Alternaria alternata: CC77DRAFT_989978 Help Entry CC77DRAFT_989978  CDS       T05291                                  Name (RefSeq) GMP synthase   KO K01951   GMP synthase (glutamine-hydrolysing) [EC:6.3.5.2] Organism aalt  Alternaria alternata Pathway aalt00230   Purine metabolism aalt01100   Metabolic pathways aalt01232   Nucleotide metabolism Module aalt_M00050   Guanine ribonucleotide biosynthesis, IMP => GDP,GTP Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     CC77DRAFT_989978  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:aalt01002]     CC77DRAFT_989978 Enzymes [BR:aalt01000]  6. Ligases   6.3  Forming carbon-nitrogen bonds    6.3.5  Carbon-nitrogen ligases with glutamine as amido-N-donor     6.3.5.2  GMP synthase (glutamine-hydrolysing)      CC77DRAFT_989978 Peptidases and inhibitors [BR:aalt01002]  Cysteine peptidases   Family C26: gamma-glutamyl hydrolase family    CC77DRAFT_989978 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GATase GMP_synt_C NAD_synthase Peptidase_C26 QueC Arginosuc_synth tRNA_Me_trans ThiI PAPS_reduct Motif Other DBs NCBI-GeneID:  29121894 NCBI-ProteinID:  XP_018385733 JGI:  989978 UniProt:  A0A177DMS3 LinkDB All DBs Position Unknown AA seq 541 aa AA seqDB search MATDNSDPIPPHKTFDTILVLDFGSQYTHLITRRLRELNVYSEMLPCTTKIADLPFTPKG VILSGGPYSVYEEGAPHVDHAVFDLGVPILGICYGLQEMAWHFGKNAGVAAGEKREYGHA NLKVESHGGHMDQLFKDLGNDLEVWMSHGDKLSHMPQDFMTVATTTNAPFAGIAHSTKKY YGIQFHPEVTHTKKGKVLLKNFAIDICEANTNWTMSKFVDQEITRIRKLVGDKGQVIGAV SGGVDSTVAAKLMKEAIGDRFHAVMVDNGVLRLNEAVQVKKTLDEGLGINLTVIDASDLF LDRLKGVTDDPEKKRKIIGNTFIEVFQKQAEKIKAEAHESANAGDIEWLLQGTLYPDVIE SLSFKGPSQTIKTHHNVGGLPKDMKLKVIEPLRELFKDEVRELGKELGIPEDLVWRHPFP GPGIAIRILGEVTREQVRIAREADNIFIEEIKAAGLYKKISQAFAALLPVKAVGVMGDKR VHDQVIALRAVETSDFMTADWYPFDGEFLKRVSRRIVNEVNGVCRVVYDITSKPPGTIEM E NT seq 1626 nt NT seq  +upstreamnt  +downstreamnt atggcgaccgacaactcggacccaattcctccccacaagacgttcgataccatcctggta ctcgacttcggctcccagtacacgcatctgattacgcgccgcctccgcgaactcaatgta tactctgagatgctgccatgcactaccaagatcgctgatctgcccttcacccccaaggga gttattctctccggtggcccgtactccgtctacgaggaaggcgcaccacacgtcgaccac gctgttttcgatctcggcgtaccgatcctgggaatatgctacggattacaagagatggcg tggcactttggaaagaacgctggcgtagctgctggcgagaagagggaatacggacacgcg aacctgaaggttgagagtcacggtggacacatggaccagctgttcaaggacttgggcaac gatctcgaggtctggatgagccatggtgacaagctgagccacatgcctcaggacttcatg acggttgcgacaactaccaacgcgccatttgcaggtattgcgcacagcaccaagaagtac tacggcattcagttccaccctgaggttacacacacaaagaagggtaaggttctgttgaag aacttcgccatcgacatctgcgaggccaacaccaactggactatgagcaagttcgtcgat caggagatcacgcgtatcaggaagttggtgggcgacaagggacaggtcatcggtgccgtc agtggtggcgtcgactcgactgttgctgcaaagctgatgaaggaggccattggcgaccgc ttccacgccgtcatggtcgataacggcgtcctgcgactcaacgaagccgttcaagtgaag aagacgctcgacgagggcctgggcatcaacctgaccgtcatcgacgcgtccgacctcttc ctcgaccgcctcaagggcgtaactgacgaccccgagaagaagcgcaagatcatcggcaac acttttatcgaggtcttccagaagcaagccgaaaagatcaaagcagaagctcacgaatct gccaacgctggtgatatcgaatggctccttcaaggtaccctctaccctgacgtcatcgag tcgctctccttcaagggcccttctcaaaccatcaagacacaccacaatgtcggtggtcta ccaaaggacatgaagctcaaggtcatcgagcctctacgtgagcttttcaaggatgaggtc cgtgagctgggcaaggagctcggtatccccgaagacctcgtctggcgccacccgttcccc ggtccaggtatcgcaatccgcatcctgggtgaggtcacacgcgagcaagtccgcattgcg cgggaagctgataacatcttcatcgaggagatcaaggccgcgggtctgtacaagaagatt agtcaggcgttcgctgcgcttctgcctgtcaaggcggttggtgtcatgggtgacaagcga gttcacgaccaggtcatcgcgttgagagctgttgagacaagtgatttcatgacagcggac tggtaccccttcgatggcgagttcctcaagagggttagcaggaggatcgtgaacgaggtg aacggagtttgccgtgtggtatacgacatcacgagcaagcctcccggtactattgagatg gagtag

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