Microcaecilia unicolor: 115482590 Help Entry 115482590         CDS       T09142                                  Symbol NOS2 Name (RefSeq) nitric oxide synthase, inducible   KO K13241   nitric-oxide synthase, inducible [EC:1.14.13.39] Organism muo  Microcaecilia unicolor Pathway muo00220   Arginine biosynthesis muo00330   Arginine and proline metabolism muo01100   Metabolic pathways muo04020   Calcium signaling pathway muo04146   Peroxisome muo04371   Apelin signaling pathway Brite KEGG Orthology (KO) [BR:muo00001]  09100 Metabolism   09105 Amino acid metabolism    00220 Arginine biosynthesis     115482590 (NOS2)    00330 Arginine and proline metabolism     115482590 (NOS2)  09130 Environmental Information Processing   09132 Signal transduction    04371 Apelin signaling pathway     115482590 (NOS2)    04020 Calcium signaling pathway     115482590 (NOS2)  09140 Cellular Processes   09141 Transport and catabolism    04146 Peroxisome     115482590 (NOS2) Enzymes [BR:muo01000]  1. Oxidoreductases   1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen    1.14.13  With NADH or NADPH as one donor, and incorporation of one atom of oxygen into the other donor     1.14.13.39  nitric-oxide synthase (NADPH)      115482590 (NOS2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  NO_synthase FAD_binding_1 Flavodoxin_1 NAD_binding_1 Motif Other DBs NCBI-GeneID:  115482590 NCBI-ProteinID:  XP_030078359 UniProt:  A0A6P7ZWV6 LinkDB All DBs Position 13:complement(12432508..12548258) Genome browser AA seq 1068 aa AA seqDB search MSKVPACPRYLKIRNYQDGMTFQDTLHHKAKEALGCKSKVCHGSIMNPKGLLKGPREEPP QPDEILPQAIDFINQYYKSFKEPKIEEHLARIEAVAKEIETTGTYQLNEGELIFATKQAW RNAPRCIGRIQWSNLQVFDARKATTAKEMFEHICRHIKHATNKGNIRSTITVFPQRTDGK HDFRVWNSQLIRYAGYQMPDGSILGDPASVEFTQLCIDLGWKPKFGRFDILPLVLQANGK DPELFEIPPDLVLEVSMEHPKYDWFKELDLKWYALPAVSNMLLEVGGLEFPACPFNGWYM GTEIGVRDFCDVQRYNVLEEIGRRMGLETHRLASLWKDRAVVEINVAVLHSFQKHNVTIM DHHSAADSFMKHMQNEYRLRGGCPADWIWLVPPMSGSITPVFHQEMLSYVLTPFYYYQVD PWRTHVWQDKNCRPQRKKIKFNVLAKAVLFASVLVRKSLATRPKATVLYATETGKSESLA RKLGSLFNCAFRTKILCMDEYEFSDLEKETLLLVVTSTFGNGDCPRNGEKFKKSIASLKE VKNKFRYAVFGLGSSMYPQFCAFAHTVDQKLSQLGAVQITAIGEGDELNGQEEAFLTWAV HTFKTACDVFDIRDQDSIQLPNSYTSHGIWNPASYRIENETQSLDLIKALANIHSRNVVP MKITFRQNLHSIKSSRATILVKLSCENKLQLQYLPGEHVGIFPGNQPALVNDLIKYLKDA PPSHQNIRLETFSEQGNYWAADKKLPPCSLFQALTYFLDLTTPPTQLLLKKLSLLATDES DKNRLHTLCHSSEEYNRWKSFNSPTILEVLQEFPSIEVSTTFLLTQLPAQKPRYYSISSS PDMHPGEIHLTVAVVNYKTKGGQGPLHHGVCSTWLNTMKLNEMVPCFVRSASNFQLPDNP SKPCILIGPGTGISPFRSFWQQRLYDLEKKGIKAHGMILVFGCHQSDIDHIYKDETEEMK KKGILKEVYTAYSREPRKAKTYVQDILWNELEENVHRLLHKDGGHLYICGNVQMARDVAQ TLKKMTMKKLKLTEGQVEDYFLQLKSQMRYHEDIFGAVYKLNEKKEFQ NT seq 3207 nt NT seq  +upstreamnt  +downstreamnt atgagcaaagtaccagcctgtccaagatatttgaaaataagaaactatcaggatggaatg acctttcaagatacattgcaccacaaagccaaggaggctcttggttgcaagtctaaagtt tgccatggatctataatgaaccccaaaggtttgttgaaaggacccagagaagaaccacct cagcctgatgaaatcttacctcaagcaattgatttcatcaatcaatactacaagtccttt aaagaaccaaaaatcgaagaacatctagccaggattgaagcagttgcaaaagagatagaa