Silene latifolia (white campion): 141605366 Help Entry 141605366         CDS       T11116                                  Name (RefSeq) NAD kinase 2, chloroplastic   KO K00858   NAD+ kinase [EC:2.7.1.23] Organism slaf  Silene latifolia (white campion) Pathway slaf00760   Nicotinate and nicotinamide metabolism slaf01100   Metabolic pathways slaf01240   Biosynthesis of cofactors Brite KEGG Orthology (KO) [BR:slaf00001]  09100 Metabolism   09108 Metabolism of cofactors and vitamins    00760 Nicotinate and nicotinamide metabolism     141605366 Enzymes [BR:slaf01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.1  Phosphotransferases with an alcohol group as acceptor     2.7.1.23  NAD+ kinase      141605366 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PTP-NADK NAD_kinase_C NAD_kinase Tc-R-P Motif Other DBs NCBI-GeneID:  141605366 NCBI-ProteinID:  XP_074280189 LinkDB All DBs Position 10:complement(23227825..23242365) Genome browser AA seq 991 aa AA seqDB search MNNTSVAITTTPYFPFCPYGHFKFTEFRHAHKVFVNGYGLVLQRKELRRLKFVVAAELPK PFTLDLGFDSQTFQPHDVTQLRWIGPIPGDIAEVEAYCRIFRAAEYLHTTLMNTLCDPVT GECTVSYDFTSEVLEDKIVSVLGCMISLLNKGRQDVISGRSSIMSSFRVEDMSNMEDNLP PLATFRSEIKRCCESLHVALENYLTPGDILSHDVWRKLQRLKNVCYDLGFSRREDSPSHS LFANWAPVSIYSSKESNEPMDSEAAFWKGGQVTEEGLKWLLDKGFRTIVDIRAETVKDNF YQAAIEDAVRSGKVELFKFPVEIGTVPSVEQVEKFASLVSDPTRRPIYLHSKEGVWRTSA MVSRWRQYVVRCELQLAASSPIVPNGTSSLRIGGMSSDDVSLGVTVEKQSEDGKLCTPNG VLQNPDAVVSGNHIPQTSKDCDDHVIDKESSELAVGIHRIHNVDPFKSQLPPNNVLSKKA MSDFFKGRKISPSTFVNSQRRRNIPKEPHRSTSEVIKEVNKDSVSVLMGKRNSNGSPQSK EPSLLDKPNTTFDENGTALPQKRHTSASTIVNGDKSPVMTNNVSTGQTKISVGKEANRES IVSSQNNNGLAAQVSQNGHLEEIAGNMCASATGVVRIQSRKKAEMFLVRTDGFSCTREKV TESSLAFTHPSTQQQMLMWKSTPKTVLLLKKLGPELMEQAKEVASYLYYQEKMNVLVEPD VHDIFARIPGFGFVQTFYGQDSSGLHEKVDFVACLGGDGVILHASNLFRGSVPPVVSFNL GSLGFLTSHNFQDYKQDLRQVIHGNNTRDGVYITLRMRLRCEVFRNGKAMPGKIFDVLNE IVVDRGSNPYLSKIECYEHDRLITKVQGDGIIVATPTGSTAYSTAAGGSMVHPNVPCMLF TPICPHSLSFRPVILPDSARLELKIPDDARSNAWVSFDGKRRQQLSRGDSIRISMSQHPL PTVNKADQTGDWFRSLIRCLNWNERMDQKAL NT seq 2976 nt NT seq  +upstreamnt  +downstreamnt atgaataatacttcagtggcaattactacaactccttatttcccattttgcccttatggg cacttcaaatttaccgaatttagacatgcccataaggtgtttgttaatgggtatggctta gttttacagaggaaggagctgcggcgccttaagtttgttgttgctgccgagctgcccaaa ccgtttactcttgatttgggttttgattcacagacctttcaacctcatgatgtaactcag ctgcgttggattggtcctatcccgggagatattgctgaagtagaagcttactgtcgaata tttagggctgccgaatatttgcatactacgttgatgaacacactatgtgatccagtcact ggtgaatgtactgtctcatatgattttacttccgaggtcttggaagataaaatagtgtcc gtgcttggatgtatgatatctctcttgaacaaaggacgacaagatgtgatctccggaaga tcatcaattatgtcatccttccgcgttgaagatatgagtaatatggaagacaatcttcct