Expression of Athb-12 increased NaCl tolerance but not osmotic stress tolerance of these cnbDelta cells.

With increasing NaCl concentration in the silicone system, the values of Young's module E are increased.

Analysis of the binding equilibria at increasing NaCl concentrations indicated that ionic contacts contribute to the complex.

The activities of the N-terminal peptide and of full length human SPAG11C were somewhat reduced in increasing NaCl concentrations.