Dissecting bacterial signal transduction. Bacteria have feelings. They sense and respond to changes using proteins called two-component signalling systems (TCSS). These comprise a sensor which activates a DNA binding protein in response to specific cues (signals). Using state-of-the-art genetic techniques and a synthetic biology approach, this research aims to reveal for the first time how these complex bacterial TCSS networks interact. The outcomes will be a fundamental, new understanding of ho ....Dissecting bacterial signal transduction. Bacteria have feelings. They sense and respond to changes using proteins called two-component signalling systems (TCSS). These comprise a sensor which activates a DNA binding protein in response to specific cues (signals). Using state-of-the-art genetic techniques and a synthetic biology approach, this research aims to reveal for the first time how these complex bacterial TCSS networks interact. The outcomes will be a fundamental, new understanding of how bacteria sense and respond to environmental signals; a deep dive into how bacteria feel. This knowledge will be the basis for innovative approaches to harness bacteria in biotech such as vaccine production, biofuels, or clever therapeutic interventions to stop bacterial infections.Read moreRead less