ccacttgcaacttttaggagcgagatcaagaggtgttgtgaaagcttgcatgttgctctg gagaactatttgactcctggagatattttaagccatgatgtatggaggaaactacagcgc ctaaaaaatgtgtgctacgatttgggcttttcccgtagagaagattctccaagccactca ctctttgccaattgggccccagtttccatctatagtagtaaagaaagcaatgaacccatg gattctgaggcagcattctggaagggtggtcaggtaacagaagaaggtttgaagtggtta ctggataaaggctttcgcactattgtagatattagagcagagaccgtgaaagacaatttt tatcaagccgcaatagaggatgctgttcgatctggaaaggttgagctgtttaagtttcca gttgagattggaaccgtgccttcagttgagcaggttgagaaatttgcttcattggtttct gaccccaccaggcggcctatctatttgcatagtaaagaaggcgtgtggagaacatcggcc atggtctcgagatggaggcagtacgtggttcgctgtgaattgcagcttgccgccagcagt cccattgttccaaatggaacttcatctttaagaataggggggatgtcttcagatgacgtg tctttaggtgtcactgtagagaaacagtcagaggatggaaaattatgtactcctaatggg gtgctccaaaatccagacgctgtggtctccggaaatcatattccgcaaaccagtaaggac tgcgacgaccatgtcattgacaaagaatcatcggaactagctgttggtattcataggatt cataatgttgatccttttaagtctcagctacctcccaacaatgtcttgtccaaaaaagcg atgtctgactttttcaaaggcagaaagatttccccttctacttttgtcaactctcaaagg aggaggaacattcctaaagaaccccataggagtaccagtgaagtcatcaaggaagtcaat aaagattccgtctcagtgttgatgggaaaaaggaactcaaatgggtcacctcaaagcaag gagccttcgttgcttgacaaacctaatactactttcgacgaaaatggtactgctctgcct caaaaaaggcatacatctgctagtactattgtcaatggagacaagagtcctgtgatgaca aataatgtctcaaccggtcagaccaaaatttccgtgggaaaagaggccaatagagagagt attgtgtcaagtcaaaataacaatggactcgcagctcaagtttcacaaaatgggcatttg gaggagattgcaggaaatatgtgtgcttctgctactggtgttgtgagaatacaatcaaga aagaaagctgaaatgttcctagttcgcactgatgggttttcttgtacacgagaaaaggtg actgaatcctcacttgcgttcactcatccaagtacgcagcagcagatgcttatgtggaaa tccacaccaaagactgtccttttgttaaaaaaactggggccagaactcatggaacaggct aaagaggttgcatcttatttgtattaccaagaaaagatgaatgttctggttgagccagat gttcatgatatattcgccaggataccgggatttgggtttgttcaaactttctatggtcaa gacagcagtggtctacatgaaaaggttgatttcgtagcatgtctgggaggagatggagtg attcttcatgcatcaaatttatttagaggttctgtgcctccagttgtgtcgtttaatctt ggatctcttggttttcttacatcccataattttcaagactacaaacaggacctgagacag gtcatccatggtaataacaccagggatggtgtttatataaccctgaggatgcgacttcga tgtgaggttttccgtaatggaaaggccatgccgggtaaaatctttgacgtcttgaatgag atagtggttgatcgtggttcaaatccatatctatcaaaaattgagtgttatgagcacgat cgactcataaccaaggtgcaaggtgatgggatcattgtagcaacacccactggaagtaca gcgtactcaacagctgcaggagggtccatggtacatccaaatgtcccttgcatgctgttt actcccatttgtccgcactcgctttcgtttcgaccagtgattcttccagattcagcccgg ctggaattaaagataccagacgatgcaagaagcaatgcatgggtatcctttgatgggaag aggaggcagcaactttccagaggggattcaataaggatatccatgagccaacatcctctt cctaccgtcaacaaggcagatcagacaggtgattggttccgtagtttaatccgttgcctt aactggaacgagaggatggaccagaaggccctttga

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