Alternaria alternata: CC77DRAFT_532938 Help Entry CC77DRAFT_532938  CDS       T05291                                  Name (RefSeq) PigN-domain-containing protein   KO K05285   GPI ethanolamine phosphate transferase 1 [EC:2.7.-.-] Organism aalt  Alternaria alternata Pathway aalt00563   Glycosylphosphatidylinositol (GPI)-anchor biosynthesis aalt01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis     CC77DRAFT_532938 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PigN Phosphodiest Sulfatase Metalloenzyme Baculo_ODV-E27 Alk_phosphatase Motif Other DBs NCBI-GeneID:  29117640 NCBI-ProteinID:  XP_018390001 JGI:  532938 UniProt:  A0A177DZJ0 LinkDB All DBs Position Unknown AA seq 991 aa AA seqDB search MAQFGRYRFLLIAVVFHLLYIWSCFSTYFTSPIVHGMREHRVETQEAPAKRLVLFVGDGL RADKAFQSFPNPDPNPPIPLADNTTTPRPLAPFLRSRVLEHGTFGVSHTRVPTESRPGHV ALIAGLYEDVSAVTTGWKLNPVNFDSVFNRSRHTWSWGSPDILPMFETGAVPGRVDAYCY GAEEEDSSKDAWVLDEWVFERVKKLFADAKTNATLDAELRQEKSVFFLHLLGLDTTGHAH RPYSWQYLHNIQLVDRGVQEITQLIEEFYNDDKTSFVFTADHGMSDWGSHGDGHPDNTRT PLIAWGAGVAPPVKNTSGVARGHTEFSSDWNLDEIERHDVDQADVAALMAYLVGLDFPTN SVGVLPLSYLDKDPKAKAEALLVNAKEILEMYHVKEEMKKETQLRYRPFSGLGDEAHSVE HRVADIQSLINKGSADEATRKTYELIDLGLEGLRYLQTYDWLFLRTLVTAGYVGWIAFAI TTVVDLHVLTEHVPAQRTVASMVIFSSVLVALYGVFFKQESPVIYYAYAFFPVLFWEEVF AQRLSLVKGGKILFGHLKSGADVAKLVFATIGFFGLLQALVQSYFVREIYTVCYLLATLW PAVYGQDFMKKNMATVATWALSCIAMSAFTLLPANKAEDIRLILLGGVLMFAIGILYLVF ERAILEDGKSQSELSKHELNHTSRIILGIQLGLVALSMIVTKSSVGYLQARQGIPFGVLT VTRATLFASLVVPQLHGLYPNTHYVHRLVVIFLQFAPTFIILSISYEGLFYFAFCMCLFS WMRLEHQVYLHNTADASTTAITSDPAKPTKDAASDRLSSLQKGEYRSLTLADARIALFFI FFIQSAFFSASNIASVSSFSLDAVYRLIPIFDPFSQGALLIIKLMAPFAALSTNFGLLNR GLGVAPSALFMVVMAVSDVMTLSFFYMVKDEGSWLEIGTTISHFVIASLLGVFVSGLEIY SEWTIRGVEFGSSKKAQGNGTVQGKASGKAE NT seq 2976 nt NT seq  +upstreamnt  +downstreamnt atggcgcaattcggtcgctataggttcctgctgatagcggtggtgttccatctgctgtac atatggagttgtttctccacctactttacgagtcctattgttcatggcatgcgcgagcac cgtgtagagacgcaagaagctcccgctaaacgcttggtactctttgttggtgacggactc cgtgcagacaaggcatttcaatcgttccccaaccctgacccaaatcctccgatccctctc gccgacaatacaaccaccccgcgccctctcgctccctttcttcgctctcgcgtcctggaa catggcacctttggcgtttcccatacacgggtgcctaccgaatcccgccctggacatgtc gcactcatcgcaggcttatatgaggatgtctcagcagtcacaacgggatggaaactgaac ccagtcaacttcgacagcgtcttcaaccgcagtcggcatacatggagttggggcagtccg gatattcttcccatgtttgagacgggtgcagtgcctggaagagtcgacgcatactgctat ggcgcggaagaggaggattcctccaaagacgcctgggtgttggatgaatgggtatttgag cgcgtcaagaagctgttcgctgacgccaagacgaacgcgacactggatgctgagctgagg