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Relationship Between Proton Motive Force and Motility
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Acad aconitine action potential added to cell Adler aerobic anaerobic cells axial fibrils bacteria bacterial chemotaxis Bacteriol Biol biological membranes buffer pH 7.0 buffer plus D-glucose Canale-Parola cells in potassium cells remained motile cells suspended Cells were suspended chemo chemoattractants chemotactic chemotactic response chemotaxis in S_ clamp AY D-xylose taxis D. E. Koshland dissipating AY effect of valinomycin Escherichia coli eucaryotic final concentration Fluorescence of Di-S-Cg(5 Greenberg incubation indicated inhibited chemotaxis inhibitors involved ionophores logarithmic phase mechanisms membrane potential metabolizing cells Microbiol monitoring motility and chemotaxis motility in S_ Natl Nature London neurotoxins nigericin phosphate buffer pH potassium phosphate buffer presence of valinomycin Proc proton motive force protonmotive force quantitative capillary assay required for motility signal transduction sodium arsenate sodium arsenate buffer sodium channels sodium phosphate buffer Spirochaeta aurantia spirochetal motility spirochetes suspended in potassium Table 3.l tetrodotoxin transient membrane depolarization valinomycin voltage clamp