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A list of all pages that have property "Has abstract" with value "In the current issue of Function, Juhaszova and colleagues3 substantially challenge—or rather expand, but do not tumble—this concept in revealing that in addition to H+, potassium ion (K+) flux through the F1Fo-ATP synthase (working the same way as H+) provides the majority of energy to produce ATP (Figure 1). Why was this was overlooked for more than six decades? Presumably because the F1Fo-ATP synthase has a > 107-fold selectivity for H+ over other cations.4 But what was not sufficiently considered is that due to the 106-fold higher cytosolic concentration for K+ (∼100 mM) than for H+(∼100 nM), such that K+ flux—driven mostly by the same high electrical driving force (∆Ψm) - could be comparable to H+ flux via the ATP synthase.". Since there have been only a few results, also nearby values are displayed.

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Bertero 2022 Function (Oxf) + (In the current issue of Function, Juhaszov … In the current issue of Function, Juhaszova and colleagues3 substantially challenge—or rather expand, but do not tumble—this concept in revealing that in addition to H+, potassium ion (K+) flux through the F1Fo-ATP synthase (working the same way as H+) provides the majority of energy to produce ATP (Figure 1). Why was this was overlooked for more than six decades? Presumably because the F1Fo-ATP synthase has a > 107-fold selectivity for H+ over other cations.4 But what was not sufficiently considered is that due to the 106-fold higher cytosolic concentration for K+ (∼100 mM) than for H+(∼100 nM), such that K+ flux—driven mostly by the same high electrical driving force (∆Ψm) - could be comparable to H+ flux via the ATP synthase.e comparable to H+ flux via the ATP synthase.)

Bertero 2022 Function (Oxf) +