Tetrahymena thermophila: TTHERM_01250100 Help Entry TTHERM_01250100   CDS       T01020                                  Name (RefSeq) dihydroorotate dehydrogenase   KO K00207   dihydropyrimidine dehydrogenase (NADP+) [EC:1.3.1.2] Organism tet  Tetrahymena thermophila Pathway tet00240   Pyrimidine metabolism tet00410   beta-Alanine metabolism tet00770   Pantothenate and CoA biosynthesis tet01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:tet00001]  09100 Metabolism   09104 Nucleotide metabolism    00240 Pyrimidine metabolism     TTHERM_01250100   09106 Metabolism of other amino acids    00410 beta-Alanine metabolism     TTHERM_01250100   09108 Metabolism of cofactors and vitamins    00770 Pantothenate and CoA biosynthesis     TTHERM_01250100 Enzymes [BR:tet01000]  1. Oxidoreductases   1.3  Acting on the CH-CH group of donors    1.3.1  With NAD+ or NADP+ as acceptor     1.3.1.2  dihydropyrimidine dehydrogenase (NADP+)      TTHERM_01250100 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Fer4_20 DHO_dh Fer4_21 Pyr_redox_2 Pyr_redox Fer4_10 Fer4_7 NAD_binding_8 Fer4_9 Fer4_6 Pyr_redox_3 Dus Fer4_2 Fer4 Thi4 DAO FAD_binding_3 MCRA FAD_binding_2 NAD_binding_9 Motif Other DBs NCBI-GeneID:  7836375 NCBI-ProteinID:  XP_001021815 TGD:  TTHERM_01250100 UniProt:  Q23YG3 LinkDB All DBs AA seq 1023 aa AA seqDB search MLSKVLRKGSNVLFKSNNTKALRMFGACNVNSLHKFGEEIESKVMNMMQTQISKPTLRPT KEREAYSEAHDKTPHCNGCHKCGSWERDIPLMTIQEAVREANRCLKCNDAPCQKGCSTSI DIKTFIYCIQNKNWYGAAKCILSDNPLGLTCGQLCPISELCARNCNVSHTEQGAIKINRL QELAVRIFKEMGVKQIRDPTRKNLPNSYKAPIAIIGAGPASLSCATFLGRMGYENVHIFE KASRGGGITSNEIPQNRAPIEEALWEVEMVEQLGVKIHYNKALGRDFSLEDLKSQGFESV FLGIGLSDPNTGVKGTSKEFALSAERARQASNFHYSKHFLTQVGSAIKKGGNQQEELIDA PKLDGHVVVLGIGDTALDCARSAFRLGAKRVTVAFRRGFQDLRANDEIFEPARYEGINFV AYASPLEYEFDSNGQIKAVKFDKNLPQNNDNDNLKYKNTNQIFSLPCDHVVQSFGCVLPD EQWVQKLKKSDTLLDINTDTQQTKAYEWMFVGGDAVGTKNLVDAVNDGKTASWYMHKYIQ EKHGQKVPETPELPGFYTEIDDVDISTEICGVKMENPFGLASAPPTTSYPMIARSFDIGY DFAVVKTAVLDKDTVFNVSPRIFKVPDPLRQECSYGNIELVSEKSLKYWVEGAKQIKKDY PNKVLIGSLMAAYNQQDWIDIMHQVKDAPFDMIELNLSCPHGMNEKGMGRACGEDPDIVR DITSWVTSQTKIPIIVKITPNYGQAEILAKAAYEGGAKAVTLTNTMPGLVDPYPDGESFN GVGVEKNVAPGGSTGSILRPFAMRKCVDVAKFVPEIDIFASGGIISGDHGINYLHYGAKA LQICSAVQNLDAATVFYDLKTSLQANMYANSSQKLKKNGWKGQYPPYQFEKLKTPTSVET PQKVPKILEIVGAKLAKVSPIEKMSKEIIQVPEISKDSCLECGRCYVACSDSGYQAIQFD GYNNVPRIIEEDCTGCAICVASCPVENAIKMVPRKLPYTASRGIPPSSDCPPENLITIPP YKF NT seq 3072 nt NT seq  +upstreamnt  +downstreamnt atgttatcaaaggttttaagaaagggaagcaatgtgctatttaagtccaacaacacaaag gcgctcagaatgtttggtgcttgcaacgtcaactccttgcacaaatttggtgaagaaatc gaatctaaggtcatgaacatgatgtagacctaaatttctaaacctactcttcgtcctact aaagaaagagaggcctactctgaagctcatgacaaaacccctcactgtaacggatgtcat aaatgtggtagctgggaaagagatattcctctcatgaccattcaagaagctgtccgtgaa gctaaccgttgtttgaaatgcaacgatgctccttgctaaaagggttgttctacttccata