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Electrical membrane fluctuations are treated as due to sequences of ion pulses passing through the membrane. A mathematical procedure is developed which permits calculation of the power spectra for sequences in which the pulses can have Poisson or non-Poisson interval distributions and may or may not have coupled pulse parameters. It is shown that there probably exist specific sequences which are intimately related to membrane 1/f and burst noise. In particular, emphasis is placed upon sequences with non-Poisson interval distributions and their implications for membrane structure. A variety of experiments is suggested which will help to distinguish among the alternatives presented.
Acta Biotheoretica – Springer Journals
Published: Apr 16, 2005
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