<p>The upper schematic illustrates the interactions between the Frz chemosensory module for polarity inversion (light brown background) and the MglA/MglB/RomR polarity module (light grey background). Arrows and T-bars indicate direct interactions and the stippled arrow that the molecular mechanism underlying this interaction is not known. The lower schematic illustrates the localization of the MglA, MglB and RomR proteins in a cell moving in the direction indicated by the arrow and with T4P at the leading pole. The color code is as in the upper panel.</p
Bacterial cells are spatiotemporally highly organised with proteins localising dynamically to distin...
Cells of the bacterium Myxococcus xanthus organize into two types of patterns depending on their nut...
Dynamic control of cell polarity is of critical importance for many aspects of cellular development ...
Cell polarity in Myxococcus xanthus is crucial for the directed motility of individual cells. The po...
Cell polarity, the asymmetric distribution of proteins within cellular space, underlies key processe...
<div><p>How cells establish and dynamically change polarity are general questions in cell biology. C...
Cell polarity underlies key processes in all cells, including growth, differentiation and division. ...
Cell polarity underlies key processes in all cells, including growth, differentiation and division. ...
M. xanthus cells possess two independent motility systems: the adventurous (A) system and the social...
During cell migration, front-rear polarity is spatiotemporally regulated; however, the underlying de...
La bactérie Myxococcus xanthus forme des structures multicellulaires appelées corps fructifères pour...
<div><p>Migrating cells employ sophisticated signal transduction systems to respond to their environ...
Well-defined front-rear cell polarity is essential for directional cell movement. The rod-shaped Myx...
Regulated cell polarity is central to many cellular processes. We investigated the mechanisms that g...
International audienceIn bacteria, cell polarization involves the controlled targeting of specific p...
Bacterial cells are spatiotemporally highly organised with proteins localising dynamically to distin...
Cells of the bacterium Myxococcus xanthus organize into two types of patterns depending on their nut...
Dynamic control of cell polarity is of critical importance for many aspects of cellular development ...
Cell polarity in Myxococcus xanthus is crucial for the directed motility of individual cells. The po...
Cell polarity, the asymmetric distribution of proteins within cellular space, underlies key processe...
<div><p>How cells establish and dynamically change polarity are general questions in cell biology. C...
Cell polarity underlies key processes in all cells, including growth, differentiation and division. ...
Cell polarity underlies key processes in all cells, including growth, differentiation and division. ...
M. xanthus cells possess two independent motility systems: the adventurous (A) system and the social...
During cell migration, front-rear polarity is spatiotemporally regulated; however, the underlying de...
La bactérie Myxococcus xanthus forme des structures multicellulaires appelées corps fructifères pour...
<div><p>Migrating cells employ sophisticated signal transduction systems to respond to their environ...
Well-defined front-rear cell polarity is essential for directional cell movement. The rod-shaped Myx...
Regulated cell polarity is central to many cellular processes. We investigated the mechanisms that g...
International audienceIn bacteria, cell polarization involves the controlled targeting of specific p...
Bacterial cells are spatiotemporally highly organised with proteins localising dynamically to distin...
Cells of the bacterium Myxococcus xanthus organize into two types of patterns depending on their nut...
Dynamic control of cell polarity is of critical importance for many aspects of cellular development ...