The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is essential for pathogens but is absent in humans. Our systematic evaluation of the druggability of all enzymes provides a convenient way of selecting targets that should be most easily inhibited by small-molecule drugs. We found that not every target is equally druggable and we identified novel, druggable, potentially allosteric sites. These results should accelerate the development of anti-infective drugs with a novel mode of action, which are needed ever more urgently in light of the rapid emergence of drug-resistant strains
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Motivation: In early stage of therapeutics, several structure and ligand-based in-silico approaches ...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
The non-mevalonate pathway constitutes a source of novel drug targets. This biosynthetic route is es...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Motivation: In early stage of therapeutics, several structure and ligand-based in-silico approaches ...
Molecular drug design begins with the identication of a problem to solve. This work identie...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
Biocatalysts utilize allosteric mechanisms to control selectivity, catalytic activity, and the trans...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
The inhibition of essential enzymes in microbial pathogens offers a route to treatment of infectious...
Isoprenoids are an essential class of natural products with a myriad of biological functions. All is...