Dictyostellium discoideum displays chemoattractant-directed cell migration typical of many higher cell types. Signalling through chemoattractant receptors involves a standard G-protein-linked pathway. Genetic analysis has distinguished essential and dispensable components and demonstrated that some signaling events are independent of G proteins. Genetic analysis has also led to the identification of additional genes involved in chemosensory transduction. Further studies on the newly discovered components and pathways should help in elucidating the molecular mechanisms of eukaryotic chemotaxis
Aggregating Dictyostelium cells secrete cAMP during cell aggregation, cAMP induces two fast response...
Chemotaxis is the property of cells to migrate towards gradients of chemicals. It is a highly dynami...
The chemoattractant cAMP induces directed cell locomotion in Dictyostelium cells. Several second mes...
Activation of the chemoattractant receptor of Dictyostelium elicits many of the same biochemical eve...
Chemotaxis requires some form of signal transduction system (or systems) to convert extracellular me...
AbstractActivation of the chemoattractant receptor of Dictyostelium elicits many of the same biochem...
Chemotaxis is the property of cells to migrate towards gradients of chemicals. It is a highly dynami...
Chemotaxis describes directional motility along ambient chemical gradients and has important roles i...
AbstractThe chemoattractant cAMP induces directed cell locomotion in Dictyostelium cells. Several se...
Chemotaxis, the directional movement towards a chemical compound, is an essential property of many c...
G-protein–mediated signal transduction pathways play an essential role in the developmental program ...
Chemotaxis is the ability of cells to move in the direction of an external gradient of signaling mol...
AbstractCells have the innate ability to sense and move towards a variety of chemoattractants. We in...
It has been 22 years since cAMP was identified as the acrasin, i.e., the chemotactic substance media...
Can investigators working with mammalian cells learn new concepts on transmembrane signal transducti...
Aggregating Dictyostelium cells secrete cAMP during cell aggregation, cAMP induces two fast response...
Chemotaxis is the property of cells to migrate towards gradients of chemicals. It is a highly dynami...
The chemoattractant cAMP induces directed cell locomotion in Dictyostelium cells. Several second mes...
Activation of the chemoattractant receptor of Dictyostelium elicits many of the same biochemical eve...
Chemotaxis requires some form of signal transduction system (or systems) to convert extracellular me...
AbstractActivation of the chemoattractant receptor of Dictyostelium elicits many of the same biochem...
Chemotaxis is the property of cells to migrate towards gradients of chemicals. It is a highly dynami...
Chemotaxis describes directional motility along ambient chemical gradients and has important roles i...
AbstractThe chemoattractant cAMP induces directed cell locomotion in Dictyostelium cells. Several se...
Chemotaxis, the directional movement towards a chemical compound, is an essential property of many c...
G-protein–mediated signal transduction pathways play an essential role in the developmental program ...
Chemotaxis is the ability of cells to move in the direction of an external gradient of signaling mol...
AbstractCells have the innate ability to sense and move towards a variety of chemoattractants. We in...
It has been 22 years since cAMP was identified as the acrasin, i.e., the chemotactic substance media...
Can investigators working with mammalian cells learn new concepts on transmembrane signal transducti...
Aggregating Dictyostelium cells secrete cAMP during cell aggregation, cAMP induces two fast response...
Chemotaxis is the property of cells to migrate towards gradients of chemicals. It is a highly dynami...
The chemoattractant cAMP induces directed cell locomotion in Dictyostelium cells. Several second mes...