<p>Effect of (a) pH on enzyme activity, (b) pH on enzyme stability; pH 3.0 (♦), pH 4.0 (□), pH 5.0 (▲), pH 6.0 (■), pH 7.0 (Δ), pH 8.0 (○), pH 9.0 (●), and pH 10.0 (×), (c) temperature on enzyme activity, and (d) temperature on enzyme stability; 30°C (♦), 40°C (□), 50°C (▲), 60°C (■), 70°C (Δ), 80°C (○), and 90°C (●).</p
<p><b>A</b>. The optimal pH. Enzyme activity was determined with 100 mM glyphosate at 25 °C and with...
<p>The effects of (a) enzyme solution pH; (b) the ratio of enzyme and silica gel; (c) adsorption tim...
<p>(A) pH optimum. The activities of GAD-C and GAD-V were determined in 50 mM citric acid-Na<sub>2</...
<p><b>A</b>) Effect of pH on OiPncC activity measured by the HPLC Assay. The buffers used were 50 mM...
<p>(A) Effects of temperature on enzyme activities of farnesol dehydrogenase and stability of the en...
<p>(a) Effect of pH on enzymatic activity, measured in 50 mM glycine-HCl buffer (pH 2.5–3.5, closed ...
<p>(a) Relative activity at different temperatures; and (b) relative activity at different pH. Relat...
<p>Enzyme reactions were performed under standard conditions in the presence of 15 mM M6P. Activitie...
<p>Effects of pH on the activity (A) and stability (B) of KERUS, NUE, and KOROPON. The activity of t...
<p>(<b>A</b>) Effect of pH on the enzymatic activity of TpManGH5 at 75°C. (<b>B</b>) Effect of tempe...
<p>A: Effect of pH on activity of mutants. B: Effect of pH on stability of mutants.</p
In order to experiment the effects of low and high temperature upon the enzyme activity, the author ...
<p>(A) Temperature: Reactions were performed in 50 mM HEPES buffer (pH 7.5) containing 0.5 mM pNPGA,...
<p>A. Effect of pH on the catalytic activity of sll0067. B. Effect of temperature on the activity of...
<p>(<b>A</b>) pH–activity profiles of APEH-1<sub><i>Ch</i></sub> (▲), APEH-2<sub><i>Ch</i></sub> (■)...
<p><b>A</b>. The optimal pH. Enzyme activity was determined with 100 mM glyphosate at 25 °C and with...
<p>The effects of (a) enzyme solution pH; (b) the ratio of enzyme and silica gel; (c) adsorption tim...
<p>(A) pH optimum. The activities of GAD-C and GAD-V were determined in 50 mM citric acid-Na<sub>2</...
<p><b>A</b>) Effect of pH on OiPncC activity measured by the HPLC Assay. The buffers used were 50 mM...
<p>(A) Effects of temperature on enzyme activities of farnesol dehydrogenase and stability of the en...
<p>(a) Effect of pH on enzymatic activity, measured in 50 mM glycine-HCl buffer (pH 2.5–3.5, closed ...
<p>(a) Relative activity at different temperatures; and (b) relative activity at different pH. Relat...
<p>Enzyme reactions were performed under standard conditions in the presence of 15 mM M6P. Activitie...
<p>Effects of pH on the activity (A) and stability (B) of KERUS, NUE, and KOROPON. The activity of t...
<p>(<b>A</b>) Effect of pH on the enzymatic activity of TpManGH5 at 75°C. (<b>B</b>) Effect of tempe...
<p>A: Effect of pH on activity of mutants. B: Effect of pH on stability of mutants.</p
In order to experiment the effects of low and high temperature upon the enzyme activity, the author ...
<p>(A) Temperature: Reactions were performed in 50 mM HEPES buffer (pH 7.5) containing 0.5 mM pNPGA,...
<p>A. Effect of pH on the catalytic activity of sll0067. B. Effect of temperature on the activity of...
<p>(<b>A</b>) pH–activity profiles of APEH-1<sub><i>Ch</i></sub> (▲), APEH-2<sub><i>Ch</i></sub> (■)...
<p><b>A</b>. The optimal pH. Enzyme activity was determined with 100 mM glyphosate at 25 °C and with...
<p>The effects of (a) enzyme solution pH; (b) the ratio of enzyme and silica gel; (c) adsorption tim...
<p>(A) pH optimum. The activities of GAD-C and GAD-V were determined in 50 mM citric acid-Na<sub>2</...