Abstract H+-FOF 1-ATP synthase (F-ATPase, F-type ATPase, FOF 1 complex) catalyzes ATP
synthesis from ADP and inorganic phosphate in eubacteria, mitochondria, chloroplasts, and …

Abstract H+-FOF 1-ATP synthase catalyzes synthesis of ATP from ADP and inorganic
phosphate using the energy of transmembrane electrochemical potential difference of …

To elucidate some of the subcellular and biochemical mechanisms of toxicity of metal-based
antineoplastic drugs, mitochondria and cells were exposed to Casiopeinas®, a new class of …

F 0· F 1-ATP synthase in tightly coupled inside-out vesicles derived from Paracoccus
denitrificans catalyzes rapid respiration-supported ATP synthesis, whereas their ATPase …

The F1FO and F1‐ATPase complexes of Paracoccus denitrificans were isolated for the first
time by ion exchange, gel filtration, and density gradient centrifugation into functional native …

Abstract F 1 F O-ATP synthase is a crucial metabolic enzyme that uses the proton motive
force from respiration to regenerate ATP. For maximum thermodynamic efficiency ATP …

F-type ATP synthases are transmembrane enzymes, which play a central role in the
metabolism of all aerobic and photosynthetic cells and organisms, being the major source of …

The biological roles of the three natural F 1 F O-ATPase inhibitors, ε, ζ, and IF 1, on cell
physiology remain controversial. The ζ subunit is a useful model for deletion studies since it …

In contrast to other prokaryotes, the Mycobacterial F 1 FO ATP synthase (α 3: β 3: γ: δ: ε: a: b:
b': c 9) is essential for growth. The mycobacterial enzyme is also unique as a result of its 111 …

NADH-OH, the specific inhibitor of NADH-binding site of the mammalian complex I, is shown
to completely block FMN-dependent reactions of P. denitrificans enzyme in plasma …