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Mitochondrial membrane potential

Analytical Biochemistry · 2017 · Vol. 552 · pp. 50–59

Ljubava D. Zorova(Lomonosov Moscow State University)Vasily A. Popkov(Lomonosov Moscow State University)Egor Y. Plotnikov(Lomonosov Moscow State University)Д. Н. Силачев(Lomonosov Moscow State University)Irina B. Pevzner(Lomonosov Moscow State University)Stanislovas S. Jankauskas(Lomonosov Moscow State University)Valentina A. Babenko(Lomonosov Moscow State University)Savva D. Zorov(Lomonosov Moscow State University)Anastasia V. Balakireva(Sechenov University)Magdalena Juhaszova(National Institutes of Health)Steven J. Sollott(National Institute on Aging)Dmitry B. Zorov✉(National Institutes of Health)

View via DOI Publisher page

Mitochondrial Function and Pathology ATP Synthase and ATPases Research Metabolism and Genetic DisordersMembrane potentialElectrochemical gradientMitochondrionOxidative phosphorylationCell biologyATP synthaseBiophysicsChemiosmosisProton pumpInner mitochondrial membrane

MeSH terms

AnionsCationsHomeostasisHumansMitochondriaIon TransportMembrane Potential, Mitochondrial

Funding

Russian Science Foundation
National Institutes of Health
National Institute on Aging

Citations

1,927

FWCI

35.60

field-weighted impact

References

202

Percentile

100%

vs. same field & year

Citations per year

References

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JC‐1, but not DiOC<sub>6</sub>(3) or rhodamine 123, is a reliable fluorescent probe to assess Δ<i>Ψ</i> changes in intact cells: implications for studies on mitochondrial functionality during apoptosis

FEBS Letters · 1997 · 1,000 citations

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