Abstract
A transient conductivity change is detected in purple membrane (PM) suspension during the photocycle. This transient conductivity change is strongly dependent on the orientation of the PM. A.c. electric alignment of the PM suspension plays an important role in the detection of the conductivity change during a single excitation of the PM suspension. The transient conductivity change is analysed as a function of time and it is shown that the kinetics of this transient change are very similar to the kinetics of M and O state decay.
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