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Bacteria load their syringes

Disease-causing bacteria of the genus Salmonella or Yersinia can use tiny injection apparatuses to inject harmful proteins into host cells, much to the discomfo

Bonn
Nordrhein-westfalen
Germany
United-states
Ulrike-endesfelder
Andreas-diepold
Stephan-wimmi
University-of-bonn
Carnogie-mellon-university-in-pittsburgh
Max-planck-institute-in-marburg
Max-planck-institute
University-in-bonn

Pathogenic bacteria use molecular 'shuttle services' to fill their injection apparatus with the right product

Pathogenic bacteria use molecular 'shuttle services' to fill their injection apparatus with the right product
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Bonn
Nordrhein-westfalen
Germany
Andreas-diepold
Ulrike-endesfelder
Stephan-wimmi-alexander-balinovic
Stephan-wimmi
Max-planck-institute-in-marburg
University-of-bonn
Max-planck-institute
Carnegie-mellon-university-in-pittsburgh
University-in-bonn

The Darwin Wall Still Stands; but for How Long?

The tyranny of Darwinism in academia does not yet allow for open exchange of ideas and debate over origins.

Germany
Berlin
East-germany
Itzhak-fishov
Michael-behe
Andreas-diepold
Stephan-wimmi
Casey-luskin
Bailey-milne-davies
Sharanya-namboodiri
Porsche
Darwin-party

Bacteria adapt syringe apparatus to changing conditions

 E-Mail IMAGE: In order to increase survival chances in contact to eukaryotic host cells, both symbiotic and pathogenic bacteria have developed methods to influence host cell behavior. The type III secretion system. view more  Credit: Max Planck Institute for Terrestrial Microbiology Basic, acidic, basic again: for pathogenic bacteria such as Salmonella, the human digestive tract is a sea change. So how do the bacteria manage to react to these changes? A team of researchers from the Max Planck Institute for Terrestrial Microbiology in Marburg led by Andreas Diepold has now provided a possible explanation: pathogenic bacteria can change components of their injection apparatus on the fly - like changing the tires on a moving car - to enable a rapid response.

Stephan-wimmi
Ulrike-endesfelder
Andreas-diepold
Nature-communications
Max-planck-institute-for-terrestrial-microbiology
Max-planck-institute
Terrestrial-microbiology
Biology
Microbiology
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