%0 Figure %A A. Borzova, Vera %A A. Markossian, Kira %A A. Kara, Dmitriy %A Chebotareva, Natalia A. %A Makeeva, Valentina F. %A B. Poliansky, Nikolay %A Muranov, Konstantin O. %A Kurganov, Boris I. %D 2013 %T Initial rate of DDT-induced aggregation of BSA as a function of α-crystallin concentration (45°C; 2 mM DTT). %U https://plos.figshare.com/articles/figure/_Initial_rate_of_DDT_induced_aggregation_of_BSA_as_a_function_of_945_crystallin_concentration_45_176_C_2_mM_DTT_/795361 %R 10.1371/journal.pone.0074367.g008 %2 https://ndownloader.figshare.com/files/1199085 %K ddt-induced %K aggregation %K bsa %K mm %X

The dependence of (Kagg/Kagg,0)1/n on α-crystallin concentration (lower abscissa axis) or the ratio of the molar concentrations of α-crystallin and BSA (upper abscissa axis x = [α-crystallin]/[BSA]; n = 1.6). Points are the experimental data. The solid line in the interval of x values from 0 to x1 = 0.17 was calculated from Eq. (12) at S0 = 0.40 subunits of α-crystallin per one BSA molecule. The solid line in the interval of x values from x1 = 0.17 to x2 = 2.6 was calculated from Eq. (13) at Y0 = 0.94 and x0.5 = 0.093. The inset shows the dependence of the adsorption capacity (AC) of α-crystallin with respect to the target protein on x.

%I PLOS ONE