<p>The inactivation rate constants and residual activity of PTPase in the presence of different concentrations of GdnHCl.</p
<p>(A) Urea concentrations for the labels 1–9 were 0, 1, 2, 3, 4, 5, 6, 7 and 8 M, respectively. (B)...
<p>A. Relative GMPR activity is plotted against temperature. The plots were normalized by setting th...
<p>Changes of TP, TDP, SRP and Chl-a concentrations in LTMW and static treatments.</p
<p>The inhibition and inactivation kinetic parameters of PTPase in the presence of urea and GdnHCl.<...
<p>Lineweaver-Burk plots for urea (A) and GdnHCl (B). (C–D) The secondary plots of slope and y-inter...
<p>Residual activity (%) of TfdEI and TfdEII in the presence of different reagents and metal ions.</...
<p>(A) Concentration-dependence of HBCK inactivation by GdnHCl. The other four enzymes had similar i...
<p>Residual activities of PGI at a different concentration of 0.017 mg/L (▪), 0.6 mg/L (•), or 20 mg...
<p>DPPH free radical-scavenging activity (%) of ExEP at different concentrations (μg/mL).</p
<p>Time Constants for Recovery from Inactivation Induced by 5 s Prepulse to 0 mV.</p
<p>N, I, I* and D represent native state, partially active intermediate state, inactive intermediate...
<p>Time Constants for Recovery from Inactivation Induced by 100 ms Prepulse to 0 mV.</p
When an unstable enzyme is incubated with its substrate(s), catalysis may cease before chemical equi...
<p>*Calculated from the exponential decay phase in <a href="http://www.plosone.org/article/info:doi/...
Inactivation concentrations of PEG-purified SARS-CoV-2 with chlorous acid water under protein loadin...
<p>(A) Urea concentrations for the labels 1–9 were 0, 1, 2, 3, 4, 5, 6, 7 and 8 M, respectively. (B)...
<p>A. Relative GMPR activity is plotted against temperature. The plots were normalized by setting th...
<p>Changes of TP, TDP, SRP and Chl-a concentrations in LTMW and static treatments.</p
<p>The inhibition and inactivation kinetic parameters of PTPase in the presence of urea and GdnHCl.<...
<p>Lineweaver-Burk plots for urea (A) and GdnHCl (B). (C–D) The secondary plots of slope and y-inter...
<p>Residual activity (%) of TfdEI and TfdEII in the presence of different reagents and metal ions.</...
<p>(A) Concentration-dependence of HBCK inactivation by GdnHCl. The other four enzymes had similar i...
<p>Residual activities of PGI at a different concentration of 0.017 mg/L (▪), 0.6 mg/L (•), or 20 mg...
<p>DPPH free radical-scavenging activity (%) of ExEP at different concentrations (μg/mL).</p
<p>Time Constants for Recovery from Inactivation Induced by 5 s Prepulse to 0 mV.</p
<p>N, I, I* and D represent native state, partially active intermediate state, inactive intermediate...
<p>Time Constants for Recovery from Inactivation Induced by 100 ms Prepulse to 0 mV.</p
When an unstable enzyme is incubated with its substrate(s), catalysis may cease before chemical equi...
<p>*Calculated from the exponential decay phase in <a href="http://www.plosone.org/article/info:doi/...
Inactivation concentrations of PEG-purified SARS-CoV-2 with chlorous acid water under protein loadin...
<p>(A) Urea concentrations for the labels 1–9 were 0, 1, 2, 3, 4, 5, 6, 7 and 8 M, respectively. (B)...
<p>A. Relative GMPR activity is plotted against temperature. The plots were normalized by setting th...
<p>Changes of TP, TDP, SRP and Chl-a concentrations in LTMW and static treatments.</p
DOI
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