Discovery Projects - Grant ID: DP170100453 [ 2017 - 2023 ]

Research Grant

[Cite as]

Researchers A/Prof Diane McDougald; A/Prof Scott Rice; Prof Dr Michael Givskov

Brief description The project aims to determine if increased fitness of bacteria in animal or human hosts (increased virulence) can occur due to indirect rather than direct selective pressure, particularly pressure on bacteria arising from predation by protozoa. Protozoa feed on many pathogenic bacteria (e.g. those that cause cholera and chronic infections) in the ocean, and warming oceans are predicted to increase predation. Knowing the effect of warming oceans on marine bacteria and the emergence of virulence in bacteria that are subject to predation in the environment can inform design of tools for monitoring the risk of infection outbreaks. Benefits would be realised by academic researchers, clinicians and policy-makers interested in optimising the tracking of infection threats.

Funding Amount $379,500

Funding Scheme Discovery Projects

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