Measurements of electrical conductivity and susceptibility were made at 20 frequencies per decade from 5Hz to 20MHz on samples saturated with 0.5M aqueous NaCl solution with a two-electrode system.

A nuclear suspension was prepared by incubating the sections in 0.5% pepsin (Sigma, St Louis, Missouri) in 0.9% NaCl solution (pH 1.5; 37 C).

Laparotomy was performed and the kidneys were perfused in situ through the aorta with cold heparinized 0.9% NaCl solution until blanching occurred, which generally required infusion of 50 to 60 ml saline over 2 min.

True, we have things like NaCl solutions in ordinary HgO which will carry electricity, but here it's ionic conduction.

The rationale for using NaCl solutions stems from several known phenomena.

Discussion and Conclusions Model Limitations There are several important differences between the temperature dependent properties of NaCl solutions and those of tissue.

Numerous trials have shown a trend that the survival rate of E. coli dropped dramatically as the molarity of the NaCl incubating solution increased.

For each study the aliquot was further diluted in 0.9% NaCl solution.

Growth can also occur in a 6.5% NaCl solution.

Example: Make 2 g/100mL of NaCl solution with 1 L water Water (properties).