Phanerochaete carnosa: PHACADRAFT_262714 Help Entry PHACADRAFT_262714 CDS       T03128                                  Name (RefSeq) hypothetical protein   KO K24034   spermidine synthase / saccharopine dehydrogenase (NADP+, L-glutamate-forming) [EC:2.5.1.16 1.5.1.10] Organism pco  Phanerochaete carnosa Pathway pco00270   Cysteine and methionine metabolism pco00300   Lysine biosynthesis pco00310   Lysine degradation pco00330   Arginine and proline metabolism pco00480   Glutathione metabolism pco01100   Metabolic pathways pco01230   Biosynthesis of amino acids Module pco_M00030   Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine Brite KEGG Orthology (KO) [BR:pco00001]  09100 Metabolism   09105 Amino acid metabolism    00270 Cysteine and methionine metabolism     PHACADRAFT_262714    00300 Lysine biosynthesis     PHACADRAFT_262714    00310 Lysine degradation     PHACADRAFT_262714    00330 Arginine and proline metabolism     PHACADRAFT_262714   09106 Metabolism of other amino acids    00480 Glutathione metabolism     PHACADRAFT_262714 Enzymes [BR:pco01000]  1. Oxidoreductases   1.5  Acting on the CH-NH group of donors    1.5.1  With NAD+ or NADP+ as acceptor     1.5.1.10  saccharopine dehydrogenase (NADP+, L-glutamate-forming)      PHACADRAFT_262714  2. Transferases   2.5  Transferring alkyl or aryl groups, other than methyl groups    2.5.1  Transferring alkyl or aryl groups, other than methyl groups (only sub-subclass identified to date)     2.5.1.16  spermidine synthase      PHACADRAFT_262714 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Sacchrp_dh_C Spermine_synth Sacchrp_dh_NADP Spermine_synt_N Shikimate_DH Methyltransf_25 Methyltransf_12 GFO_IDH_MocA NAD_binding_10 AlaDh_PNT_C F420_oxidored IlvN Motif Other DBs NCBI-GeneID:  18918362 NCBI-ProteinID:  XP_007400010 JGI:  Phaca1_262714 UniProt:  K5WKS6 LinkDB All DBs Position Unknown AA seq 748 aa AA seqDB search MTVLTHPSIRDGWFREISSQWPGQAMTLKVRKILHVEKSLYQDVLVFESETYGNVLVLDG VIQCTERDEFSYQEMIAHLPLASHPNPEKVLVIGGGDGGVVREVLKHASVKNVVLCDIDE AVVRVSRQFLPHMSALLDDARVTIHIGDGFKFLADNTSTYDVIITDSSDPVGPAESLFQK PYFELLHGALAPGGHIATQAECLWIHLDLIKELVATVGKIFPVAEYAYTTIPTYPSGQIG FLICSKESGRSMREPLRQVSPTRYYNDKVHRAAFVLPEFSRAFLEEDKDVRPIYGSAVSS SKPTKKVLLLGSGFVAKPAAEYIVRDSSNHLTVACRTLKTAREFVADLRNASAISLDVAD TAALEKTVAEHDLVISLIPYTHHADVIKAAIKGKTHVVTTSYVSPAMRELDASAKEAGIV IMNEIGLDPGIDHLYAVKTIDEVHAKGGKIKEFLSYCGGLPAPECSGNPLGYKFSWSSRG VLLALLNSASFLHSGQQQDIDGKELMKYAKPYYISPAFAFVAYPNRNSVPFREFYRIPEA ETVIRGTLRYQGFPEFIKALVQLGWLDATPKEWLNESLSWAEVTQRTIGAADAQESTLVS