Chemotaxis is a fundamentally important part of biology, but we know very little about how gradients of chemoattractant are formed. One answer is self-generated gradients, in which the moving cells break down the attractant to provide their own gradient as they migrate. Here we discuss where self-generated gradients are known, how they can be recognized, and where they are likely to be found in the future
Chemotaxis, the directed motion of a cell toward a chemical source, plays a key role in many essenti...
Eukaryotic chemotaxis involves distinct cell shapes, with movement in shallow gradients dominated by...
Eukaryotic cells are thought to move across supporting surfaces through a combination of coordinated...
Chemotaxis, where cell movement is steered by chemical gradients, is a widespread and essential way ...
Chemotaxis is fundamentally important, but the sources of gradients in vivo are rarely well understo...
Many eukaryotic cells move in the direction of a chemical gradient. Several assays have been develop...
The dataset contains primary image data and derived data tables (both from experiment and simulation...
Chemoattractant gradients are usually considered in terms of sources and sinks that are independent ...
The directed migration of cell collectives is a driving force of embryogenesis. The predominant view...
Chemoattractant gradients are usually considered in terms of sources and sinks that are independent ...
Directional guidance of migrating cells is relatively well explored in the reductionist setting of c...
AbstractEven in the absence of guidance cues, chemotactic cells are often spontaneously motile, whic...
<div><p>Chemotaxis, the directed motion of a cell toward a chemical source, plays a key role in many...
Motility is a fundamental cellular behavior that is often prompted by environmental changes and/or s...
Chemotaxis is a major driver of cancer spread, but in most cases we do not know where gradients of a...
Chemotaxis, the directed motion of a cell toward a chemical source, plays a key role in many essenti...
Eukaryotic chemotaxis involves distinct cell shapes, with movement in shallow gradients dominated by...
Eukaryotic cells are thought to move across supporting surfaces through a combination of coordinated...
Chemotaxis, where cell movement is steered by chemical gradients, is a widespread and essential way ...
Chemotaxis is fundamentally important, but the sources of gradients in vivo are rarely well understo...
Many eukaryotic cells move in the direction of a chemical gradient. Several assays have been develop...
The dataset contains primary image data and derived data tables (both from experiment and simulation...
Chemoattractant gradients are usually considered in terms of sources and sinks that are independent ...
The directed migration of cell collectives is a driving force of embryogenesis. The predominant view...
Chemoattractant gradients are usually considered in terms of sources and sinks that are independent ...
Directional guidance of migrating cells is relatively well explored in the reductionist setting of c...
AbstractEven in the absence of guidance cues, chemotactic cells are often spontaneously motile, whic...
<div><p>Chemotaxis, the directed motion of a cell toward a chemical source, plays a key role in many...
Motility is a fundamental cellular behavior that is often prompted by environmental changes and/or s...
Chemotaxis is a major driver of cancer spread, but in most cases we do not know where gradients of a...
Chemotaxis, the directed motion of a cell toward a chemical source, plays a key role in many essenti...
Eukaryotic chemotaxis involves distinct cell shapes, with movement in shallow gradients dominated by...
Eukaryotic cells are thought to move across supporting surfaces through a combination of coordinated...