Understanding how bacteria colonize solid surfaces is of significant clinical, industrial and ecological importance. In this study, we identified genes that are required for Caulobacter crescentu
Understanding the interfacial activity of bacteria is of critical importance due to the huge economi...
International audienceOver the last decades, surface biocontamination has become a major concern in ...
Bacterial flagella play key roles in surface attachment and host-bacterial interactions as well as d...
ABSTRACT Due to their intimate physical interactions with the environment, surface polysaccharides a...
ABSTRACT Bacterial surface attachment is mediated by filamentous appendages called pili. Here, we de...
Bacteria are able to colonize surfaces in environmental, industrial, and medical settings, where the...
Alphaproteobacteria commonly produce an adhesin that is anchored to the exterior of the envelope at ...
The assembly of the flagellum, a sophisticated nanomachine powering bacterial locomotion in liquids ...
Alphaproteobacteria commonly produce an adhesin that is anchored to the exterior of the envelope at ...
Bacteria are commonly found in their natural environments not as single cells, but as part of commun...
The bacterial flagellum is a complex apparatus assembled of more than 20 different proteins. The fla...
Bacteria are commonly found in their natural environments not as single cells, but as part of commun...
Bacterial surface attachment is mediated by rotary flagella and filamentous appendages called pili. ...
Caulobacter crescentus is motile by virtue of a polar flagellum assembled during the predivisional s...
Archaea, like bacteria, use type IV pili to facilitate surface adhesion. Moreover, archaeal flagella...
Understanding the interfacial activity of bacteria is of critical importance due to the huge economi...
International audienceOver the last decades, surface biocontamination has become a major concern in ...
Bacterial flagella play key roles in surface attachment and host-bacterial interactions as well as d...
ABSTRACT Due to their intimate physical interactions with the environment, surface polysaccharides a...
ABSTRACT Bacterial surface attachment is mediated by filamentous appendages called pili. Here, we de...
Bacteria are able to colonize surfaces in environmental, industrial, and medical settings, where the...
Alphaproteobacteria commonly produce an adhesin that is anchored to the exterior of the envelope at ...
The assembly of the flagellum, a sophisticated nanomachine powering bacterial locomotion in liquids ...
Alphaproteobacteria commonly produce an adhesin that is anchored to the exterior of the envelope at ...
Bacteria are commonly found in their natural environments not as single cells, but as part of commun...
The bacterial flagellum is a complex apparatus assembled of more than 20 different proteins. The fla...
Bacteria are commonly found in their natural environments not as single cells, but as part of commun...
Bacterial surface attachment is mediated by rotary flagella and filamentous appendages called pili. ...
Caulobacter crescentus is motile by virtue of a polar flagellum assembled during the predivisional s...
Archaea, like bacteria, use type IV pili to facilitate surface adhesion. Moreover, archaeal flagella...
Understanding the interfacial activity of bacteria is of critical importance due to the huge economi...
International audienceOver the last decades, surface biocontamination has become a major concern in ...
Bacterial flagella play key roles in surface attachment and host-bacterial interactions as well as d...
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