RIKEKCVFPEESEATRIISGLRWIGMFSSEKVKPRQGNLLDTLCARLEALMQYERGERDL VMLQHKFIVEWADGKVDTLTSTLEAYGVPDGYSAMALTVGLPCGIATQLVLDGVISTPGV LAPYTKEICDPIREILEKEGVGLVEKVL NT seq 2248 nt NT seq  +upstreamnt  +downstreamnt catgactgtcctcactcacccgtccattcgagacggctggttccgtgaaatctcgtcgca atggccaggtcaggccatgaccctcaaggtccgcaagatccttcacgtcgaaaagtccct ctaccaggacgtcctcgtcttcgaatctgaaacatacggcaatgttctcgtcctcgatgg tgtcatccagtgcaccgagcgagacgagttctcctaccaggagatgatcgcccatctccc actcgctagtcacccgaaccccgagaaggtcctggtcatcggtggaggcgacggaggcgt ggttcgtgaggtcttgaagcatgcgagcgtaaagaatgtagtgttatgcgacatcgacga ggctgtcgtacgtgtttctcgtcagttccttccccacatgtctgcacttctggacgatgc acgggttacgatccacattggcgatgggttcaaattccttgcggacaacacgtccacgta cgacgtcatcatcacggactcgtcggatcctgttggacctgcggagtcgctgttccagaa gccgtacttcgagctgttgcacggcgcgcttgctcctggtggtcatatcgcgacccaagc agaatgtctctggattcacctggatctcatcaaggagctggttgccactgttggcaagat tttccctgtcgccgaatacgcctatacgacgatccccacctacccgtctggtcaaattgg cttcctcatttgctccaaggagagcggccgcagtatgcgtgaacctcttcgccaggtttc tccgactcgttactacaatgataaagtccatcgcgctgcctttgtcctgcctgagttcag tcgcgcgttccttgaggaggacaaggatgtacgccctatctacggctccgctgtgagctc gagcaagcccacgaaaaaggtccttcttctcggtagcggcttcgttgccaagcccgcagc tgaatatatcgttcgcgattcctctaatcacctgacagttgcttgccgcacactcaagac ggctcgagagtttgtcgctgacctccgcaatgcgtcagcaatatcgctcgatgtcgctga taccgctgcgctcgaaaagactgtcgctgagcacgaccttgttatctcgctcatccctta cacccatcatgccgacgtcatcaaggccgccattaaaggcaagacacacgttgtgaccac cagttatgtcagtcctgctatgcgcgagcttgacgctagtgctaaggaggccggcattgt cataatgaacgagattggtctcgatcccggtattgaccacctctatgccgttaagaccat tgatgaagttcacgccaagggtggcaagatcaaggagttcttgtcatattgtggtggtct cccggcgcccgaatgctcgggcaatccactaggctacaagttttcctggtcgtcacgcgg cgtcttgcttgcgctgctcaacagtgcatcgttccttcacagcggtcagcagcaagacat cgatggcaaagagctcatgaagtacgccaagccctactatatctcccctgccttcgcttt tgtcgcgtatccgaaccgcaactctgtccctttccgcgagttctaccgtatccccgaggc cgaaacggtcatacgtggcacgcttcgttaccaaggcttccccgagttcatcaaggcgct cgttcagcttggctggttggatgctactcccaaggaatggcttaacgagagtttgagctg ggcagaagttactcaaaggaccattggcgctgccgatgctcaggagagcacgctcgtttc gcgcatcaaagagaagtgcgtctttcctgaagagtccgaggcgacacgtatcatctccgg tctgcgctggatcggcatgttctcgtctgaaaaggttaagccacgccaaggcaacttgct tgatacgctctgtgcgcgcctcgaggcgctgatgcagtacgagcgcggcgagcgcgacct cgtcatgctccagcacaagttcattgtcgagtgggcggacggtaaggtcgacactttgac ctctacgcttgaggcgtacggtgtccccgacggctactccgcgatggcgctcaccgttgg cctcccatgcggtattgcaactcaactcgtcctcgacggggtcatcagcaccccaggtgt tctcgcgccgtacacgaaggagatctgtgaccccatccgcgagatccttgagaaagaagg tgttggcctggtcgaaaaggtgctgtaa

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