Actinomadura madurae: LUW76_16815 Help Entry LUW76_16815       CDS       T08933                                  Name (GenBank) GTP-binding protein   KO K00956   sulfate adenylyltransferase subunit 1 [EC:2.7.7.4] Organism amaz  Actinomadura madurae Pathway amaz00230   Purine metabolism amaz00261   Monobactam biosynthesis amaz00450   Selenocompound metabolism amaz00920   Sulfur metabolism amaz01100   Metabolic pathways amaz01110   Biosynthesis of secondary metabolites amaz01120   Microbial metabolism in diverse environments amaz01320   Sulfur cycle Brite KEGG Orthology (KO) [BR:amaz00001]  09100 Metabolism   09102 Energy metabolism    00920 Sulfur metabolism     LUW76_16815   09104 Nucleotide metabolism    00230 Purine metabolism     LUW76_16815   09106 Metabolism of other amino acids    00450 Selenocompound metabolism     LUW76_16815   09110 Biosynthesis of other secondary metabolites    00261 Monobactam biosynthesis     LUW76_16815 Enzymes [BR:amaz01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.7  Nucleotidyltransferases     2.7.7.4  sulfate adenylyltransferase      LUW76_16815 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GTP_EFTU GTP-eEF1A_C MMR_HSR1 GTP_EFTU_D2 Motif Other DBs NCBI-ProteinID:  URN01607 LinkDB All DBs Position complement(3648454..3649716) Genome browser AA seq 420 aa AA seqDB search MDLLRFATAGSVDDGKSTLIGRLLFDSKSIFEDQLESVERTSTERGEEYTNLALLTDGLR AEREQGITIDVAYRYFATPRRKFIIADTPGHIQYTRNMVTGASTADLAIILVDARKGILE QSRRHAFLTTLLQVPHLVVAINKMDLVGYDRAVYEQIVDEFTSFASKLEVTDLTFIPISA LHGDNVVERSVNMPWYEGSSLLHHLEHVHIASDRNLIDVRFPVQYVIRPHASTDPDLHDY RGYAGQVAGGVLKPGDEVVHLPSGLTTTITHIDGPGGPVAEAFAPMSVTLRLADDIDISR GDMIARPHNRPEVAQDIDAMVCWMTPDRTLTPRSKLVIKHTTRTAKAMVKDLHYRLDVNT LHRDEQAEGLGLNEIGRISLRVTQPLFVDDYGRNRLTGGFILIDEATNNTVAAGMITGAR NT seq 1263 nt NT seq  +upstreamnt  +downstreamnt atggacctgctgcggttcgccaccgccggcagcgtcgacgacggcaagtcgacgctgatc ggccggctgctgttcgactccaagtcgatcttcgaggaccagctggagtcggtggagcgc accagcaccgagcgcggcgaggagtacacgaacctggcgctgctgaccgacgggctccgg gccgagcgggagcagggcatcacgatcgacgtggcgtaccggtacttcgcgacgccgcgc cgcaagttcatcatcgccgacacgccggggcacatccagtacacccgcaacatggtgacg ggcgcctcgaccgccgacctggcgatcatcctggtggacgcccgcaagggcatcctggag cagtcgcggcggcacgcgttcctcaccacgctcctccaggtcccgcacctggtcgtggcg atcaacaagatggacctcgtcggctacgaccgggccgtgtacgagcagatcgtggacgag ttcacgtcgttcgcctccaagctggaggtgacggacctgacgttcatcccgatctcggcg ctgcacggcgacaacgtcgtcgagcgcagcgtgaacatgccgtggtacgaggggtcgtcg ctgctgcaccatctggagcacgtccacatcgcctccgaccgcaacctgatcgacgtgcgg ttcccggtgcagtacgtgatccggccgcacgcgtccaccgaccccgacctgcacgactac cggggctacgcgggccaggtcgcgggcggcgtgctgaagccgggcgacgaggtcgtgcac ctcccgtccgggctgaccacgacgatcacccacatcgacgggccgggcgggccggtcgcc gaggcgttcgcgccgatgtcggtgacgctccggctcgccgacgacatcgacatctcccgc ggcgacatgatcgcccgtccgcacaaccgccccgaggtcgcgcaggacatcgacgcgatg gtctgctggatgaccccggaccggaccctcaccccgcggtcgaagctggtcatcaagcac accacccgcacggcgaaggcgatggtgaaggacctgcactaccgcctggacgtcaacacc ctgcaccgcgacgagcaggcggagggcctcggcctgaacgagatcggccgcatctccctg cgggtgacgcagccgctgttcgtggacgactacgggcgcaaccgcctcaccggcggcttc atcctgatcgacgaggccaccaacaacaccgtcgccgccggcatgatcaccggcgcgcgc tga

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