Eutypa lata: UCREL1_7873 Help Entry UCREL1_7873       CDS       T03103                                  Name (GenBank) putative 5-oxoprolinase protein   KO K01469   5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9] Organism ela  Eutypa lata Pathway ela00480   Glutathione metabolism ela01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:ela00001]  09100 Metabolism   09106 Metabolism of other amino acids    00480 Glutathione metabolism     UCREL1_7873 Enzymes [BR:ela01000]  3. Hydrolases   3.5  Acting on carbon-nitrogen bonds, other than peptide bonds    3.5.2  In cyclic amides     3.5.2.9  5-oxoprolinase (ATP-hydrolysing)      UCREL1_7873 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C Proteasome_A_N Motif Other DBs NCBI-ProteinID:  EMR65155 UniProt:  M7TEP9 LinkDB All DBs Position Unknown AA seq 1262 aa AA seqDB search MGSMPEQTRGIRIAIDRGGTFTDCVATVPGQDDILVKLLSVDPSNYADAPVEAIRRVLEK ATGKPYPKVQKISVRGVERKGERTAFVVTKGLKDLLHIGNQSRPKLFDMAINKPDVLYSK VIEVAERVTLEAWTERKNPVPIDLKSDSALVRGITGEAVRVLEPIDIEKTRQALQEVYDE GYRSIAVCLMHSYTFRDHEQEVGKLAKEIGFTHISLSAELSPTIKIVPRGNSSTADAYLT PEIKRYIAGFESGFEDLRSSGCRCEFMQSDGGLVEFSGLSGLRAILSGPAGGCVGYARTA YDEQKKTPVIGFDMGGTSTDVSRYAGKLEQVFETTTAGVTVQSPQLDINTVAAGGGSILK WEAGIFKVGPDSASAHPGPACYRKGGPLTVTDANLVLGRLRPEFFPKIFGPNEDLPLDIE ASRKLFEDVTVEVNKESTVKFTMEQVAAGFLDVANESMCRPIRTLTEAKGYDAGLHNLAS FGGAGGQHACDIARKLGISRVLIHKYSSVLSAYGMALADVVHEDRSPCALIFSEDQLSVF AGELDKLEAKTVDALLKQRIAKSRITSERYLNMRFHGSDTPLMIQEMPGVSFLDAFKDAH QQQFGFLPVGRDVIIDDYRVRSIGASGFDTPTPWTTELASLKENWVTDSETTKGAYFKES GWSEIPVHSLGALSPGSKIKGPSLIIDDTQTIVVTPGSVATILSSNVVIDVEVGQKEVVS SRTADPIQLSIFGHRFMGVAEQMGRALQKTSVSTNIKERLDFSCTVFSPDGGLVANAPHV PAMIGSMAYAVKWQIDHWGNDLHPGDVILSNSPVCGGTHLPDLTVITPIFDVEGKNIIFW TASRGHHADIGGILPGSMPPNSRELWEEGAVIKAFKVVEGGEFKEEELTDLLMAPAKTPG CQGTRCLRDNISDIKAQAAANHRGSQLIHGLIADYGLEVVQFYMEEIQGAAELAVREMLK RIAKTTDGKPLEAVDYMDDGTPIQLKVDIDENTGGAVFNFEGTGPEAYVDIPLNQGAIRP IKVEMPEDSLLRPSEAAAVCAGNVLTSQRIVDVIFKAFGAAAASQGCMNNLTFGTDDSDD SFGYYETICGGSGGGPTWDGTSGVHTNMTNTRITDPEVLERRYPVILRRFCLRPGSGGAG AHPGGDGIVRDIEFCLPGIKVSILSERRAFAPYGLEGGEDGKRGQNLWVKKGGRTINLGG KNTALMGVGDRMVVMSPGGGGWGKVDEVNGLRYDSNPEKVHKSFVGVANGTVDMIQSMGE SA NT seq 3789 nt NT seq  +upstreamnt  +downstreamnt atgggttcgatgccggagcaaacgcggggaatccgcattgcgatcgatcgcggtggcacc ttcacagattgtgtagctaccgtcccagggcaagatgatatcttggtcaagctgttgtcc gtggaccctagtaactatgccgacgcccccgttgaggcaatcagacgggtcttggagaaa gctacggggaaaccgtatccaaaggtgcaaaagatctcagtgcgaggtgttgagcggaaa ggagaacgcacagcttttgttgtcacaaaggggttgaaggatttgctacacattggaaac cagtctaggccaaaactttttgatatggccataaacaaacccgatgtgttgtattccaaa gttattgaggttgcagaaagagtaacgctcgaggcttggaccgaaagaaagaatcctgtg ccaatcgacctgaaatcagactctgcgttggttcgaggtataacaggagaagcagtgagg gttctagagcccatagacatcgagaagacaaggcaagctcttcaagaggtttacgatgaa ggctatcgttccatcgccgtctgtctcatgcacagttacacgttccgcgaccacgagcag gaagtaggaaagctagcgaaggagatagggttcacacacatttcgttgagcgctgagctc tctccaaccatcaagatcgtacccaggggcaactcgtccacggcagacgcttaccttacc cctgagatcaagcggtacattgcgggatttgagagcggattcgaagacctacggtcaagt ggatgccgctgtgagttcatgcagagcgatggtggcctggtggagttctccggactctcg