acaactggaacttaccaactgaatgaaggagagcttatctttgcaactaaacaagcgtgg agaaatgccccaagatgcattggaagaatccagtggtccaatttacaggtgtttgatgcc cgtaaagctaccacggctaaagaaatgtttgaacacatctgccgtcatattaaacatgcc acaaataaaggaaacataaggtccaccatcactgttttcccacaaaggactgatggcaaa catgatttcagagtgtggaacagccagttgatccggtacgcaggttatcaaatgcctgat ggatccattttgggagacccagccagtgtggagtttactcagctatgcattgacctggga tggaaacccaagtttggacgctttgacatactccccctagtcctccaagcaaatggaaaa gatccagaattatttgaaattccaccagaccttgttctcgaggtgtcaatggagcatccc aagtacgactggtttaaagagctggatctgaagtggtatgccctacctgcggtgtccaac atgcttctggaggtgggaggtttagagttcccagcatgtcctttcaatggctggtacatg gggactgaaatcggtgtccgagacttctgtgatgtgcaacgctacaacgtactggaggaa ataggaagacgaatgggccttgagacacacagactggcttctctatggaaagaccgagct gttgtggagattaatgtcgctgtacttcatagtttccagaaacacaatgtcaccatcatg gaccaccactcggctgcagattcattcatgaaacacatgcaaaatgaataccgccttcga ggaggctgccctgctgattggatttggctcgttcctccaatgtcaggaagcatcaccccc gtctttcatcaggagatgctcagctatgtcctcacacccttctactattatcaggttgac ccctggagaacccatgtgtggcaagataaaaactgtagaccacagagaaagaaaatcaag tttaatgttttggcaaaggccgtcctctttgcctcagtgctagtgcgaaagtccttggca accaggccaaaggcaaccgtactgtatgcgacagagactgggaaatcagagagcctggca aggaaactcggcagcttgttcaactgcgccttcaggactaagattctctgtatggatgaa tatgagttcagtgacctggaaaaggaaacccttcttttggtggttaccagtacctttgga aatggggattgccccagaaatggcgagaaattcaagaaatctatagcctccttgaaagaa gtgaaaaacaagttcaggtatgctgtatttggcctgggttccagcatgtacccccagttc tgcgcctttgctcacacagttgaccagaagttgtcgcaattaggtgctgtgcagatcact gcgataggtgaaggcgatgaactcaatgggcaggaggaagcctttctcacttgggcagta cacacctttaagactgcctgtgatgtttttgacatccgcgaccaagacagcattcagtta ccaaactcttacacttcacatggaatctggaacccagcgagttaccggatagagaatgaa actcagagcctggacttgatcaaagcgctcgccaacatacattcaaggaatgttgttcca atgaaaatcacatttagacaaaacctgcacagtataaaatccagccgtgctacgatcctt gtcaaactttcctgtgagaataagctacagctgcagtatctgccaggcgaacatgtggga atattccctggaaatcagccagccttagtcaatgacctcattaaatatcttaaggatgca cctcccagccatcaaaacatccgcctggagacattcagcgagcagggtaattactgggca gctgacaagaaacttccaccctgctcgctatttcaggctctgacatacttcctggatctc accactccgcccactcagctgctgctgaaaaagctctcccttctggcaacagacgaaagc gacaaaaatagactccatactttgtgccacagctcagaggagtacaacagatggaagtct ttcaacagcccaaccatactggaggttctgcaggagttcccatctattgaggtctcaacc acgttcttactgacgcagctgccggcccagaaacccagatattactccatcagctcctca ccagacatgcaccctggtgagatccacctgactgtggcagtggtcaattataagacaaag ggtggccaaggtccattgcatcatggggtttgtagtacatggctgaacacaatgaaactt aatgagatggtcccttgttttgtgcgtagtgcaagtaatttccagctacctgacaaccct tccaaaccatgcatcttgattgggccaggaactgggatatccccattcagaagtttctgg cagcagcgcctctatgacttggaaaagaaaggaatcaaagcccatggcatgattttagtc tttggctgccaccagtcggacattgaccacatctacaaggacgagactgaagaaatgaag aagaaaggaattctgaaagaggtttacacagcgtattcaagagaaccaagaaaggccaag acctatgttcaagacatcctttggaatgaacttgaggaaaacgtgcatcggctactgcac aaggatggaggacacctttacatctgtgggaacgtgcaaatggccagagatgttgcacag acgctgaagaagatgaccatgaaaaagctcaagctaactgagggtcaagtagaagattac ttcttgcaactaaagagccagatgaggtatcatgaagacatatttggagcagtttacaaa ctgaatgaaaaaaaggagttccaataa

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