Effector profile
PlantPEAD ID: PlantPEAD02869 Uniprot ID: A0A4Q4NCD5 Source: Orthologous
Localization: Cytoplasmic(Pre) Pathogen taxonomy ID: 5599 Pathogen type: Fungi
Species: Alternaria alternata Strain: FERA 1177 Other name: Alternaria rot fungus,Torula alternata
Gene name: NCBI Gene ID: PDXD01000023
Entry name: A0A4Q4NCD5_ALTAL Protein name: Compactin diketide synthase
DOI:
Gene/Protein information
Gene sequence:
ATGGCTACGGACAGGACGACTCCCATAGCCATCATTGGCATGAACATGAAGTTCCCAGGCGATGCAGTATCTGCACAAGCCTTCTGGGAGCTACTGATGAGCGCGAGGAACGTATCAAAAGAGATACCGTCCGATCGATTCAACATAGATGCTTTCTACCATCCGGACCCGAATCGGTTAGACAGTTTACGCATCCGCCATGCACATTTCATGGAAGAAGATCCCCGCAGTTTCGACGCACCCTTCTTCAACATGTCATACGCAGAGGCATCAGTTCTAGATCCGCAGCAGCGCGGTCTTCTCGAGGGCGCCTACCGCACATTCGAAAACGCGGGTATACCCATGGAAACACTGTCTCGTTCTCCCACATCAGTCTACTGTGCATCTTTCTCCCGCGATGGTGAAACCATAACTGGACGCGACTTTGCAGCACAGTCGCGTTATCACGCCACTGCCAATGGCTCATCCATGCTGAGCAACCGTGTCAGCCATTTCTTCGATCTAGCGGGGCCGTCTCTCACAGTTGATACAGCTTGCTCATCGGGGTTATATGCTTTGCATCTCGGCGTGCAGAGTATTCTCGCAGGTGAGAGCGCCATGTCGCTTGTCTGCGGCGCGAATACATTCATTACACCCGAGAGCCAAGCACTTGCGCTCAGCAACGGGGGGTTTCTAAGCGTTGACGGAAAGAGTTATAGCTTCGATGAGAAGGCGAATGGTTATGCAAGAGGCGAAGGATTTGGTTTCGTCTTGCTCAAACCACTGGAAGCTGCCATAAGAGATAAAGACGTTATCCGGGCAGTAATCCGGGCCACAGGTGCAAATCAAGATGGTCGAACACCCAGTATCACACAGCCGAGTCAGCAGGCGCAGCTTGATCTGTTGCGAGACACATATCGTGTTGCAGGGCTTGATGTTGCTGATACGGACTATGTTGAGGCTCATGGCACCGGGACACCGGTTGGCGACCCCATCGAAGCGGCCGCTATAGGAGAGGCTTTCCGCGATGGTCGCAAACCTGATAGACCACTGTATGTTGGTTCAGTGAAATCCAATATTGGTCACTTGGAGGGCGCTTCGGGTATGGCTGGTGTGATCAAAGCCGTTCTTGCGCTGGAGAAGGCTGTGATTCCGCCCATCGCCATGTTCGAGAAGACGAATCCTGCTGTTGATACAGAGTATTTGCAGCTTGCCTTTCCCAAGGAACCAGTACCATGGCCGCAAACAGAGATCCGTAGGGCATCCGTGAGCTCCTTCGGATATGGAGGGAGCAACGCCCATGTGATTCTCGACGACGCATGCAACTACCTGCGCAGTCACGGCTTGAAAGGCCTGCATCAATCGGTTGGCGAGCCCACAGCTACCAATGGACACACCAACGGATACACAAACGGACATACCAACGGACATACCAACGGCAACGGCGCCCTTTCATCCGCAATCCCCTACGCCATCATCCCTTTCTCAGCAGCAGACAGCGACGGCACGACGCGCCAAGCAGCGACCCTCCAAGACTTCCTCTTGTCACGCGATACTCCCCACGCCCCAGAATACCTCTCAGATCTAACCTACACTCTCTCCTCGCATCGATCTCTACTCAGCTACCGTTCCTTCGCCGTCGTCTCCTCTATTACCGACGATCTAACCGCCCTCGTCTCGCCGAGCATGTTCAGCAGCACTTCTTCCGCCCCCGATCTCTCATTCGTCTTCACAGGGCAAGGCGCGCAATACGCGCGCATGGCTATCGGCCTTCTGCATTATCCCATCTTCCGCCAAAGTCTCACTGACTGCGACGCTTATCTCAAAACACTTGGAAGTACATGGTCTATGCTAGAAGAACTTGAGAAGGAAAAGGACGTAAGCAAAGTCAGCAAGCCGGCACTATCGCAGCCCCTCTGTACCGCCATACAGATTGCTCTTGTAGATCTGCTGCGCACGTGGGGCATTGTTCCTCGCGCTGTAGTTGGGCATTCGTCTGGTGAGGTCGCGGCTGCATACTGTGCAGGCGGACTAGATCGTGAGAGTGCATGGCGGGTGGCTTACTTCCGTGGTGTTGTGGCCGATAAGCTAGCTTCGGACCAAGCAAGGGAGAAGACCACGATGATGTCGGTGGGGTTGGGTAAAGAGGCAGTTGAGCCGTATCTAAAGGCTGAGCCATCGGTGACGGTCGCGTGTGAGAACAGCCCTGTCAACGTCACATTGTCGGGTTCCGACGTGGCAATTGCACGCTTGTTTGAGACGCTAGAGGTCGAGGAGGTTTTCGTACGGAAGCTGCCTGTGACAATCGGGTATCACTCCGAGGCGCTGCGGGATGGTGCAGTGGAATATGAGGGTTTGCTGGCCGGTATACGCGCTCCAGCAAGAAACAGCAAGGCGCCGAGCACCGTCGCATTCTTTTCATCCACAGAAGGTAGCTTCATCACGTTGGAGGGTCTTGTGAGACCAAGCTACTGGGTGAAGAACCTTCTATCGCCAGTTCTCTTCACCGACGCTGTAACAGCACTGATAAGCGAGCGGAAGCAAGCTACCAAATTCCTTGTTGAGATCGGCCCTCAATCTGCTCTTCGACGGCCGGTCAAAGACATCCTTGCGCACATTGGTGAAGGCCAGGATAAGTGGACATATGCAGCTGTGCTTAACCCTCGTCAACCCGACATCCAGTCTCTCCTCGAAACCACCGGTGCCCTTTGGAGCGCCGGTCTACCCATCGATCTCAATATTCCCAACCAAGCCACTCTGAAGCCCATGACCCAGGCAAAACGAGTAACAGACCTTCCAGCCTACCCCTTTTCCAGGGCCAAGCTCTACTGGGACGAACCCCGCATCAGTGCCCTCTACTCGCAACGACCCTTCCGGAGGCACGCCCTCCTGGGCCTACGCGAGAACGACTTCAATCCCCAGCAACCAACATGGCACCACAAGATCCGTCTCGCCGAAGCTCCTTGGATCGTTGACCACGCGCTAGAAGGCTCGCCGCTCTACCCTGGCACAGGCATGCTCGTAATGGCCATTGAGGCCGCACGGCAACTTCTCCCACCCAACGCGACAATCAGTGGATACAAGCTCGAAAACGTACGGTTCATGCGCTCTATTCCTGTGAACGAGACGGAAAAGGGCACTGAGGCGAAAATCTATCTTCAGCCGCGCCGACATACAGCCAAAGACGCTGCTCAAGGCGTATACGACTGGCGGGTGTTTACGCTCGGAGGCGACGAGTGGATTGAGTGTGCGTTTGGCAGCATTCGTGTTGAACTTGAGGATGCGGAGGCCTCGCCCGAGACAGTCGCACGCAAAGCTAGGTGGACAAGCGCCGTGAGCGAGGAGCACGCAACCGCGGCAAAGCAGTGCACGTTGAGTGTACAGAGCGGGCAGCTGTACGAAAACCTGAGCAGGAAGTCTGGATTCGACTATGGGCCATATTTCCAGGGCTTGCGGGATATCAAGTACTCACGCAACGGGTGTGCGTCGGGTACTCTTGCGCTGCGGGATTATGCGAAGAATATGCCATACGCCCAGGAAGATCCATGTGTAATTCATCCTACAACGTTTGACTCGGTATTCCACGTTGGCTTTGTCTCGTTGAGCATGGGCGGGTGGGAGGCCATTCCAACACTCATGTTCAGCAACCTCAAGGAGCTTTGGGTTTCGCACAAGTTATTCACAGTGCCTGGCAATCCAGTGCTGCACGTTGCAACAAAGGAAGTCGCTCGCACATTCAGAGAGTTTGAGTGGGATGCTAGCACCCTCCTTGCTGAGACTGGTGAGCCGGTTATTGTGGCAAGAGGCGAGCGTGGAACCGTGATTGCTGGCGCAGGTAGCAGCACTCGCGATGACGACGACGGTGCTAGTCGCTTTTCGTACGGGATTGACTTCAAGCCTGACCTCTCCCTGCTTGACAAAACCGAGACGGAGGCCTATCTCAAGGCGCTCTTCGCACGGGACCCACAATTCTCACCAGACCCCAAGGACGCCGAGGCTGTTGACCGTGCAGACGCCATCGCGCTGTATTTCATCGAGCAAGCACTAGAAAAGATTGAGAACGGCGAGCCAGTAGAGTTTGACAACCACTTGACCAAATACGTAGACTTCCTGCGCAAGGTCCGCGCGAACAGGGAAAAATATACGTTGGAGTCACGAGGGTTAGGTCATTTGAGTATCGAAGATGTCTTGCGCAAGGCAGATGACGAGCCAACACAGAAGCTGGTGAAGAAAGCGGGCGAACATCTCTACGGTATTCTGGCCGGAACGGATAACGCGTTACAGATCATCTTTGAGGGAAATCTTGCCAATGACTTCTATCACTGCGACTTTTACTCACGCCATTACCGCAAAGCTGGCGCATACATGAGCATCCTGGCACATGCAAACCCCCAGCTCAGAATTTGCGAGGTTGGTTCAGGAACAGGCAGTGCCACGTCCAAGGTCCTACCGTTCTTGGTCGACACTGAAGGTCTCCAAGGTGATCAGCTTGTGCGTTTCGGTGAGTATGCTTACACCGACGTCTCAGTCGGTTTCTTCGAGAAGGCGCGCGAGAAATTCGACTTTGCCGAAAAGCACATGCGCTTCGCCAAGCTTGACCTGGAGATTGATCCCTCTCTACAAGGTTTTGAGCTCGGCAGCTACGATGTGATCATGGCTTGCAATGTCATCCACACTACATCGGATCTTATGAAGTGCCTCCGCGATCTCCTTGCACTCTTGCGCCCAGGCGGCAAACTGATCATGATGGAGACTACTGTTGATAACATCCGCGACGGCATCATCTTCGGCTTGCTACCCGGATGGTGGATGCGCGAGGGCCATTGGTGGGAGGGTGAAGATGTTGACGCCGTACCAGGGGAAGATGAGGCGCTGGGACCTATTCTTACTGAAGATGGATGGGATGCTGCGCTGAAGACCGCAGGCTTTTCAGGTGTGGACATGGTATTCAGAGACAACGAGTACAAACCTCGTCATCGCGTCTCAACGCTCGTCACGACAAGACCAGAAGAGGTCAAGGTTGAAGCCGCACGCGAGAGCTGGGTTATCGTCGCAGATTCCACAAAGTCTGCATACGCCGATGTGCTGAGATCAAGGCTGGCCACTGTATCATGGATCAGAGAGACCGAGACATACACACTCGATGGCCTTGTTGCTGCTGGGCTGGAGCTAAGCAACACGAATGTCATTAGCTTGCTCGAGCTAGACACTTCCCTCCTGGGCACTATCGCAGGGCGGCAGTTTGAGGCTCTCAAGAAGATTAGCTTGGATGCTAAGACCGTCCTCTGGGTCACACGCGGTGGCAGCCCCGGTGCCAGCAACCCTGCCGCCGAGATGGCAGTCGGTTTCTCAAGAAGTATCTGCTCTGAGCGAGGTGATCAGGCCTTCGTAACCTTAAGCTTAGAGACAGACGATTCGACTGAGGGGACGAGCCATGTACTCCGTCTCATCGAGCACTTGCATAAGATAGGAGGAGGGAAGAGCGTAGACGCCGAATCCGAGTACGCAGTAAAGAACGGCCTTATACATATTCCGCGTGTCGTCCCGCAGAAGAGCGTTAATCACACTCTCGCCGAGCGCGCGAAACTGCCCGACAAACTCACATTCACGCTCGGCCAAGCTGATCTCAAACCGCGCATAAAGTTGACCATCCAGCAGCCTGGTCTCCTCGACACTCTCTACTACACTGAAGTCCCAGCCCCCAGCACCGAGCTGCAATCCGGCGAGATCGAGATTGAAGTAGCAGCCGCCTCCCTCAACTTCCGCGATGTAATGATTTCCTTAGGCCAAGTTCCTGGTGATGGCCTCGGTCTTGAAGGATCTGGTACCGTCAAACGTGTCGGGCCAAACTGTACTTTGCAACCTGGCGACCGCGTCATGTACTTCATCTTCTCGACAGGTGGTTGCTGTGGGACTTATGTCCGCTGCGACGAGGCGTCGACGCGCAAGATCCCCCGCGACGATATCTCATTCTTAGACGCGGCTGCTATCCCTGCTGTATGGGCTACGGTTGTGTATGCATTCGATTACGTAGGCCGGCTGCGCAAGGGCGAGAGCGTCTTGATCCACGCTGGTGCTGGTGCTGTAGGCCAAGCTGCTATCCAGCTCGCACAACTTCGCGGGGCGAACGTCTTCGTCACGGTAGGAAGCAAATGGAAGCGCGAGCTAGTGAAGGAGCTTTACGGGCTCGCTGATGACCACATCTTCCACAGCAGAGACGCCAGCTTTGTCGATGATGTGTTCCACGCCACAAACAACCGCGGTGTCGATGTCGTCCTCAACTCTCTCGGCGGAGAACTCCTTCAACATTCATGGCGCTGCACGGCGCCCTTTGGCCGCTTCATCGACATCGGCAAAGCCGACATTCTTGCCAATAACACACTTGAGATGGGCCATTTCTTGCGCAACGTCACCTTTGCAGCCGTGGATGTTGCGGGAATGTACGCCGAGAACAAACCACTGATGCAACTCGTGCTTGACGATGTGTTTAGCCTGTTTGCGGCACATCCCGAGCTTCATAATCCCAAGCCGCTACATGCATTTGCCCCGAGTAAGATCGAGGAGGCGATGCGCGCATTGCAGGGTGGTAAGATTGCTGGAAAAGCGGTCATCGACTTTGAGACACCTGGTGATGTGGTGGTATATCAACCTGCGCGAACGCCTTCGTATAGATTTGAAGCGCAGGCCACTTATGTTATCAGTGGTGGATTGGGCGGGTTAGGGCGCGAGATCATGCGCTGGATGGCCTCTCGCGGCGCGCGGCATTTCCTCGTCACCTCATCCCGAGGTGTAGCCGGGCGCACTGATGTCATCGCCTTCATCCAAGAGATGGAAGCTCTGGGAGTCGAGATCCACGCTCCGGCATCAGATATCTCCAATCGCGCTGTCCTGCAGGCGACGCTAGAGGAGGCTAGCAAGACACTACCCCCGATCAAAGGATGCATCCAGGCAGCCATGGTGTTGTCAGACAACATGCTCTCAAACATGACTGCTGAGCAATTCCACCGTGCCCTGGCACCCAAGTACCAAGGCTCTTGGAACCTCCACGAGCTCCTGCCCAAGGATATGGACTTTATGGTCTTCCTCTCTTCCATGAGCGGTATTATTGGCAACCCCGCACAAGCCAACTACGCTGCCGGTAATACATTCGAAGACGCGCTTGCACGTCACCGCGCCGCGAGCGGACTCAAGGGCGTGTCGTTCGATCTCGGCTTGGTTCTGGAGGCTGGATGGGCGAGCGACAACTTTGAGGACGTGACAAAGAGCTTGCGCGCTGGACTGGGCGGGTTGACGCAGAAGCAGCTAATGGCGATTCTGGACGTCCTGTGCGATCCATCATATGACTGCGCAGGCGGAGCAGCGCAGGTCGTGAACATTCATGATAAGCCTGCGAAGCTGTATCGTATGTTCCAGGATGGCGTGTTGCACTGGGTAGGCAAGCCGTTGTTCAAGAACCTCCTTCGTCTGGGACAAGTCGAGCTGGTCAACAGCACTGGAGGTGGCAGCGGACGCGATGCGACAGCGATCGACTACCTGGCCCTCATCAGAGCGGCGGCTGATGCTGAAGAGGCTACGCACATTGTTACCATGGCGTTGCTCGGGAAATTAGGCAAGTCGCTGTCGGTGCCGGCCGAGAGTCTCGACGTCGGCAAGCCGGCGTACGTGCTTGGTGTTGACTCGCTCATTGCGGTTGAGCTGCGATACTGGTTCCTCAAGCAATTCGGAGTCGAGGTTCCCGTGTTCGTGATATTGAAGAAACAGCCAACCGTCGAGTTGTGCCGGCACGTAGCGGAGCAGGTCGTTGCCGCCACATAA
Protein sequence:
MATDRTTPIAIIGMNMKFPGDAVSAQAFWELLMSARNVSKEIPSDRFNIDAFYHPDPNRLDSLRIRHAHFMEEDPRSFDAPFFNMSYAEASVLDPQQRGLLEGAYRTFENAGIPMETLSRSPTSVYCASFSRDGETITGRDFAAQSRYHATANGSSMLSNRVSHFFDLAGPSLTVDTACSSGLYALHLGVQSILAGESAMSLVCGANTFITPESQALALSNGGFLSVDGKSYSFDEKANGYARGEGFGFVLLKPLEAAIRDKDVIRAVIRATGANQDGRTPSITQPSQQAQLDLLRDTYRVAGLDVADTDYVEAHGTGTPVGDPIEAAAIGEAFRDGRKPDRPLYVGSVKSNIGHLEGASGMAGVIKAVLALEKAVIPPIAMFEKTNPAVDTEYLQLAFPKEPVPWPQTEIRRASVSSFGYGGSNAHVILDDACNYLRSHGLKGLHQSVGEPTATNGHTNGYTNGHTNGHTNGNGALSSAIPYAIIPFSAADSDGTTRQAATLQDFLLSRDTPHAPEYLSDLTYTLSSHRSLLSYRSFAVVSSITDDLTALVSPSMFSSTSSAPDLSFVFTGQGAQYARMAIGLLHYPIFRQSLTDCDAYLKTLGSTWSMLEELEKEKDVSKVSKPALSQPLCTAIQIALVDLLRTWGIVPRAVVGHSSGEVAAAYCAGGLDRESAWRVAYFRGVVADKLASDQAREKTTMMSVGLGKEAVEPYLKAEPSVTVACENSPVNVTLSGSDVAIARLFETLEVEEVFVRKLPVTIGYHSEALRDGAVEYEGLLAGIRAPARNSKAPSTVAFFSSTEGSFITLEGLVRPSYWVKNLLSPVLFTDAVTALISERKQATKFLVEIGPQSALRRPVKDILAHIGEGQDKWTYAAVLNPRQPDIQSLLETTGALWSAGLPIDLNIPNQATLKPMTQAKRVTDLPAYPFSRAKLYWDEPRISALYSQRPFRRHALLGLRENDFNPQQPTWHHKIRLAEAPWIVDHALEGSPLYPGTGMLVMAIEAARQLLPPNATISGYKLENVRFMRSIPVNETEKGTEAKIYLQPRRHTAKDAAQGVYDWRVFTLGGDEWIECAFGSIRVELEDAEASPETVARKARWTSAVSEEHATAAKQCTLSVQSGQLYENLSRKSGFDYGPYFQGLRDIKYSRNGCASGTLALRDYAKNMPYAQEDPCVIHPTTFDSVFHVGFVSLSMGGWEAIPTLMFSNLKELWVSHKLFTVPGNPVLHVATKEVARTFREFEWDASTLLAETGEPVIVARGERGTVIAGAGSSTRDDDDGASRFSYGIDFKPDLSLLDKTETEAYLKALFARDPQFSPDPKDAEAVDRADAIALYFIEQALEKIENGEPVEFDNHLTKYVDFLRKVRANREKYTLESRGLGHLSIEDVLRKADDEPTQKLVKKAGEHLYGILAGTDNALQIIFEGNLANDFYHCDFYSRHYRKAGAYMSILAHANPQLRICEVGSGTGSATSKVLPFLVDTEGLQGDQLVRFGEYAYTDVSVGFFEKAREKFDFAEKHMRFAKLDLEIDPSLQGFELGSYDVIMACNVIHTTSDLMKCLRDLLALLRPGGKLIMMETTVDNIRDGIIFGLLPGWWMREGHWWEGEDVDAVPGEDEALGPILTEDGWDAALKTAGFSGVDMVFRDNEYKPRHRVSTLVTTRPEEVKVEAARESWVIVADSTKSAYADVLRSRLATVSWIRETETYTLDGLVAAGLELSNTNVISLLELDTSLLGTIAGRQFEALKKISLDAKTVLWVTRGGSPGASNPAAEMAVGFSRSICSERGDQAFVTLSLETDDSTEGTSHVLRLIEHLHKIGGGKSVDAESEYAVKNGLIHIPRVVPQKSVNHTLAERAKLPDKLTFTLGQADLKPRIKLTIQQPGLLDTLYYTEVPAPSTELQSGEIEIEVAAASLNFRDVMISLGQVPGDGLGLEGSGTVKRVGPNCTLQPGDRVMYFIFSTGGCCGTYVRCDEASTRKIPRDDISFLDAAAIPAVWATVVYAFDYVGRLRKGESVLIHAGAGAVGQAAIQLAQLRGANVFVTVGSKWKRELVKELYGLADDHIFHSRDASFVDDVFHATNNRGVDVVLNSLGGELLQHSWRCTAPFGRFIDIGKADILANNTLEMGHFLRNVTFAAVDVAGMYAENKPLMQLVLDDVFSLFAAHPELHNPKPLHAFAPSKIEEAMRALQGGKIAGKAVIDFETPGDVVVYQPARTPSYRFEAQATYVISGGLGGLGREIMRWMASRGARHFLVTSSRGVAGRTDVIAFIQEMEALGVEIHAPASDISNRAVLQATLEEASKTLPPIKGCIQAAMVLSDNMLSNMTAEQFHRALAPKYQGSWNLHELLPKDMDFMVFLSSMSGIIGNPAQANYAAGNTFEDALARHRAASGLKGVSFDLGLVLEAGWASDNFEDVTKSLRAGLGGLTQKQLMAILDVLCDPSYDCAGGAAQVVNIHDKPAKLYRMFQDGVLHWVGKPLFKNLLRLGQVELVNSTGGGSGRDATAIDYLALIRAAADAEEATHIVTMALLGKLGKSLSVPAESLDVGKPAYVLGVDSLIAVELRYWFLKQFGVEVPVFVILKKQPTVELCRHVAEQVVAAT
Protein structure:
NONE
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Main properties of effector
Molecular weight Sequence length Theoretical pI GRAVY Instability index
283175 2597 5.56 -0.124 35.8
Plant infestation information
Experimental plant:
Susceptible plant: Disease name:
Host classification: NCBI Species:
Pathogen-plant protein interaction
Uniprot ID Protein name Gene name Species Protein sequence
No Record found.