<p><sup>a</sup> not applicable</p><p><sup>b</sup> activity determined with 1-iodohexane at 37°C and pH 8.6; ΔΔG–predicted change in Free Gibbs Energy; DSC–Differential Scanning Calorimetry; DhaA115 combines mutations of DhaA101 and DhaA112</p><p>Characteristics of predicted multiple-point mutants of DhaA.</p
<p>A) Locations of substitutions in energy-based, evolution-based and combined mutants of DhaA enzym...
<p>Phenotypes (listed on the left) of the histone mutants rated relative to wild type (WT) and addit...
a<p>++: highly conserved; + conserved in vertebrates; − not conserved.</p>b<p>according to Palmai et...
<p><sup>a</sup> not applicable</p><p><sup>b</sup> activity determined with γ-hexachlorocyclohexane a...
<p>A) Melting temperatures of DhaA wild-type (blue) and DhaA115 (red) in the presence of indicated s...
<p>A) Chemical structure of DHA. B) Interactions between DHA and cNLRX1 predicted by molecular docki...
<p><i>K</i><sub>0.5</sub> –concentration of substrate at half maximal velocity, <i>k</i><sub>cat</su...
<p>Kinetic parameters of OPH mutants in the DFP hydrolysis with or without triethanolamine (TEA).</p
<p><b>A.</b> Wild-type (WT) FHbp ID 1 (dashed grey line) and Q38R mutant (solid black line). <b>B-E....
There is great interest in increasing proteins' stability to enhance their utility as biocatalysts, ...
The x-axis labels represent the location combinations in the BbPK. The y-axis labels represent the r...
<p>(a) The activities of mutant lactate dehydrogenases. (b) The activities of glutamate dehydrogenas...
<p>(A) Mutant cycle analysis shows free energy changes between H33C and S345C. (B) Mutant cycle anal...
<p>The activities of human dehydrogenase and its variants were measured by detecting spectrophotomet...
<p>Summary of the biophysical parameters of <i>Pf</i>MDH mutants, as assessed by Static Light Scatte...
<p>A) Locations of substitutions in energy-based, evolution-based and combined mutants of DhaA enzym...
<p>Phenotypes (listed on the left) of the histone mutants rated relative to wild type (WT) and addit...
a<p>++: highly conserved; + conserved in vertebrates; − not conserved.</p>b<p>according to Palmai et...
<p><sup>a</sup> not applicable</p><p><sup>b</sup> activity determined with γ-hexachlorocyclohexane a...
<p>A) Melting temperatures of DhaA wild-type (blue) and DhaA115 (red) in the presence of indicated s...
<p>A) Chemical structure of DHA. B) Interactions between DHA and cNLRX1 predicted by molecular docki...
<p><i>K</i><sub>0.5</sub> –concentration of substrate at half maximal velocity, <i>k</i><sub>cat</su...
<p>Kinetic parameters of OPH mutants in the DFP hydrolysis with or without triethanolamine (TEA).</p
<p><b>A.</b> Wild-type (WT) FHbp ID 1 (dashed grey line) and Q38R mutant (solid black line). <b>B-E....
There is great interest in increasing proteins' stability to enhance their utility as biocatalysts, ...
The x-axis labels represent the location combinations in the BbPK. The y-axis labels represent the r...
<p>(a) The activities of mutant lactate dehydrogenases. (b) The activities of glutamate dehydrogenas...
<p>(A) Mutant cycle analysis shows free energy changes between H33C and S345C. (B) Mutant cycle anal...
<p>The activities of human dehydrogenase and its variants were measured by detecting spectrophotomet...
<p>Summary of the biophysical parameters of <i>Pf</i>MDH mutants, as assessed by Static Light Scatte...
<p>A) Locations of substitutions in energy-based, evolution-based and combined mutants of DhaA enzym...
<p>Phenotypes (listed on the left) of the histone mutants rated relative to wild type (WT) and addit...
a<p>++: highly conserved; + conserved in vertebrates; − not conserved.</p>b<p>according to Palmai et...