Bacteria adjust to a large variety of surroundings by regulating the expression of the appropriate genes. They respond to soluble compounds, compounds attached to surfaces, osmotic pressure, or temperature. The way they react to signals elicited from the surrounding without entering the cells is of particular interest because this involves signal recognition on the cell surface or in the periplasm followed by long range signal transmission into the cytoplasm where gene control takes place
Bacteria can adapt to various environmental factors such as temperature, pressure, ions, nutrients a...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...
Cells adjust their behavior continuously in response to changing environmental conditions. Stimuli i...
Bacteria are highly adaptable organisms capable of growth on countless carbon and nitrogen sources a...
Bacteria are capable of sensing a wide variety of environmental signals, including changes i...
Confronted with the multitude of bacterial or fungal species which form biofilms within a complex co...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Bacterial chemotaxis allows cells to respond to over 35 different There are transmembrane cell surfa...
Bacterial chemotaxis allows cells to respond to over 35 different There are transmembrane cell surfa...
SummaryTwo-component regulatory systems are commonly used by bacteria to sense and respond to their ...
Bacterial sensing circuits may be triggered by molecules originating from the environment (e.g., nut...
The conversion of environmental signals into cellular responses is a critically important process th...
Bacteria can adapt to various environmental factors such as temperature, pressure, ions, nutrients a...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...
Cells adjust their behavior continuously in response to changing environmental conditions. Stimuli i...
Bacteria are highly adaptable organisms capable of growth on countless carbon and nitrogen sources a...
Bacteria are capable of sensing a wide variety of environmental signals, including changes i...
Confronted with the multitude of bacterial or fungal species which form biofilms within a complex co...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Living cells perceive various chemical and physical stimuli via proteins in their membranes that sen...
Bacterial chemotaxis allows cells to respond to over 35 different There are transmembrane cell surfa...
Bacterial chemotaxis allows cells to respond to over 35 different There are transmembrane cell surfa...
SummaryTwo-component regulatory systems are commonly used by bacteria to sense and respond to their ...
Bacterial sensing circuits may be triggered by molecules originating from the environment (e.g., nut...
The conversion of environmental signals into cellular responses is a critically important process th...
Bacteria can adapt to various environmental factors such as temperature, pressure, ions, nutrients a...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...
Many of the ways that cells talk and listen to the external world center on the presence of proteins...