Pyrenophora teres: PTT_18818 Help Entry PTT_18818         CDS       T01613                                  Name (GenBank) hypothetical protein   KO K05310   ethanolamine phosphate transferase 2 subunit G [EC:2.7.-.-] Organism pte  Pyrenophora teres Pathway pte00563   Glycosylphosphatidylinositol (GPI)-anchor biosynthesis pte01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:pte00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis     PTT_18818 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PIGO_PIGG Phosphodiest Sulfatase Metalloenzyme PigN Motif Other DBs NCBI-ProteinID:  EFQ86054 UniProt:  E3S7L2 LinkDB All DBs Position Unknown AA seq 1060 aa AA seqDB search MALRTVLLTVANLLIPVAILVFATGFFPYKPYMPGLAQYDELGWSEKLGANWQKPPEAPF DKLVFMVVDALRSDFVYGEESGMSFVQSLIREGTALPFTAHATSPTITMPRVKAITTGSI PSFVDVILNFAESDTTSTLATQDTWLAQIKAKDYNNGKGKLVMYGDDTWLKLFPNVFERA DGTTSFFVSDFTEVDNNVTRHVPNEMLNSDWNAMIMHYLGLDHIGHKAGPKSPNMIPKQI EMDDIVRDIYNAMENEDHLSNALLVLCGDHGMNDGGNHGGSSPGETSPALVFMSPKLTKV TNASQRKSPIKPKNEGEFEYYRMVEQSDIAPTLAGLLGFPVPQNNLGVFLDEFLGFWDKA SDRAQLLYRNAKQMKKIVEAKYTNLRFDESVLSTKDMGFECSEASGSRLTDGQSLACLWQ GVVTAMRDDGDLHNYIYKFMHLAQETMSSTASNYDLARLFIGTGLAFLICALSFFTLPSF RPVTPAGVYYSLALALYSVLMFASSYVEEEHNFWYWATSAWLLCLFFSNIRKEWCNNWIF HPAIMVLAIHRVIRRWNQTGQKYAGADDIVNSGVFHGSYSIILWVLIGATYMDITIRLAR HVARSIATFDTEKKPRNVELESTDQNRMFGTIAVLPLCGTAFIFKLAFTLKDAPELTSGV STALISRVDGLDLVGLVRMIFGGLLLSGGWVVFAEWTRSARRKRRGAQGNGELAVAFFDL TTLFLFTQTKAQNIPLYFLFRLQYFFLTLLDLTPTAVTLTTLLLTQTSFFALGNSNAISS IDLSNSYNGISGYNVVAVGTLVFLSNWAGPVYWSLVGILLLGDHGRTQRFVDTSELHVAD WVAKEREWLNEMARKEEKGREIRKTGKEWEDIEGGKPPQPAPETPPHVSTFPNQFPHGAD HDRTKSPMTSLPNYSEPDSPTQKRGKGIARNIMSDTWTEGAYIKPNATMEKIVDVEKMQD RWRCPNCGHFNDRGVTNIPATSPQGAPGKQRATTENPQGATNKKARKRSWKPATVAGPSH ATASPVEIPVSGPIGVGPDDHIICAYCQKEIFPKLMKDQP NT seq 3183 nt NT seq  +upstreamnt  +downstreamnt atggcgcttcgaacggttctgctaacagttgcgaacctcctgatcccggtcgcgatactg gtcttcgcgacgggcttctttccgtacaaaccctacatgcctggactggcgcagtatgac gagctgggatggtccgaaaagctaggagcgaattggcagaagccaccggaagcaccattt gataagctggtcttcatggttgtcgatgcgttgaggagcgatttcgtctatggagaggaa agcggcatgagttttgtgcagagcctgatacgagaaggaaccgcacttccattcaccgcg cacgctacctcccccacgattaccatgcctcgcgtcaaagccattaccacgggttctata ccttcattcgtagacgtgatcctaaactttgccgagtcggatactacctccacactcgcg acacaggacacatggctcgcgcaaatcaaggcaaaggactacaataatgggaagggtaaa ttggtcatgtatggtgatgatacctggctgaagctctttccaaacgtcttcgagcgcgca gacggaactaccagtttctttgtctcggatttcacagaggttgacaataatgtgacaagg catgtccctaatgagatgctgaatagtgactggaatgccatgatcatgcattacttgggc ttggatcacattgggcacaaggctggtcctaagagcccaaacatgattcctaagcaaatc