960 961 NRPEYFQHFN PESPFSEPCM PEFTRIGDVD VPLAAVFESR VRDFSLDVIS PYTANPIGII 1020 1021 RLSLEPSSAE APSTTLKFNV GMHEFVGFPE REGTQVHAVL FVPGISDESG ATTTTWITDF 1080 1081 NEGPIRFESV HSMSLPYPSP RDTFLRISIF AKVTDIHLDK LLSWDDMRDS AEQPKQKRRN 1140 1141 ARLPESEFYT EDTHDIFSRI QIQEITDDGT YQPVEVTQSS VMDAGVYQLH QGLARRIVVN 1200 1201 LTHTAGDTIH WEGVKALRMG RIRMVDAAGN CPNYGSPVKE VPVDLVSPPL IRKNADGTTN 1260 1261 VKFVGRWDST AHASQILDRA TKDNFRVKTT LLFDVTSPKL IEPMTFSFDL LVQIRGRSYI 1320 1321 RQTSLFSLAS IWNTVKIVHS TVGIFNVAIR PTSVKRATDL WRMNTKDDYI KGEEQLSGWT 1380 1381 PRGVSLVRDF IDMEKRRRRI ADIETARSVL SSKALSIPTS ALAASKNKSL TDSQKALLTR 1440 1441 IISLWKTKKA PAEIILNSTN LEPPSNGAAF APRSPSPSPS PTPSLTATVR FVAKNPNLMK 1500 1501 ASYLMTPDPT NTRWIRRYVE LRKPYLHIYS NDGDEINAIN VSTAKIDHSP QIARLLSGGG 1560 1561 SVSSGASLSV PGNAASGSEE 1580 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCGTCCG GCGGAGGGAA TATCAAGGTC GTGGTGCGAT GCAGGCCTTT TAACGGACGA 60 61 GAAAAGGCGC GCAATGCACA ATGTATCGTG CAGATGAAAG GCGACCAGAC CATTCTGACT 120 121 CCCCCACAAC ACCTGGATAT CAAGGGTAAG GCCGCCAAAG CCGCCGCCGA AGGCACCAAG 180 181 ACATTCGCCT TTGACCGATC CTACTGGTCC TTTGACCGCG ATGCTCCCAA CTATGCGGGC 240 241 CAAGACAACC TCCACGAGGA TCTCGGAAAG CCGCTTCTCG ACAATGCCTT CCAGGGCTAC 300 301 AACAACTGTA TTTTCGCCTA CGGTCAGACG GGTTCGGGCA AGTCGTACTC GATGATGGGC 360 361 TATGGCGCAG AATACGGAAT CATTCCCAAG ATTTGCCAGG ACATGTTTGA GAGGATAAAG 420 421 GGGTTGCAGG CGGACAAGAA TTCAACATGC ACAGTTGAAG TCTCATATCT GGAAATCTAC 480 481 AATGAGCGCG TACGCGATCT GCTAAATCCG TCAAACAAGG GCAATTTGCG TGTCCGAGAG 540 541 CACCCGTCGA CCGGTCCTTA TGTCGAAGAT TTGGCCAAAC TGGTCGTCCA GTCTTTTCCC 600 601 GAAATCGAGA ACTTGATGGA CGAAGGAAAC AAGGCCCGTA CCGTCGCCGC GACCAACATG 660 661 AACGAAACCT CCTCCCGATC GCACGCCGTC TTCACCCTTA CCCTCACCCA GAAACGCCAC 720 721 GATGTCGAGA CAAGCATGAG CGGGGAGAGG GTGGCAAAGA TTAGTTTGGT TGATTTGGCT 780 781 GGTTCGGAAA GAGCTACCTC GACAGGTGCA ACGGGCGCAA GGCTGAAGGA GGGTGCAGAG 840 841 ATCAATCGAT CTCTCTCTAC CCTAGGTCGT GTCATTGCAG CCCTCGCGGA TCAGTCGTCA 900 901 GGGAAGAAAA AGGCTCAAGT TCCCTACCGA GACTCCATCT TGACATGGCT GCTCAAAGAC 960 961 TCGCTAGGAG GAAACAGTAT GACTGCCATG ATCGCTGCCA TTTCCCCGGC CGACATCAAC 1020 1021 TTCGACGAAA CCCTCTCCAC GCTCCGTTAT GCCGACTCTG CGAAACGTAT CAAGAACCAC 1080 1081 GCCGTCGTAA ACGAAGACCC CAACGCGCGC ATGATTAGAG AACTCAAGGA GGAACTGTCC 1140 1141 AAATTGCGGT CACAATTAGG