Biochemical Journal · 1980 · 26 citations · 25 references
Life SciencesBiochemistryPhysiologyCalcium HomeostasisMetabolic StabilityMitochondrial BiologyMitochondrial BiochemistryMitochondrial BioenergeticsMitochondrial Calcium HomeostasisMitochondrial MembranesMitochondrial PhysiologyMitochondrial TransportCa2+ SignalingCalcium Buffering In MitochondriaCalcium Efflux MechanismsCalcium Transport Across MitochondriaMitochondrial Calcium DynamicsMitochondrial Calcium EffluxMitochondrial Calcium HandlingSteady-state Concentration
1. Nupercaine inhibits the Ca2+ efflux from rat liver mitochondria observed in the presence of Ruthenium Red, 50% inhibition being obtained at 80 microM-Nupercaine. 2. Neither the Ruthenium Red-stimulated efflux nor its inhibition by Nupercaine can be directly attributed to effects on mitochondrial stability. 3. Nupercaine perturbs the steady-state external Ca2+ concentration in the absence of Ruthenium Red to an extent that is explicable in terms of the inhibition of Ca2+ efflux. 4. Various factors that are likely to be involved in determining steady-state extra-mitochondrial Ca2+ concentrations are discussed.
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David G. Nicholls · European Journal of Biochemistry · 1974 · 716 citations · Full text
Calcium transport in contraction and secretion
N. M. Green · Nature · 1975 · 572 citations · Full text