gagatggatgacattgttcgtgatatttataatgccatggaaaatgaggatcatctttcc aatgccctccttgttctctgcggtgatcatggcatgaatgatggaggaaatcacggtggc tcctcgccaggcgagacgtccccagcattggtctttatgagcccaaagctcaccaaagtc accaacgcttcccagaggaaaagccccataaagccaaagaacgaaggagaattcgagtat tatcgcatggttgaacagagtgatatcgcaccgaccctcgctggcctacttggattccct gttccgcagaacaacctcggtgtctttcttgatgaatttctgggattctgggacaaggct tcggaccgtgcccagcttctgtaccgcaatgcaaagcagatgaagaagattgtcgaagcc aagtacactaacttgaggttcgacgagagtgtattatcaactaaggatatgggattcgaa tgctccgaggctagtggctcacgcctgacagatggccagtctctggcgtgcctttggcag ggagtggtcactgcgatgagagatgatggcgatttacataattatatctacaagttcatg caccttgcccaagaaacaatgtccagcaccgcatcaaactacgacctcgcacggctgttc ataggcacaggcctggctttcctgatctgtgccttgagtttctttacgcttccttcgttt cggccagtaactccagctggtgtctactacagcctagctcttgcgctctactccgttcta atgtttgcgtcatcatacgtcgaagaagaacacaatttctggtattgggctacatccgcc tggctcctatgtctcttcttcagcaacatacgcaaagaatggtgtaacaattggatattt cacccagcgatcatggtgctagctatacatagggtcatccggcgatggaaccaaaccgga caaaagtacgctggtgcggatgatattgtcaacagcggggttttccatggtagttactct atcattctctgggtactgatcggcgccacgtacatggacattacgattcgactggctaga cacgtcgcacggtctattgcaacattcgacactgagaagaaaccgcgaaacgtcgaactt gaatccacggaccagaaccgcatgtttggtaccattgccgtgttaccactttgcggcaca gcctttatcttcaagttggcgtttacattgaaagacgccccggagctgacaagcggtgtc agcacggctttgatttcaagagtcgatggcttggacctcgttggtctcgtacgcatgata tttggtggcctactactgagtggaggttgggtcgtatttgcagagtggacccgatctgct cggagaaagagacgcggagcccaaggcaacggtgaactagctgttgctttcttcgaccta acaacgcttttcctcttcacacagacaaaagcccaaaacatacccctctacttcctcttc agactccaatacttcttcctcaccctcctcgacctcacccccacagccgtaaccctaaca accctccttctaacccaaacctccttttttgccctcggaaacagcaatgcaatctcttcc atcgacctctcaaactcgtacaatggcatctccggctacaacgtcgtcgccgtcggcacc ctcgtcttcctctcaaactgggccgggcccgtgtactggtccctagtcggtatattgctt ctcggcgaccatggccgcacacaacgcttcgtcgataccagcgaacttcatgtcgcggac tgggtggccaaggagcgcgagtggctgaatgagatggcgaggaaagaagaaaaggggaga gagatacggaagacggggaaggagtgggaagacatcgaaggcggcaaacctccccagcca gctcccgagaccccacctcatgtctctaccttcccaaaccagttcccccacggcgccgac cacgaccgcaccaagtcacccatgacatcactgcccaactactccgagcccgattcgcca acacagaagcgcgggaagggcatcgctcgcaatataatgtccgatacgtggaccgaaggc gcctacataaagccgaatgccacgatggagaagattgtcgatgtagagaagatgcaggac cgctggaggtgtccgaattgtgggcatttcaatgatcgtggcgttacaaatattcctgct accagtccacagggtgcacctggcaagcagagagctactacagaaaatccccagggtgct actaataagaaggcgcgcaaaaggagctggaaaccagctacggttgctggaccctcgcat gctactgcatcgcccgtcgagatcccggtgtcgggcccaatcggcgtagggccggatgac catatcatatgtgcctattgccagaaggaaattttccctaagctgatgaaggatcagcct tga

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