Getting a grip: The molecular mechanisms of Bdellovibrio attachment

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Dr. Simon Caulton

Covered in this Webinar

Learn the significance of mosaic adhesive trimers (MATs) for the predatory bacterium B. bacteriovirus

Hear how the University of Birmingham characterized these MATs using structural and biophysical techniques

Find out why Twist Clonal Genes were chosen to power this research

Discover the significance of this work for understanding how predatory bacteria bind prey cells

Watch Dr. Simon Caulton discusses his team's discovery of a new family of adhesive fibers which he refers to as mosaic adhesive trimers (MATs), and their impact on our understanding of how predatory bacteria bind to its prey.

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Getting a grip: The molecular mechanisms of Bdellovibrio attachment

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