. 2014 Oct 8;118(44):12660–12672. doi: 10.1021/jp506965v

Table 2. Value of Ratios η^S/h^S and η^M/h^M Calculated from Pressure-Driven Creep Velocity Data for Four Different Compositions of the Membrane.

	η^S/h^S [Pa·s/nm]	sd. dev. [Pa·s/nm]	η^M/h^M [Pa·s/nm]	η^M [Pa·s]^a	lytic pressure [kPa]^b
Azo 100%	3.36	0.73	0.84	3.36	32.6
Azo 70%+Chol 30%	2.26	0.29	0.57	2.26	24.9
MscS	1.06	0.19	0.27	1.06	18.5
MscS+MscL	1.96	0.12	0.49	1.96	18.5

Effective viscosity of the membrane is calculated by using the value of the membrane thickness h^M = 4 nm.

Data from ref (44).; results for η^M are correlated to the lytic pressure in Figure 7.

Table 2. Value of Ratios ηS/hS and ηM/hM Calculated from Pressure-Driven Creep Velocity Data for Four Different Compositions of the Membrane.