Glycoproteins are ubiquitous in nature and fundamental to most biological processes, including the human immune system. The glycoprotein carbohydrate moieties, or glycans, are very diverse in their structure and composition, and have major effects on the chemical, physical and biological properties of these glycoproteins. The hydrolysis of glycoprotein glycans by bacterial glycosidases can have dramatic effects on glycoprotein function and, thereby, be beneficial for the bacteria in different ways. This review gives an introduction to the expanding field of extracellular glycosidases from bacterial pathogens with activity on host glycoproteins, describes some known and proposed consequences for the host and the bacteria and discusses some e...
Glycoside hydrolases are the tools that pathogenic bacteria use to cut through the defensive glycan ...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...
Glycosylation is a ubiquitous process that is universally conserved in nature. The various products ...
Published online 19 April 2018Many important interactions between bacterial pathogens and their host...
Protein glycosylation is emerging as an important feature in bacteria. Protein glycosylation systems...
There is an ongoing race between bacterial evolution and medical advances. Pathogens have the advant...
Humans have been increasingly recognized as being superorganisms, living in close contact with a mic...
Extracellular polysaccharides and glycoproteins of pathogenic bacteria assist in adherence, autoaggr...
This mini review highlights several interesting aspects of glycan-mediated interactions that are com...
With the comprehensive study and complete sequencing of the Haemophilus influenzae genome in 1995 ca...
Sugars are fascinating and highly diverse molecules with a myriad of roles in all living cells. Impo...
115-119A large number of glycoprotein s are distributed in eukaryotic cells and their details are w...
One often neglected aspect of the host-pathogen interface is the presence of myriad glycoproteins an...
Among the non-carbohydrate components of glycans, the addition of phosphocholine (ChoP) to the glyca...
Glycoside hydrolases are the tools that pathogenic bacteria use to cut through the defensive glycan ...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...
Glycosylation is a ubiquitous process that is universally conserved in nature. The various products ...
Published online 19 April 2018Many important interactions between bacterial pathogens and their host...
Protein glycosylation is emerging as an important feature in bacteria. Protein glycosylation systems...
There is an ongoing race between bacterial evolution and medical advances. Pathogens have the advant...
Humans have been increasingly recognized as being superorganisms, living in close contact with a mic...
Extracellular polysaccharides and glycoproteins of pathogenic bacteria assist in adherence, autoaggr...
This mini review highlights several interesting aspects of glycan-mediated interactions that are com...
With the comprehensive study and complete sequencing of the Haemophilus influenzae genome in 1995 ca...
Sugars are fascinating and highly diverse molecules with a myriad of roles in all living cells. Impo...
115-119A large number of glycoprotein s are distributed in eukaryotic cells and their details are w...
One often neglected aspect of the host-pathogen interface is the presence of myriad glycoproteins an...
Among the non-carbohydrate components of glycans, the addition of phosphocholine (ChoP) to the glyca...
Glycoside hydrolases are the tools that pathogenic bacteria use to cut through the defensive glycan ...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...
Many pathogenic microorganisms invade mammalian and/or plant cells by producing polysaccharide-degra...