<p>Based on experimental substrate data the specificity A is calculated. Through bootstrapping a subset is created and the specificity of this subset is calculated to generate B. By performing a linear fit and extrapolating the specificity to 0 in 1/n space we estimate the specificity for infinite substrates.</p
<p>The cases of a totally unspecific pocket (upper left), an unspecific pocket (upper right) and an ...
SummaryA major bottleneck in protein structure prediction is the selection of correct models from a ...
<p><b>Copyright information:</b></p><p>Taken from "Determinants of protein function revealed by comb...
<div><p>Calculation of cleavage entropies allows to quantify, map and compare protease substrate spe...
A purely information theory-guided approach to quantitatively characterize protease specificity is e...
<div><p>A purely information theory-guided approach to quantitatively characterize protease specific...
<p>Serine proteases and associated MEROPS clans sorted according to the number of known substrates n...
<p>Ranking of 49 proteases with respective MEROPS clan (including the added 2 glutamic proteases) in...
<p>Panels A and B show an analysis of the P1´and P2´specificities. The sequences of the different su...
<p>Panels A and B show the cleavage of two substrates, one containing Phe in the P1 position and one...
<p>(A) The fraction of a given cleavage site that is yet uncleaved (the total concentration of all m...
<p>Accuracy in predicting the exact location (or absence) of a cleavage site in whole proteins measu...
1.1 Cleavage fractions due to enzyme activity and random DNA breakage The OLTD in the N-element vect...
AbstractOne peptidase can usually be distinguished from another biochemically by its action on prote...
<p>The cases of a totally unspecific pocket (upper left), an unspecific pocket (upper right) and an ...
<p>The cases of a totally unspecific pocket (upper left), an unspecific pocket (upper right) and an ...
SummaryA major bottleneck in protein structure prediction is the selection of correct models from a ...
<p><b>Copyright information:</b></p><p>Taken from "Determinants of protein function revealed by comb...
<div><p>Calculation of cleavage entropies allows to quantify, map and compare protease substrate spe...
A purely information theory-guided approach to quantitatively characterize protease specificity is e...
<div><p>A purely information theory-guided approach to quantitatively characterize protease specific...
<p>Serine proteases and associated MEROPS clans sorted according to the number of known substrates n...
<p>Ranking of 49 proteases with respective MEROPS clan (including the added 2 glutamic proteases) in...
<p>Panels A and B show an analysis of the P1´and P2´specificities. The sequences of the different su...
<p>Panels A and B show the cleavage of two substrates, one containing Phe in the P1 position and one...
<p>(A) The fraction of a given cleavage site that is yet uncleaved (the total concentration of all m...
<p>Accuracy in predicting the exact location (or absence) of a cleavage site in whole proteins measu...
1.1 Cleavage fractions due to enzyme activity and random DNA breakage The OLTD in the N-element vect...
AbstractOne peptidase can usually be distinguished from another biochemically by its action on prote...
<p>The cases of a totally unspecific pocket (upper left), an unspecific pocket (upper right) and an ...
<p>The cases of a totally unspecific pocket (upper left), an unspecific pocket (upper right) and an ...
SummaryA major bottleneck in protein structure prediction is the selection of correct models from a ...
<p><b>Copyright information:</b></p><p>Taken from "Determinants of protein function revealed by comb...