TGGGGGTGGG GGAGGCGCTC CGGGTGCGAA CGGCATCATA 1200 1201 GAAGAACAGT ACGCACCAGA CACACCGTTG GAAAAACAAA TTGTCTCCAT TACACAGGCA 1260 1261 GATGGATCGA TCAAGAAGGT CTCAAAAGCT GAGATTGTCG AGCAGCTGGA CCAATCGGAG 1320 1321 AAGCTCTACA CCGAGTTGAA TCAGACTTGG GAAGAGAAGC TGCAAAAGAC GGAAGAAATT 1380 1381 CACAAGGAGC GCGAGGCTGC CTTAGAAGAG CTAGGAATCA GCATTGAAAA GGGCTTCGTT 1440 1441 GGTCTTTCAA CGCCCAAGAA CATGCCTCAT TTGGTCAATT TGAGTGATGA TCCACTTCTG 1500 1501 ACCGAATGTC TCGTCTACAA TCTAAAACCT GGTACGACAA CAGTGGGAAA CTCAGACGTT 1560 1561 GACGGTCAGA CTGCACAAAT CCGCTTAAAT GGTTCGCAGA TTCTTGCCGA GCACTGCAAC 1620 1621 TTTGAGAATG TGGACGGCAA GGTTACTGTG ATACCCCAGG AAACTGCTAG TGTCATGGTT 1680 1681 AACGGCGTAC GCATCGATAA GCCCAGGTTA CTCAAGAGCG GGCACCGCAT CATCCTTGGC 1740 1741 GACTTCCACA TTTTTCGATT CAATAACCCA CAAGAAGCAA GAGCGGAGCG CGCTGAAGTC 1800 1801 GGAACAAGCC TTCTCCGACA GACAGTGGCT GGTAATCTGA ATTCTCCTTC GCCCGCACCT 1860 1861 AGGCCCGGAC ACGACAGATC CTACAGTGCA ATTAGCATAG CGAACAGCGA CTTCGACCCA 1920 1921 GACAGTCCCA GAGCCGGATC GCCTGCGCTG TGGCAACGCG GTCGAGAGTC CGAGTTTTCC 1980 1981 TACGCGCGGA GGGAGGCCCT TACTGCTTGG CTAGGACCGG ATAAACGCAT CGAGACCCTT 2040 2041 CCAGACGAGG ATTTTGAGGC GCTGTTCGAA AACCTCAGCA GGCTGCGCGA GACACGGAAA 2100 2101 GCTCGTCCGG AGAGTCGGAT ATACAGCGAC GAGGGTGATA CCGAGTCTAT GTCTTCATAC 2160 2161 GCTTTCAGGG ACAGGGAGAA GTATGCCTCT GGTGGCAGTG GGACGTTGGA CAACTTCTCG 2220 2221 CTGGATACCA TGTTGACGAT GCCGTCCACG CCACAGCAAG AAGGTAGCGA AAAGATGCAC 2280 2281 GAGATCCGAG AGGACATGCA AAGGAAGATT GAGCAGTCAA AGGACGACTT TCAGAGCAAA 2340 2341 CTCAAGGCCG ACGTGGAGGC CAAGGTTGAG CTGGAAGAGC TGCGGGCTGC GAAAGAAGAG 2400 2401 ATGCAGAAGC AACTGAAGGA GCAGAAAGAA GCATTCAAGC GTCAATTGAA GAGCTTAGGA 2460 2461 CATGATATCC CGCCTGAAAT CAACGAAGAA CCGGAAACCG ACGAGGCCAC ACAGAACGAA 2520 2521 CATCAGCTGG AGTTGATCCG GACTGTGTCC AAACAGTGGC GGCGACGGAA ATATGTCACC 2580 2581 ATGGCGGAGA CGCTTTTGCA AAATGCGGCG ATCCTGAAGG AGGCCCAGGT CATGAGCCAG 2640 2641 CAAATGGACA AGCGCGTTGT TTTCCAGTTT TGCATCGTCG ATATTGGTCA TACAGTCCCA 2700 2701 TCATCCTACG ACCTGGTCAA CATGGGCATC CCTGGAGAAG ACGACGAGTA TCTTGACAAT 2760 2761 CAATCAAAGC CATGCGTCGG CATACGCGTC ATTGATTTCA AGAATGAGGT CGTTCACCTT 2820 2821 TGGTCGTTGC AGAAGCTACG CGATAGGGTA CGGCGGATGC ACCAAATGCA TCAGTACATG 2880 2881 AACCGTCCAG AGTACTTCCA GCATTTCAAC CCTGAGTCGC CTTTCTCAGA ACCGTGCATG 2940 2941 CCTGAGTTCA