Guillardia theta: GUITHDRAFT_156799 Help Entry GUITHDRAFT_156799 CDS       T02925                                  Name (RefSeq) hypothetical protein   KO K00323   proton-translocating NAD(P)+ transhydrogenase [EC:7.1.1.1] Organism gtt  Guillardia theta Pathway gtt00760   Nicotinate and nicotinamide metabolism gtt01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:gtt00001]  09100 Metabolism   09108 Metabolism of cofactors and vitamins    00760 Nicotinate and nicotinamide metabolism     GUITHDRAFT_156799 Enzymes [BR:gtt01000]  7. Translocases   7.1  Catalysing the translocation of protons    7.1.1  Linked to oxidoreductase reactions     7.1.1.1  proton-translocating NAD(P)+ transhydrogenase      GUITHDRAFT_156799 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PNTB AlaDh_PNT_C AlaDh_PNT_N PNTB_4TM 2-Hacid_dh_C DUF6264 HI0933_like Motif Other DBs NCBI-GeneID:  17311703 NCBI-ProteinID:  XP_005841718 JGI:  Guith1_156799 UniProt:  L1K2Z3 LinkDB All DBs Position Unknown AA seq 1019 aa AA seqDB search MSSPGSKDGIPVNLLTIGIPKESKEAERRVAATPSTVAMLTKEGYQVFVEQGAGEAADFT DAAYQASGAVIKGMKDIWSCDIVLKVNVPTKDEVDLSKEGSHLVSFISPGQNKPIVDELA RKKMTVFAIDCLPRTLSRAQTFDALSSMANVAGYRAVIEAANAFGRFFAGQFTAAGRIPP AKVLVIGAGVAGLAAIQQAKGMGAIVRAFDVRSSVKEQIQSVGAEFLEVELEEEGEGKGG YAKEMSKEFIEAEMALFARQCKDVDIVITTALIPGKPAPRLITREMIESMKPGSVVVDLA AEAGGNIETTKPGEKYVYKGVTHIGYSDLPSRLPTQASELYSNNVAKFLLSMSSNKNFRV NLEDEAVRGCLVLQNGYLMWPAPPLQPSAKAATSSKPTTPQPVASPKSESNKAEQEAWSR SISVSLFAATLFGVSLLVGSYLDIPVTIFVLSCLAGSQVVYGVTPSLHSPLMSVTNAISG MTAVGGLVCMGGGLFPQNAAQVLAAAAVFVSMINIGGGFVMTNRMLGMFKQEGSASYNRN IYLLPAVVISAVYASTGCSSSLCGMLQLIGAVLCILAIGGLSTQATARYGNTMGILGVSS GLVATLTTQDFSSAVFKQASVIMGAGVAVGASIASKVGVTELPQLVAAFHSLVGVAAVAT AIASMLLAPAHTAALASTGALIHEASSYVAAVIGAITVTGSIVAFGKLQGLISGKPFILP GKRVVNVAMIGALIACFRFFMVSSALSWLYLASAVAGLLGFVVAAGVGGGDMPVVITLLN SASGWALCAEGFVLNNNLLTVVGALIGSSGAILSDIMCKAMNKGLMNTIGLLTPPRRRRS PRLLPVMTLPKSQLRWMLPKICIVPGYGLAVSKGQYPLAEVVKMLSSAGKKVFLAIHPVA GRMPGQLNVLLAEAGIPYDIVKEMEEINEEWDDVDVTLVIGANDTVNSAAEDDADCEIAG MPVIRVWLSKSVIFFKRSLAAGYAGLENPVFYKDNTEMLLGDAKVVLEELRDSLKQAVN NT seq 3060 nt NT seq  +upstreamnt  +downstreamnt atgtcgagccctggaagcaaggacgggatccctgtgaacttgctgacgattggaatccct aaagagtccaaggaggccgaaaggagggtggcagctactccgagcactgttgcgatgctt acaaaggaagggtatcaggtgttcgtcgaacaaggcgcgggagaagctgcagacttcaca gatgcagcctatcaggcgtccggcgccgtgatcaagggcatgaaggacatttggagctgc gacatcgttctcaaagtgaacgtccctaccaaagatgaagtagatctttccaaggaaggc tcgcatctcgtctccttcatctctccgggtcaaaacaagcccatagtagacgagcttgct aggaagaagatgacagtattcgccatcgactgcctgccaagaaccttgtcaagggcacag acgttcgatgctctcagctccatggcaaacgtcgcggggtaccgagctgtcatcgaggct gccaacgctttcggtcgcttctttgctggtcagttcacagccgcagggaggattcccccg