2021•Zenodo (CERN European Organization for Nuclear Research)Open access

Interfering with Bacterial Signalling Mechanisms as a Novel Strategy to Control Diseases – Aquaculture as a Case Study

Tom Defoirdt

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Abstract

Bacterial pathogens are quickly developing resistance to all known antibiotics. As a result, antibiotic treatments become ineffective, and diseases caused by antibiotic-resistant bacteria are currently a major cause of death worldwide. Bacterial cell-to-cell signalling mechanisms (quorum sensing) control several phenotypes that are required by pathogens to infect their host. Therefore, interfering with these mechanisms is now intensively studied as a novel strategy to control bacterial diseases.

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Bacterial pathogens are quickly developing resistance to all known antibiotics. As a result, antibiotic treatments become ineffective, and diseases caused by antibiotic-resistant bacteria are currently a major cause of death worldwide. Bacterial cell-to-cell signalling mechanisms (quorum sensing) control several phenotypes that are required by pathogens to infect their host. Therefore, interfering with these mechanisms is now intensively studied as a novel strategy to control bacterial diseases.

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Available abstract

Bacterial pathogens are quickly developing resistance to all known antibiotics. As a result, antibiotic treatments become ineffective, and diseases caused by antibiotic-resistant bacteria are currently a major cause of death worldwide. Bacterial cell-to-cell signalling mechanisms (quorum sensing) control several phenotypes that are required by pathogens to infect their host. Therefore, interfering with these mechanisms is now intensively studied as a novel strategy to control bacterial diseases.

Key concepts: Signalling, Aquaculture, Signalling pathways, Control (management), Business, Biology, Cell biology, Fishery

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