The cell wall is essential to preserve osmotic integrity of yeast cells. Some phenotypic traits of cell wall mutants suggest that, as a result of a weakening of the cell wall, hypo-osmotic stress-like conditions are created. Consequent expansion of the cell wall and stretching of the plasma membrane trigger a complex response to prevent cell lysis. In this work we examined two conditions that generate a cell wall and membrane stress: one is represented by the cell wall mutant gas1Delta and the other by a hypo-osmotic shock. We examined the actin cytoskeleton and the role of the cell wall sensors Wsc1p and Mid2p in these stress conditions. In the gas1 null mutant cells, which lack a beta(1,3)-glucanosyltransferase activity required for cell ...
International audienceThe yeast S. cerevisiae cell wall comprising a 10 nm thick layer of polysaccha...
The HOG/p38 MAP kinase route is an important stress-activated signal transduction pathway that is we...
The primary role of the Cell Wall Integrity Pathway (CWI) in Saccharomyces cerevisiae is monitoring ...
The ability to adapt to changing environments is a key feature of living cells which is usually medi...
In order for cells to grow and survive, they must be able to overcome changes in their external envi...
International audienceThe fungal cell wall confers cell morphology and protection against environmen...
The fungal cell wall confers cell morphology and protection against environmental insults. For funga...
AbstractCurrent progress highlights the role of the yeast cell wall as a highly dynamic structure th...
Adaptation is an important property of living organisms enabling them to cope with environmental str...
Yeast cell wall integrity (CWI) signaling serves as a model of the regulation of fungal cell wall sy...
AbstractCell wall integrity signalling in Saccharomyces cerevisiae provides a model for the regulati...
In yeast, cytokinesis requires coordination between nuclear division, acto-myosin ring contraction, ...
<div><p>In yeast, cytokinesis requires coordination between nuclear division, acto-myosin ring contr...
Exposure of yeast cells to high osmolarities leads to dehydration, collapse of ion gradients over th...
The actin cytoskeleton of the yeast Saccharomyces cerevisiae can be altered rapidly in response to e...
International audienceThe yeast S. cerevisiae cell wall comprising a 10 nm thick layer of polysaccha...
The HOG/p38 MAP kinase route is an important stress-activated signal transduction pathway that is we...
The primary role of the Cell Wall Integrity Pathway (CWI) in Saccharomyces cerevisiae is monitoring ...
The ability to adapt to changing environments is a key feature of living cells which is usually medi...
In order for cells to grow and survive, they must be able to overcome changes in their external envi...
International audienceThe fungal cell wall confers cell morphology and protection against environmen...
The fungal cell wall confers cell morphology and protection against environmental insults. For funga...
AbstractCurrent progress highlights the role of the yeast cell wall as a highly dynamic structure th...
Adaptation is an important property of living organisms enabling them to cope with environmental str...
Yeast cell wall integrity (CWI) signaling serves as a model of the regulation of fungal cell wall sy...
AbstractCell wall integrity signalling in Saccharomyces cerevisiae provides a model for the regulati...
In yeast, cytokinesis requires coordination between nuclear division, acto-myosin ring contraction, ...
<div><p>In yeast, cytokinesis requires coordination between nuclear division, acto-myosin ring contr...
Exposure of yeast cells to high osmolarities leads to dehydration, collapse of ion gradients over th...
The actin cytoskeleton of the yeast Saccharomyces cerevisiae can be altered rapidly in response to e...
International audienceThe yeast S. cerevisiae cell wall comprising a 10 nm thick layer of polysaccha...
The HOG/p38 MAP kinase route is an important stress-activated signal transduction pathway that is we...
The primary role of the Cell Wall Integrity Pathway (CWI) in Saccharomyces cerevisiae is monitoring ...