Aspergillus flavus: AFLA_004498 Help Entry AFLA_004498       CDS       T01090                                  Name (GenBank) hypothetical protein   KO K05310   ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-] Organism afv  Aspergillus flavus Pathway afv00563   Glycosylphosphatidylinositol (GPI)-anchor biosynthesis afv01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:afv00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis     AFLA_004498 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PIGO_PIGG YBL028C_N Phosphodiest Sulfatase Metalloenzyme Motif Other DBs NCBI-ProteinID:  KAF7616435 LinkDB All DBs AA seq 1055 aa AA seqDB search MAKSVRASVQKRNRAKLRATVFGPVVDARTERLSAKLQELASQPKPSNEEKPDMELNMKD RQEGTKISQTSEDMDIDNGTIKTTQGRSHKGGRIHKRHSNRKNRSSIVFRPHQSKNKKGL KRSATWQYRMTDEPPQTEGGVLVIGSFVYSSPIETRTCQLGYGICQHNLLEIAPACGRSH REIAMKVARSKWTILIANILVPISILVFSSGFFPYKTLLTGFATHEHTIGGQIPPGVFDK VIFMVVDALRSDFVYSQHSGFLFTQSLIRSGAALPFTAYASAPTVTMPRLKAITTGSVPS FLDVILNIAEADTSSTLMHQDTWLAQLKAKGGKLVMYGDDTWLKLFPGMFHRADGTTSFF VSDFTEVDNNVTRHIPNELLQDDWSAFIMHYLGLDHIGHKAGPNSPYMITKQHEMDSVVS MVYTALEQEKHLKTTLFVLCGDHGMNEAGNHGGSSVGETSPALLFISPKFQRLETRNDSP TEEFSDLQYYHTVEQTDITPTLAGLLGLPIPLNSLGVFIPELLAMWDHGPHRIHMLLENA KQLLGAVKGSFPSYSFEFDLMPVICSSQSLIDIERVQCAWFRVLETLNGSGANHDSEASS EIESALLLFLRNAQKLMSSAASDYDLIRLYVGLSISGFAISLTFFPAKRLLVNFAPAGMF LGFSILSYSTMMFASSYVEEEQQFWYWISMGWVVYLHVKYAGHFHGNSIQKSGPANGHWP FEPSLPWFGAAALAVSYRVLRRWNQTGQKFAAQPDITGSFFPSHQHTLWALVILTYADTC LHLLFDLPASVLWRFISCMVTLAAFLFKLSLAASDSPELLGNSFLQPVAMLTDGMHLLYH ARMVLCGISLLMIYSLYAGKARETTHKGRGPPSTIFHETLTLFLLMQSKVTNIPAFLVFR VQITILASMRLSTVEQTITSLLMQYVTFYAFGGSNAISSVDISNAYNGIGTYSVFIVGAL TFISNWAAPIWWVSASRLLRSSQNREEKEAHVTILTLHMATILMSVMAACTTLRTHLFIW TVFSPKYLYTIAWAMINHIVVNVLGEIDWRLFMKR NT seq 3168 nt NT seq  +upstreamnt  +downstreamnt atggcaaagagtgtccgagcgagtgtccaaaagcgcaatagagcgaaactgcgagccaca gtctttgggccagttgttgatgcacgaactgaaagactctctgctaagctgcaggagctt gcctcccagccaaaaccaagtaatgaagagaaaccagatatggagctgaacatgaaggat cgccaggaagggactaagatatcacaaacaagtgaagatatggacattgacaacggtacc atcaaaactacccagggtcgctctcacaaaggcgggcggattcataaacgccacagcaac agaaagaaccgctcatctattgtcttccgtccacaccagtccaagaataagaagggtctg aagaggagtgccacctggcagtaccgcatgacggatgaacctcctcaaacagaaggcggt gtgctagttataggtagttttgtatacagtagcccgatcgaaacccggacatgtcagctt gggtacggtatatgccaacataacttgcttgaaattgctccagcgtgtggcagaagccac cgagaaatagccatgaaggttgctagatcgaagtggacgatactcatcgccaacatactc gtccccatatcgattctcgtcttttcctctgggttttttccttataagacattgcttacg ggctttgcaactcatgaacataccattggcggtcaaattccgccgggcgtattcgacaaa