The alpha/beta hydrolase fold is a typical example of a tertiary fold adopted by proteins that have no obvious sequence similarity, but nevertheless, in the course of evolution, diverged from a common ancestor. Recently solved structures demonstrate a considerably increased variability in fold architecture and substrate specificity, necessitating the redefinition of the minimal features that distinguish the family.</p
There are approximately 100 known members of the family 3 group of glycoside hydrolases, most of whi...
Phylogenomic analysis of the occurrence and abundance of protein domains in proteomes has recently s...
Proteins are the molecular machines of the cell that fold into specific three-dimensional structures...
The alpha/beta hydrolase fold is a typical example of a tertiary fold adopted by proteins that have ...
The alpha/beta hydrolase fold is a typical example of a tertiary fold adopted by proteins that have ...
We have identified a new protein fold-the alpha/beta-hydrolase fold-that is common to several hydrol...
We have identified a new protein fold-the α/β hydrolase fold-that is common to several hydrolytic en...
α/β Hydrolase fold proteins are an important, diverse, widespread group of enzymes not yet fully exp...
Abstractα/β Hydrolase fold proteins are an important, diverse, widespread group of enzymes not yet f...
International audienceGenes coding for members of the alpha/beta hydrolase fold superfamily of prote...
The a/B hydrolase fold is one of the most common protein folds found in Nature. lt comprises hydroly...
Alpha/beta hydrolases function as hydrolases, lyases, transferases, hormone precursors or transporte...
The α/β hydrolase superfamily has rapidly expanded in recent years and continues to do so at an expe...
The (beta alpha)(8)-barrel is the most frequent and most versatile fold among enzymes [Höcker et al....
lationship), superfamilies (probable common evolution-ary origin) and folds (Murzin et al., 1995). P...
There are approximately 100 known members of the family 3 group of glycoside hydrolases, most of whi...
Phylogenomic analysis of the occurrence and abundance of protein domains in proteomes has recently s...
Proteins are the molecular machines of the cell that fold into specific three-dimensional structures...
The alpha/beta hydrolase fold is a typical example of a tertiary fold adopted by proteins that have ...
The alpha/beta hydrolase fold is a typical example of a tertiary fold adopted by proteins that have ...
We have identified a new protein fold-the alpha/beta-hydrolase fold-that is common to several hydrol...
We have identified a new protein fold-the α/β hydrolase fold-that is common to several hydrolytic en...
α/β Hydrolase fold proteins are an important, diverse, widespread group of enzymes not yet fully exp...
Abstractα/β Hydrolase fold proteins are an important, diverse, widespread group of enzymes not yet f...
International audienceGenes coding for members of the alpha/beta hydrolase fold superfamily of prote...
The a/B hydrolase fold is one of the most common protein folds found in Nature. lt comprises hydroly...
Alpha/beta hydrolases function as hydrolases, lyases, transferases, hormone precursors or transporte...
The α/β hydrolase superfamily has rapidly expanded in recent years and continues to do so at an expe...
The (beta alpha)(8)-barrel is the most frequent and most versatile fold among enzymes [Höcker et al....
lationship), superfamilies (probable common evolution-ary origin) and folds (Murzin et al., 1995). P...
There are approximately 100 known members of the family 3 group of glycoside hydrolases, most of whi...
Phylogenomic analysis of the occurrence and abundance of protein domains in proteomes has recently s...
Proteins are the molecular machines of the cell that fold into specific three-dimensional structures...