Reichenbachiella agarivorans: N6H18_07365 Help Entry N6H18_07365       CDS       T08483                                  Symbol atpA Name (GenBank) F0F1 ATP synthase subunit alpha   KO K02111   F-type H+/Na+-transporting ATPase subunit alpha [EC:7.1.2.2 7.2.2.1] Organism rek  Reichenbachiella agarivorans Pathway rek00190   Oxidative phosphorylation rek01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:rek00001]  09100 Metabolism   09102 Energy metabolism    00190 Oxidative phosphorylation     N6H18_07365 (atpA)  09180 Brite Hierarchies   09181 Protein families: metabolism    00194 Photosynthesis proteins [BR:rek00194]     N6H18_07365 (atpA) Enzymes [BR:rek01000]  7. Translocases   7.1  Catalysing the translocation of protons    7.1.2  Linked to the hydrolysis of a nucleoside triphosphate     7.1.2.2  H+-transporting two-sector ATPase      N6H18_07365 (atpA)   7.2  Catalysing the translocation of inorganic cations    7.2.2  Linked to the hydrolysis of a nucleoside triphosphate     7.2.2.1  Na+-transporting two-sector ATPase      N6H18_07365 (atpA) Photosynthesis proteins [BR:rek00194]  Photosystem and electron transport system   F-type ATPase [OT]    N6H18_07365 (atpA) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ATP-synt_ab ATP-synt_ab_C ATP-synt_ab_N HAS-barrel ATPase Motif Other DBs NCBI-ProteinID:  UXP33771 LinkDB All DBs Position 1754787..1756370 Genome browser AA seq 527 aa AA seqDB search MADVRPDEVSAILREQLSNFRTEAELEEIGTVLQIGDGVARIYGLTKAQSGELLEFENGL KAMVLNLEEDNVGAVLLGESSAVKEGDTVKRTKRIASIQAGDGLCGRVVDTLGNPIDGKG PIAGELFEMPLERRAPGVIYRQPVNEPLQTGITSIDSMIPIGRGQRELIIGDRQTGKTAV AIDTIINQKEFYENGAPVFCIYVAIGQKASTVAGIVSALEKAGAMAYTVVVSASASDPAP MQFFAPFTGAAIGEYFRDTGRPALVVYDDLSKQAVAYREVSLLLRRPPGREAYPGDVFYL HSRLLERAAKINNNDNIAQEMNDLPESLKGKVKGGGSLTALPIIETAAGDVSAYIPTNVI SITDGQIFLETNLFNSGIRPAINVGISVSRVGGSAQIKSMKKVAGTLKLDQAQFRELEAF AKFGSDLDAATRLTIERGQKNQEILKQAQYSPIPVGEQVAMIYVSTKGFMDKVPVNKARA FQKEFSTLMKSQHADLIAQLAAGKFDDELTGKIGTIAKEVAKNFEVK NT seq 1584 nt NT seq  +upstreamnt  +downstreamnt atggcagatgtaagaccagacgaagtatcagcaatattgagagaacaactctcaaatttc agaacagaagctgaactcgaagaaattggaactgtactacagattggtgacggggtggct cgaatctacggtttgactaaagcacaatcaggtgagcttttggagttcgaaaacggactc aaggctatggtattgaacttggaagaggacaatgtcggagcagtgctcttgggtgagtcg tcagctgtaaaagaaggcgatacagtcaaaagaacgaaaagaattgcttcgattcaggca ggtgatggcttgtgtggtagagtagtagatacgctaggaaatccaattgatggaaaaggc ccaatcgcaggtgaattattcgaaatgccattggaaagaagagctccaggagtaatctac agacagcctgtcaacgagcctttgcaaacggggatcacatcgatagattcgatgattcca attggtagaggccaaagagagttgatcatcggcgaccgtcaaacaggtaaaactgcggta gcgatcgatacgatcatcaaccagaaggaattttatgaaaacggtgctcccgtattttgt atttatgttgccattggacaaaaggcgtcaacagtagcaggtatcgtgagtgctttggaa aaagcgggagcgatggcatataccgtagtggtgtcagcatctgcatctgatccagctcct atgcaattctttgcaccatttacaggtgctgctattggtgagtacttcagagatactgga cgtcctgcattggtagtgtatgatgatttgtctaaacaagcggtcgcataccgtgaggtt tctcttctattgagaagacctccaggacgtgaggcatatccaggtgatgtattctatctt cactcaagattgttggagagagctgccaagatcaacaacaatgacaatatagcgcaagaa atgaatgacttgccagagtcattgaaaggaaaagtaaagggaggaggctctttgacggca cttccgatcattgaaacagcagctggtgacgtttctgcttatatcccaaccaacgtgatt tctatcacagatggtcagatattcttggagaccaacttatttaactctggtatcagacca gcgatcaacgtaggtatctcggtatctagggtggggggatcagctcagatcaaatcaatg aagaaagtagcaggtactttgaaattggaccaagcacagttcagagaactagaggcattt gccaagtttgggtctgatctggatgcagctactaggttgacaatcgaaagaggtcagaaa aaccaagagattttgaaacaagcacaatactctccgattccagtaggtgagcaggttgcg atgatctacgtttctaccaaaggttttatggacaaggttcctgtaaacaaggcaagagcc ttccaaaaggagttttcgacattgatgaaatcacaacatgctgatctgattgctcaattg gctgctggtaaattcgatgacgaattgactggtaagatcggaacaattgcaaaagaggta gctaagaattttgaagtaaaataa

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