Salvia miltiorrhiza (redroot sage): 130992591 Help Entry 130992591         CDS       T09291                                  Name (RefSeq) apyrase 2-like isoform X1   KO K14641   apyrase [EC:3.6.1.5] Organism smil  Salvia miltiorrhiza (redroot sage) Pathway smil00230   Purine metabolism smil00240   Pyrimidine metabolism smil01100   Metabolic pathways smil01110   Biosynthesis of secondary metabolites smil01232   Nucleotide metabolism Brite KEGG Orthology (KO) [BR:smil00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     130992591    00240 Pyrimidine metabolism     130992591 Enzymes [BR:smil01000]  3. Hydrolases   3.6  Acting on acid anhydrides    3.6.1  In phosphorus-containing anhydrides     3.6.1.5  apyrase      130992591 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GDA1_CD39 Ppx-GppA Motif Other DBs NCBI-GeneID:  130992591 NCBI-ProteinID:  XP_057773267 LinkDB All DBs Position 7:11409915..11416249 Genome browser AA seq 517 aa AA seqDB search MEGAKSFWKGDEQEELESVQDTQPLKSGGGNGQIRFRSPSAAELLDAQQQVQMEKVLKRN RQHETFSDKFQRWRGAMLLVFVPLLLISFVLFLMPSRSSPDSISRKFAPNFMSKKYAVIF DAGSSGSRVHVFCFNKQLDLVPMGEELELFEQLKPGLSAYAKDSEAAAKSLSKLLEKAEA AVPGELRSITPVKVGATAGLRQLEGDASDRILQAVRDYLKNKSSLKSKADWVTVLDGNQE GAYQWVTINYLLGNLGNEYSGTVGVVDLGGGSVQMAYAISESDAAKAPKVSGGEESYVQQ MYLKGRKYYLYIHSYLHYGLLAARAEILKITQESDNPCLLAGYDGSYKYGQTVYKASALP SGSSHSKCRETAIKALKVNESCTHMKCTFGGVWNGGGGDGQKNLFVASFFFDRAAEAGFV DPNLPVATVRPSDFEEAAKQACQTRLEDAKATYPRVQSENLPYLCMDLVYQVALLVDGLG IDPWQKITLVKKVKYQNSLVEAAWPLGSAIEAVSSPA NT seq 1554 nt NT seq  +upstreamnt  +downstreamnt atggaaggagctaaatcattttggaaaggcgacgagcaggaagagctggagtcggtgcag gatacccagccattgaagtctggtgggggaaacggccagattcgatttcgatcaccgtcg gctgctgagcttttggatgcgcagcagcaagttcagatggagaaggttttgaaaagaaac aggcagcacgagaccttctctgacaagttccagagatggcgtggtgcgatgctattggtt tttgtccctctcctgctgatctcctttgtgctatttctcatgccctcgaggtcgtctccc gattctatctctcgtaagttcgcaccaaacttcatgtctaagaaatatgcggtcatcttt gatgccggaagctctggcagtcgggtgcacgtcttctgcttcaacaagcagctagatctc gttcccatgggcgaagaactcgagctttttgagcagctaaaaccaggtctgagtgcatat gcaaaggactctgaggctgctgcaaaatccctctcaaaactacttgaaaaagctgaagca gcagttcctggagagctgcggtccatcacgccagttaaagttggggctactgctggtcta aggcaattggaaggtgatgcatctgacaggattttacaagcagtgagggattatttgaag aataaaagctccctgaagtcaaaggctgactgggtcacagttttggacgggaatcaggaa ggtgcttatcaatgggtgaccattaactatctattgggaaatttgggcaacgagtactct ggtactgttggagtggttgatcttgggggtggttctgtacaaatggcatatgccatctca gagtcagatgctgctaaagctcctaaggtatctggtggagaggagtcatatgtgcagcaa atgtatctcaagggaagaaaatattatctgtacattcacagttacctacattatggttta ctggctgctcgagctgagattttgaaaatcactcaagaatctgacaatccatgcctactc gcgggctatgacggttcttacaaatatggccaaacagtgtataaggcttctgctttgccc tctggttccagccacagcaaatgtagggagacagccattaaggctctgaaagtcaatgaa tcttgtacccatatgaaatgtacgtttggcggtgtttggaatggcgggggtggcgatggc cagaagaatttgtttgttgcttcatttttcttcgatagagctgctgaggcgggttttgtt gacccaaacctgcctgttgccacggttcgtccatctgatttcgaggaggcagctaaacaa gcttgccaaactcgtcttgaagatgccaaggctacatatcctcgcgtccaatccgaaaac cttccttacctctgcatggaccttgtttatcaggttgctctgcttgttgatggattaggc attgatccatggcaaaagattacattggtgaaaaaagttaaataccagaattcactcgtc gaagcagcatggccgttgggcagtgccatcgaggctgtgtcgtcacccgcctaa

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