<p>(A) The dependences of the light scattering intensity on time obtained at the following concentrations of α-crystallin: (1) 0, (2) 0.01, (3) 0.1 and (4) 1 mg/ml ([BSA] = 1.0 mg/ml; 2 mM DTT; 0.1 M phosphate buffer, pH 7.0; 45°C). <i>I</i> and <i>I</i><sub>0</sub> are the current and initial values of the light scattering intensity, respectively. The inset shows the dependence of <i>I</i> on time obtained at the concentration of α-crystallin 0.5 mg/ml. (B) The dependence of d<i>I</i>/d<i>t</i> on time at α-crystallin concentration of 0.05 mg/ml. Points are the experimental data. The solid curve was calculated from Eq. (7).</p
The three projects utilized polymer physics theories to investigate polymer aggregation mechanics. D...
<p>All the samples of BSA (1 mg/ml) and the mixtures of BSA with α-crystallin were heated at 45°C fo...
<p>The dependences of (<i>k</i><sub>agg</sub>)<sup>1/<i>n</i></sup> on the [ α -crystallin]/[BSA] ra...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>(A) The dependences of the light scattering intensity (<i>I</i>) on time obtained at the followin...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>The dependence of (<i>K</i><sub>agg</sub>/<i>K</i><sub>agg,0</sub>)<sup>1/<i>n</i></sup> on α-cry...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>The initial parts of the dependences of the light scattering intensity on temperature for aggrega...
<p>(A) Temperature-dependence of γD-crystallin thermal aggregation monitored by turbidity. (B) Time-...
<p>The solid line was calculated from Eq. (12) at <i>S</i><sub>0</sub> = 4.7 subunits of α-crystalli...
<p>Effect of an antioxidant on aggregation. <b>A)</b> Comparison between the intensity-weighted size...
<p>Aggregation was initiated by heating the sample to 50°C (A) or 55°C (B). <b>A.</b> In the absence...
β-crystallin, one of the three main constituent proteins of the eye lens, exists as an equilibrium p...
The three projects utilized polymer physics theories to investigate polymer aggregation mechanics. D...
<p>All the samples of BSA (1 mg/ml) and the mixtures of BSA with α-crystallin were heated at 45°C fo...
<p>The dependences of (<i>k</i><sub>agg</sub>)<sup>1/<i>n</i></sup> on the [ α -crystallin]/[BSA] ra...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>(A) The dependences of the light scattering intensity (<i>I</i>) on time obtained at the followin...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>The dependence of (<i>K</i><sub>agg</sub>/<i>K</i><sub>agg,0</sub>)<sup>1/<i>n</i></sup> on α-cry...
<p>(A) The dependences of the light scattering intensity on time obtained at the following concentra...
<p>The initial parts of the dependences of the light scattering intensity on temperature for aggrega...
<p>(A) Temperature-dependence of γD-crystallin thermal aggregation monitored by turbidity. (B) Time-...
<p>The solid line was calculated from Eq. (12) at <i>S</i><sub>0</sub> = 4.7 subunits of α-crystalli...
<p>Effect of an antioxidant on aggregation. <b>A)</b> Comparison between the intensity-weighted size...
<p>Aggregation was initiated by heating the sample to 50°C (A) or 55°C (B). <b>A.</b> In the absence...
β-crystallin, one of the three main constituent proteins of the eye lens, exists as an equilibrium p...
The three projects utilized polymer physics theories to investigate polymer aggregation mechanics. D...
<p>All the samples of BSA (1 mg/ml) and the mixtures of BSA with α-crystallin were heated at 45°C fo...
<p>The dependences of (<i>k</i><sub>agg</sub>)<sup>1/<i>n</i></sup> on the [ α -crystallin]/[BSA] ra...