gttatttttatggtagttgatgcattgcggagcgatttcgtctattcccagcactctggc tttctattcactcagagcttaattcggtcaggcgctgctcttccattcactgcttatgct agtgctccaactgtcacaatgccccggctcaaagccataacaacggggtccgtgccatca tttcttgatgtaatacttaacattgcagaggctgatacctcgtcgactctcatgcaccaa gatacatggttagcacaattgaaagcaaaaggtggaaaattggtcatgtatggagatgac acatggctgaagttgtttcctgggatgtttcacagggctgatgggactacgagtttcttt gtgtcggatttcacagaagtagacaataatgtgactcgccacatccccaatgaactcttg caagatgactggtcagctttcataatgcactaccttggtcttgaccatataggacacaaa gctggtcctaatagtccatacatgataacaaagcagcatgagatggattctgttgttagc atggtgtacacagctttggagcaagagaaacatctcaaaactaccctctttgtattatgc ggtgaccatgggatgaacgaagctgggaatcatggtggttcgtctgtgggcgagacttca ccggctctactttttatatcgcccaagtttcagcgacttgaaactcgaaacgatagccca acggaagaattcagtgacctacagtattaccatactgttgaacagacagatatcacaccg acacttgcggggctcctaggcttaccaattcccttgaatagcctgggtgtctttatcccc gagcttcttgcgatgtgggatcacggaccacatcggattcatatgctacttgaaaacgcc aagcagttgctgggagccgttaaaggatcgtttccgagttatagctttgaatttgattta atgcctgtcatttgtagctctcagtcattgatcgatattgagcgtgttcagtgcgcttgg tttcgagtgcttgagacgctcaatggatcaggtgctaatcacgatagtgaagcctcttcg gagatcgagtctgcccttctgctgtttttgaggaatgcccagaagttaatgagcagcgct gcgagtgattatgatcttataaggctctatgtcgggctttccatttccgggtttgctatc tcacttacctttttcccagccaaaaggctgctagtgaatttcgcgccggctggaatgttt ttggggtttagcattctaagctatagcaccatgatgttcgcaagtagctacgtggaagaa gaacagcagttctggtactggatatcaatgggatgggtggtttacctacatgttaaatat gctggtcacttccatggcaattcaattcaaaaatctggcccagcgaacggccattggcca tttgaaccctcacttccctggtttggcgcagctgcgctagcagtgtcttatcgagttctg cgaagatggaatcagacaggccagaaatttgctgctcagccggacattaccgggtccttc tttccttctcatcagcatactttgtgggccttggtgattctgacatacgctgatacttgt ttgcatcttctcttcgaccttcctgcatcagtgctttggcgttttattagttgtatggtg acactggcagcctttcttttcaagttatcattagcggcgtccgactctcccgaacttctc ggtaactcgttcttgcagccggtggccatgttgactgatggaatgcacctgctttatcat gcaagaatggttctttgtgggatatctcttctcatgatatattccttgtacgctggaaaa gcccgggaaacgactcacaagggcagagggccaccgagcaccatctttcacgagactctc actcttttcctgttgatgcaatcgaaagtgacgaacatacccgcgtttctagtttttaga gtacaaatcaccatcctcgcatcgatgcgtttatcaaccgtggaacaaaccataacctcc ctgctcatgcaatatgtgacattttacgcatttggaggctcaaatgccatttcgtcggtc gacatttcgaatgcatataatggtatcggcacctatagtgtttttatcgtcggtgccttg acgttcatcagcaactgggccgcccccatatggtgggtctcagccagtaggctgctccgt tcctcgcagaatcgggaagaaaaggaggcacatgtaaccatcctgactcttcatatggca acaattttaatgtcggttatggcggcgtgtacgacgttaaggacgcatctttttatctgg acggtcttctcccctaaatacctttatactattgcatgggcaatgatcaaccacattgtg gtaaatgtactaggagagatcgattggcgcttgttcatgaagaggtga

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