gatattaagactttcatttactgcatccaaaataagaactggtatggagctgctaaatgc attttgtctgataaccccctcggtttaacctgcggtcaactctgcccaatcagcgagctt tgtgcaagaaattgcaatgtcagccatactgaataaggtgccattaaaattaacagactc taagaacttgcagtaagaatattcaaagaaatgggtgttaagcaaatacgtgaccctact agaaagaatcttcccaactcttacaaggctcccattgccattattggtgctggacctgcc tctttgagttgtgctaccttccttggacgtatgggttatgaaaatgtccacatttttgaa aaagctagccgtggtggtggtattacatctaatgaaatcccccaaaacagagctcctatc gaagaagccctttgggaagtagaaatggttgaatagcttggagttaagattcactacaac aaggctcttggaagagatttctcactcgaagatctcaaatctcaaggatttgaatctgtc tttttaggtattggtctttctgatccaaatactggtgttaaaggtacttcaaaagaattc gctttaagcgctgaaagagctcgttaggccagtaacttccactattccaagcacttcttg acctaggtaggttctgctatcaaaaagggaggtaaccaataagaagaacttatcgatgct cccaaacttgatggacatgttgtcgtccttggtattggtgatactgctttagattgtgca agatctgccttcagacttggagctaaaagagtcaccgtagcattcagaagaggtttccaa gatctcagagctaacgatgaaatcttcgaacctgctagatatgaaggtattaactttgta gcttatgcctcaccattagaatacgaattcgactcaaatggacaaataaaagctgtaaaa tttgataagaatcttccccaaaacaatgataatgacaaccttaaatacaaaaataccaac caaatattctcacttccttgtgatcatgttgtccaatccttcggttgcgttcttccagat gaatagtgggtctagaaattgaaaaaatctgatactttattagacattaacactgacact caatagaccaaggcctacgaatggatgtttgtaggtggtgatgccgtaggaacaaagaac ttagtcgatgccgttaatgatggtaaaacagcttcttggtatatgcacaaatacatttag gaaaagcatggttaaaaggtacctgaaacccctgaattacccggattttacacagaaatt gatgatgttgatatttctactgaaatttgtggagtcaagatggaaaatcctttcggttta gcttctgccccacccactacttcttatcctatgattgcccgttctttcgatattggttat gactttgcagttgtaaagactgctgtcttagataaggacactgtattcaatgtttctcct cgtatcttcaaagtacctgatcctctcagacaagaatgcagctatggtaatatcgaattg gtctctgaaaaatcattaaagtactgggttgaaggtgctaagcaaattaaaaaggattac ccaaataaggttttaataggttccttgatggcagcatacaattaataagattggattgac attatgcatcaagttaaagatgctcctttcgatatgatcgaattgaatttatcttgtcct catggtatgaacgaaaagggtatgggtcgtgcttgtggtgaagatcctgatatcgtaaga gatattacttcttgggtcaccagccaaacaaagatccctatcattgtcaaaatcacacca aattatggttaagcagaaatcttagctaaggctgcttacgaaggtggtgccaaggctgtc actttgacaaacactatgcctggtcttgttgatccttatccagatggtgaatccttcaat ggggttggtgttgaaaaaaatgttgctcctggtggttcaactggttctattttaagacct tttgccatgagaaaatgtgttgatgttgctaaattcgtccctgaaatagatatctttgct tctggtggtatcatctccggtgaccatggtataaactatctccactatggtgcaaaggcc cttcaaatctgctctgctgttcaaaatttagatgctgctacagttttctatgatttaaaa acaagtcttcaagccaacatgtacgcaaactcaagccaaaaacttaagaaaaatggatgg aaaggttaatatcccccttatcaatttgaaaaacttaaaacacctacttctgttgaaact ccctagaaagtacctaaaatccttgaaatcgtaggtgctaagcttgccaaggtttctcct atcgaaaagatgtcaaaagaaatcatccaagtaccagaaattagcaaagacagctgctta gaatgtggtagatgctatgttgcatgctctgactctggttatcaagctatctaattcgat ggttacaataatgtacctagaattattgaagaagattgcacaggttgtgctatatgtgtt gcttcatgccctgtcgaaaatgcaattaagatggttcctagaaagctcccatacactgct tctagaggtattcccccttcttctgattgccctcctgaaaacttgatcactattcctccc tacaaattctga

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