ggattgcgggccatcctatcaggccccgcgggaggctgtgtagggtatgcgaggacggca tatgatgagcagaagaagacaccagttattggtttcgatatgggcggtactagcacagac gtatccaggtatgccggaaagctagagcaggtatttgagaccaccacagcgggcgtcaca gtccagagcccgcaactcgatatcaacacagttgctgctgggggcggaagtatcctcaaa tgggaggcagggattttcaaagttggtccagatagcgcatctgctcacccgggaccagcg tgctatcgcaaaggcggaccactaactgtcaccgatgccaatctcgtcctgggccgtctg aggccagagttcttcccaaagatattcggtccgaacgaggatctcccgctagacattgag gcgagccggaagctttttgaagacgtgacagtcgaggtcaacaaagaatcgacagtcaaa ttcaccatggagcaagtggcggccgggttcctagatgttgccaacgagtccatgtgtcgg ccaatccggactcttaccgaggcgaaaggatatgacgctgggcttcacaacctggcctct tttggcggcgctggtggccagcacgcttgcgacattgcgaggaaactagggatatcgcgc gtgctcattcacaaatactcctccgtcttgtccgcatacgggatggcgcttgcggatgtc gtccacgaagaccgcagcccctgtgccctgatattctccgaagatcagctcagtgtcttc gccggcgaactcgacaagctggaggcgaagacagtcgacgcgctattaaagcagaggatc gctaagtcaaggatcacgtccgaaagatacctgaacatgcgattccacggaagcgatacg cccctgatgatccaggagatgcccggtgtcagtttcctggatgccttcaaggacgcacat caacagcagtttggattcttacccgtcgggcgagatgtgatcatcgatgactaccgtgtg cggtctattggtgccagtgggttcgatacacctacgccttggacaacagagcttgcttct ctgaaggaaaattgggtgactgactccgagacaacaaagggtgcctattttaaggagtcg ggatggagtgaaataccagtgcacagtcttggagccttatcaccaggttcaaagataaag ggaccttcgttaatcatagatgatacgcagactatcgtcgtcacacccggatcagttgcg acgatcctttctagcaatgttgtcatcgacgttgaggtgggacagaaggaggttgtctcg tcgaggacggcggaccccatccagctatctatcttcggacacagattcatgggtgtcgca gaacaaatggggcgcgcgctccagaagacaagcgtcagcacgaacatcaaagaacgtctc gatttctcctgtaccgtattctcacccgatggtggacttgtggcaaatgcaccacatgtg cccgctatgatcggaagcatggcatatgcagtaaagtggcaaatcgatcattggggtaac gaccttcaccctggtgatgtgatcttgtccaactcacctgtctgcggtggtacgcattta cccgacttgacagttattacacctatcttcgacgtagaagggaagaacatcatcttctgg actgcgtctcgcggccaccatgcggatattgggggaatactccctggctccatgccgcct aactcacgtgagctctgggaagaaggagctgtcatcaaagccttcaaagtggtcgaggga ggcgaattcaaagaggaagagctgacggatctcctaatggcgccggccaagacccctggc tgtcaagggacacgctgtctccgggacaatatctcggatatcaaagcccaggctgcggca aatcaccgcggaagccaactcatccacgggcttatcgcagactacgggctggaggtcgtg cagttctacatggaggagatccagggggctgctgagctcgcagtacgagagatgttgaag aggattgcgaaaacgactgatggaaagccacttgaagccgtcgattacatggatgatggc acccctatccagcttaaagtcgatattgatgagaataccgggggagcagtcttcaacttc gagggaaccggcccagaggcctatgtggacatccccctaaaccaaggcgccatccgaccg atcaaggtcgaaatgccagaagactcattgctgcggccatccgaggcagctgccgtctgc gcgggcaacgtcctgacatcgcaacgaatcgtcgacgtcatcttcaaggccttcggcgca gcggccgccagccaggggtgcatgaacaacctgacgttcggcacggacgacagcgacgac agcttcgggtactacgagacgatctgcggcgggtcgggcggcggccccacttgggacggc accagcggcgtccacaccaacatgaccaacacgcgcatcacggacccggaggtcctcgag cgccggtaccccgtcatcctgcgccggttctgcctgcgccccggcagcggcggcgcgggt gcgcaccccggaggcgatggcatcgttcgcgatatcgagttttgtctccccggtatcaag gtgtcgatcctgagcgagcggagggccttcgcgccctacgggcttgagggtggcgaggat ggaaagagaggtcagaatctttgggttaagaagggtgggcgcacgattaacctcgggggc aagaacacggctttgatgggcgtgggggataggatggtcgtcatgtcacccgggggaggc ggctggggcaaggtggatgaggttaatgggttgagatacgattccaacccagagaaggta cacaaatcgtttgtgggtgtggctaacggcactgtcgatatgatacaatctatgggggag tctgcatga

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