Nagar-Legmann and Margalith.
suggested that high
membrane fluidity might be involved in the entrapment of ethanol
molecules within the hydrophobic area of the membrane, and
therefore interfering with free movement out of the cell. carried out through exposure to ethanol (10e100%) for 10 min, and
subsequent transfer to a critical point drier. The dry beads were
sliced with a razor blade, coated with gold, and examined under
a scanning electron microscope