caagagaagagcgtcttcttcctccacttgcttgggctggataccacgggccacgcgcat cgaccttactcgtggcagtatttgcataatatccagctcgtggatcgtggggtccaggag attacgcagctgatcgaagagttctacaacgacgacaagacttcttttgtattcacagcg gaccatggcatgagcgactggggaagtcacggagatggacacccagacaatacgcgtacg cccttgatcgcatggggtgctggtgtcgcgcctcctgtgaagaacacgtcaggcgttgct agaggtcacaccgagttctcttcagattggaacctggacgagattgagcgacatgacgtc gaccaggctgacgttgcggcattgatggcttatctcgtgggacttgacttcccaaccaac tcagtcggagtcttgccgctttcctaccttgacaaagatcccaaggccaaggcagaagct cttcttgttaatgccaaggagatattggagatgtatcatgtcaaagaagagatgaagaag gagacacagctgcggtacaggcctttctctggtttgggtgatgaggcacattctgtcgag catcgcgttgccgatatacagtcgttgatcaacaaaggcagcgcagacgaggctactcgc aagacttacgagctcattgaccttggtctcgaaggactgcggtatttgcagacgtacgat tggcttttcctccggacgttggtgactgctggctatgttggctggatcgctttcgccatc accacagttgtcgacctacatgtgctcaccgaacatgtgccggcacagagaacggtggct agtatggtgatattctcttctgtgcttgttgcactctatggggttttcttcaaacaagaa tcaccggtcatctactatgcatatgcgttcttcccggtcctgttctgggaggaagtcttt gcccagaggctatcgcttgtcaagggcggcaagatcctgtttggccatctcaaatcgggc gctgatgtcgcaaaactagtgtttgcgactattggcttcttcggattactccaggctttg gttcaaagctacttcgttagggagatttacacggtatgctacctgctcgcgacactctgg ccagcagtatatgggcaggattttatgaagaagaatatggcgactgtcgccacctgggct ttgtcttgcatagccatgagcgctttcacactactgccagccaacaaggcagaggacatt cgtctcatcctgcttggaggtgtgttgatgtttgccattggtatactctaccttgtcttc gagagggcgatccttgaagacggcaaatctcaatctgagctttccaaacacgagttgaac cacacatctcgtatcattcttggcatccagctcggcctcgtagcgctttccatgattgtc acgaagagcagcgtcggctacttacaagcgcgccagggcataccatttggtgtcctgaca gtaacacgagcaacactgttcgcctcgcttgtcgtgccacaactccacggtctctatccc aacacccactacgtccaccgccttgtagtcatcttcctccagttcgcaccaacctttatc atcctctccatctcgtacgaaggtctgttttactttgcgttttgcatgtgcctcttcagc tggatgcgtctggagcaccaggtatatctgcataacacggccgatgcttcgactacggcc atcacatcggatccggccaagcctaccaaggacgctgcgtcggatcgactcagctcactt cagaagggggagtacagatctctgactctggccgacgcgcgcatagctctgttcttcatc ttctttattcagtctgctttcttcagcgcgtcaaatatcgcctcggtatcatccttctcg ctcgacgccgtgtaccgtctaatccccattttcgaccctttctcccagggcgcgctcctt atcatcaagctcatggcgccctttgccgccctctcaaccaactttggtctcctcaatcgc gggctaggcgtggcgccatcagcactgttcatggtggtgatggcggtcagtgatgtcatg acactgagcttcttctacatggtcaaggacgaggggagttggctggaaattgggacaacg atcagccacttcgtcattgcaagtttgttgggcgtgtttgttagcggactggagatttac agtgaatggactatacggggcgtggagtttggcagcagcaagaaggcgcagggtaacggg acagttcagggaaaagctagtgggaaagcagagtag

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