Amino acid substitutions in proteins can result in an altered phenotype which might lead to a disease. PMut2 is a method that can predict whether a mutation has a pathological effect on the protein function. It uses current machine learning algorithms based on protein sequence derived information. The accuracy of PMut2 is as high as 82%, with a Matthews correlation coefficient of 0,62. PMut2 predictions can be obtained through a modern website which also allows to apply the same machine learning methodology that is used to train PMut2 to custom training sets, allowing users to build their own tailor-made predictors
UnrestrictedClassifying and predicting amino acid substitutions are important in pharmaceutical and ...
Next-generation sequencing methods have not only allowed an understanding of genome sequence variati...
This thesis describes a new approach to the detection of protein stability change upon amino acid mu...
Amino acid substitutions in proteins can result in an altered phenotype which might lead to a diseas...
Assessing the impact of amino acid mutations in human health is an important challenge in biomedical...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
Single amino-acid substitution in a protein affects its structure and function. These changes are th...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
Single amino-acid substitution in a protein affects its structure and function. These changes are th...
Identifying pathogenic variants and underlying functional alterations is challenging. To this end, w...
UnrestrictedClassifying and predicting amino acid substitutions are important in pharmaceutical and ...
Next-generation sequencing methods have not only allowed an understanding of genome sequence variati...
This thesis describes a new approach to the detection of protein stability change upon amino acid mu...
Amino acid substitutions in proteins can result in an altered phenotype which might lead to a diseas...
Assessing the impact of amino acid mutations in human health is an important challenge in biomedical...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
We present here a full update of the PMut predictor, active since 2005 and with a large acceptance i...
Single amino-acid substitution in a protein affects its structure and function. These changes are th...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
More reliable and faster prediction methods are needed to interpret enormous amounts of data generat...
Single amino-acid substitution in a protein affects its structure and function. These changes are th...
Identifying pathogenic variants and underlying functional alterations is challenging. To this end, w...
UnrestrictedClassifying and predicting amino acid substitutions are important in pharmaceutical and ...
Next-generation sequencing methods have not only allowed an understanding of genome sequence variati...
This thesis describes a new approach to the detection of protein stability change upon amino acid mu...