Surface proteins of Gram-positive bacteria are linked to the bacterial cell wall by a mechanism that involves cleavage of a conserved Leu-Pro-X-Thr-Gly (LPXTG) motif and that occurs during assembly of the peptidoglycan cell wall. A Staphylococcus aureus mutant defective in the anchoring of surface proteins was isolated and shown to carry a mutation in the srtA gene. Overexpression of srtA increased the rate of surface protein anchoring, and homologs of srtA were found in other pathogenic Gram-positive bacteria. The protein specified bysrtA, sortase, may be a useful target for the development of new antimicrobial drugs
Gram-positive pathogenic bacteria display proteins on their surface that play important roles during...
Many surface proteins of Gram-positive bacteria, which play important roles during the pathogenesis ...
AbstractMany surface proteins of Gram-positive bacteria, which play important roles during the patho...
Many surface proteins of Gram‐positive bacteria are anchored to the cell wall envelope by a transpep...
Many Gram-positive bacteria covalently tether their surface adhesins to the cell wall peptidoglycan....
Gram-positive bacteria display surface proteins on their cells walls to perform a variety of virulen...
Sortases catalyze the covalent attachment of proteins with a C-terminal LPxTG motif to the cell wall...
AbstractSurface proteins in Gram-positive bacteria are anchored to the cell wall by the action of so...
Gram-positive bacteria utilize surface displayed proteins to mediate a wide range of virulence-assoc...
textStaphylococcus aureus sortase A (SrtA) transpeptidase is a prominent membrane bound virulence fa...
Staphylococcus aureus sortase anchors surface pro-teins to the cell wall envelope by cleaving polype...
The bacterial cell wall contains numerous surface-exposed proteins, which are covalently anchored an...
Endogenous Staphylococcus aureus sortase A (SrtA) covalently incorporates cell wall anchored protein...
Bacterial sortases are a very interesting but also challenging subject of study. The whole family co...
Sortase (a transamidase) has been shown to be responsible for the covalent attachment of proteins to...
Gram-positive pathogenic bacteria display proteins on their surface that play important roles during...
Many surface proteins of Gram-positive bacteria, which play important roles during the pathogenesis ...
AbstractMany surface proteins of Gram-positive bacteria, which play important roles during the patho...
Many surface proteins of Gram‐positive bacteria are anchored to the cell wall envelope by a transpep...
Many Gram-positive bacteria covalently tether their surface adhesins to the cell wall peptidoglycan....
Gram-positive bacteria display surface proteins on their cells walls to perform a variety of virulen...
Sortases catalyze the covalent attachment of proteins with a C-terminal LPxTG motif to the cell wall...
AbstractSurface proteins in Gram-positive bacteria are anchored to the cell wall by the action of so...
Gram-positive bacteria utilize surface displayed proteins to mediate a wide range of virulence-assoc...
textStaphylococcus aureus sortase A (SrtA) transpeptidase is a prominent membrane bound virulence fa...
Staphylococcus aureus sortase anchors surface pro-teins to the cell wall envelope by cleaving polype...
The bacterial cell wall contains numerous surface-exposed proteins, which are covalently anchored an...
Endogenous Staphylococcus aureus sortase A (SrtA) covalently incorporates cell wall anchored protein...
Bacterial sortases are a very interesting but also challenging subject of study. The whole family co...
Sortase (a transamidase) has been shown to be responsible for the covalent attachment of proteins to...
Gram-positive pathogenic bacteria display proteins on their surface that play important roles during...
Many surface proteins of Gram-positive bacteria, which play important roles during the pathogenesis ...
AbstractMany surface proteins of Gram-positive bacteria, which play important roles during the patho...