CGCGGATAGG GGATGTGGAT GTTCCGCTTG CCGCTGTATT CGAGTCGAGA 3000 3001 GTACGGGACT TTAGTCTTGA TGTGATCTCT CCGTATACGG CAAACCCTAT TGGTATCATC 3060 3061 CGGCTGTCGT TAGAACCTTC ATCCGCAGAG GCTCCTTCAA CTACGCTCAA GTTTAATGTC 3120 3121 GGTATGCACG AGTTCGTTGG CTTCCCAGAA CGAGAAGGAA CTCAAGTGCA CGCTGTGCTC 3180 3181 TTCGTGCCCG GTATCTCAGA TGAGAGCGGT GCGACGACTA CAACTTGGAT AACAGATTTC 3240 3241 AACGAAGGGC CCATTCGTTT CGAGAGTGTG CATAGCATGA GCCTTCCGTA TCCAAGTCCG 3300 3301 CGCGACACGT TTTTGCGGAT ATCAATCTTC GCGAAAGTGA CAGATATCCA TCTTGACAAG 3360 3361 CTGCTAAGTT GGGACGACAT GCGCGACTCG GCGGAGCAGC CCAAGCAAAA ACGACGAAAC 3420 3421 GCACGCTTAC CAGAGTCGGA GTTTTATACA GAGGACACAC ATGATATCTT CTCGCGTATA 3480 3481 CAGATACAAG AGATTACGGA TGATGGAACA TATCAGCCGG TTGAAGTCAC ACAGAGCAGC 3540 3541 GTTATGGATG CTGGAGTGTA CCAGCTCCAT CAGGGTCTGG CACGTCGTAT TGTCGTCAAC 3600 3601 CTTACCCACA CTGCTGGAGA CACAATACAC TGGGAGGGTG TCAAGGCGCT CCGTATGGGC 3660 3661 CGTATTCGCA TGGTCGATGC AGCAGGCAAT TGTCCAAACT ACGGCTCGCC TGTCAAGGAA 3720 3721 GTGCCAGTGG ATCTGGTCTC GCCGCCGCTT ATCAGGAAAA ACGCAGACGG CACAACCAAT 3780 3781 GTGAAGTTTG TAGGAAGGTG GGACAGCACT GCACATGCTT CCCAGATTCT TGACCGTGCG 3840 3841 ACGAAAGACA ACTTCCGGGT CAAAACAACC CTACTCTTCG ACGTTACATC GCCCAAACTC 3900 3901 ATCGAACCGA TGACCTTCTC CTTTGATCTC CTCGTTCAGA TCCGAGGCCG CTCATATATC 3960 3961 CGCCAAACCT CGCTCTTCTC CCTCGCCAGC ATCTGGAATA CTGTCAAGAT CGTCCACTCC 4020 4021 ACCGTCGGTA TCTTCAACGT CGCCATCCGC CCCACCTCCG TAAAGCGCGC CACGGACCTC 4080 4081 TGGCGTATGA ACACAAAAGA CGACTACATA AAAGGCGAAG AACAACTCTC CGGCTGGACC 4140 4141 CCTCGCGGCG TCTCCCTCGT CCGCGACTTC ATCGACATGG AAAAGCGCCG CCGCCGCATC 4200 4201 GCCGACATTG AAACCGCGCG CTCAGTCCTC TCCTCCAAAG CTCTCAGCAT CCCCACCTCC 4260 4261 GCGCTCGCCG CCTCAAAAAA CAAGTCCTTA ACAGACTCCC AAAAAGCGCT CCTCACACGC 4320 4321 ATAATCTCGC TTTGGAAGAC CAAAAAGGCC CCCGCGGAAA TCATCCTCAA TTCAACGAAT 4380 4381 CTGGAACCGC CATCGAATGG CGCAGCTTTT GCACCCCGCT CACCGTCTCC ATCCCCGAGT 4440 4441 CCGACACCGA GTCTCACAGC TACTGTACGC TTCGTTGCCA AGAATCCAAA CCTTATGAAG 4500 4501 GCGAGTTACC TGATGACACC CGATCCGACA AATACCCGCT GGATACGACG ATATGTCGAA 4560 4561 CTGCGTAAAC CATACCTGCA CATCTACTCC AACGACGGCG ATGAAATTAA CGCAATCAAT 4620 4621 GTATCCACCG CTAAAATCGA TCATTCGCCG CAGATTGCTA GACTGCTTTC TGGAGGCGGC 4680 4681 AGCGTTAGCA GCGGCGCATC GTTGAGCGTT CCCGGAAATG CAGCTAGTGG TAGCGAGGAG 4740 4741 TGA 4743 |