gccaaggtactcgtgatcggagccggagttgcaggccttgctgcgatccagcaggccaag ggaatgggtgctatcgtcagagcctttgatgtccgctcgtccgtgaaggagcagattcaa tctgtgggagcagaattcctcgaggttgagctggaagaggagggagaaggaaaaggcggg tacgcaaaggagatgagcaaagagtttatcgaggctgaaatggcactttttgcccgtcag tgcaaggatgttgacattgtgatcaccacagcactcattcccggaaagcctgctccacgt ctaatcacccgtgaaatgattgagtcgatgaagccaggatccgtggtggtagatcttgca gcagaagcaggggggaatattgagactaccaagccaggagagaagtacgtctacaaaggc gtaactcacattgggtactctgacttgccgtctcgcctgccaactcaggcatctgagctc tactcaaacaacgtagcgaagttcttgctttctatgagctcgaacaagaatttcagggtc aacctggaggacgaggccgttcgtggctgccttgtgcttcagaacggctacctcatgtgg ccggctcctcccctacaaccgagtgcaaaggcggccacaagcagcaagccaaccacgcct cagccggttgcctccccaaagtcagaatcgaacaaagcagagcaggaagcttggagccga tcgatttctgtttcactctttgctgccaccctctttggcgtcagccttcttgttggaagc taccttgacatccccgtcaccatctttgttctctcttgtctggctggttctcaagtagtt tatggggtgactccctcgctgcattctccgctcatgtcagttaccaacgctatcagtggc atgacagctgtcggagggcttgtctgcatgggaggtggcttgtttccacagaacgcggcg caggttctagcagctgctgcagtgtttgtttcaatgatcaacatcggaggaggtttcgtc atgacaaatagaatgctcggcatgttcaaacaagaaggctctgcctcgtacaaccggaac atctaccttctgcctgccgtcgtcatctctgctgtttatgcatctacgggatgcagtagc agcctctgtggaatgttgcaattgattggtgccgtgctttgcattcttgccatcggtggt ctttcaactcaggcgactgcgaggtacggaaacacaatgggaatcctcggagtctccagc ggactggttgcaactctaacgactcaagatttctcttcagctgtttttaaacaagcctcg gtcatcatgggagcaggagttgctgttggggcttcgatcgcgagcaaggtcggtgtcacg gaactcccgcagcttgttgctgcatttcattctcttgtcggagtggcagcggtcgccacc gccatcgcctccatgcttctcgcccctgctcacactgccgctctcgcgtctactggtgcc ctgatccacgaggcatcctcttacgtcgctgctgtcatcggagccatcacagtgactggc agcatcgttgcctttggtaagcttcagggtctcatttcggggaaacctttcatccttcct gggaaacgtgttgtcaacgttgcaatgattggagcactgattgcctgcttccgtttcttc atggtttcttcagctctctcctggttgtatcttgccagcgctgttgctggacttctcggc ttcgttgtggctgctggggtaggaggaggggacatgccggtagttatcaccctcctgaac tcagctagcgggtgggcgctatgcgctgagggttttgtcctaaacaacaacctcctcact gtcgtcggagctctcatcggctcctccggtgcgatcctctcagacatcatgtgcaaggcg atgaacaagggcctcatgaataccatcgggctcctcacccccccccggcgcagaagaagt ccaaggcttcttccggtgatgacgctcccaaagtcgcagctcaggtggatgttgccgaag atctgtatcgttcccggctatggcctcgcggtgtccaagggacaatatccccttgcagag gttgtcaagatgttgtcaagcgcaggcaagaaggtgttccttgccatccacccggtagca ggaaggatgccgggccagctcaacgtgcttttggcggaggcaggaatcccttatgacatc gttaaagagatggaggagatcaacgaagagtgggatgatgtcgatgtcaccctcgtgatc ggagcaaacgacacggtgaacagtgcggcagaagacgacgcagactgcgagatcgctgga atgcctgtcatcagagtttggctctcaaagtctgtcatcttcttcaagaggagtcttgct gccggttatgcgggacttgagaaccctgtcttctacaaggacaacacagagatgcttcta ggcgacgccaaggtggtgttggaggagttgagagactcgctcaagcaggctgtcaactag

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