The course "Communication and Interaction in the Microbiological World" offers a fascinating journey into the complex and sophisticated communication realm of microorganisms. Throughout the course, participants will be exposed to the intricate communication systems that exist between bacteria, fungi, and plants, while understanding the molecular and biochemical mechanisms that enable these interactions. The course delves deep into the study of sophisticated chemical and biological communication systems, including signaling molecules, hormones, and unique communication compounds used for information transfer between different organisms. A central topic in the course is the exploration of bacteria's "molecular weapons arsenal," which includes sophisticated defense and attack systems such as secretion systems, enzymes, and toxins, used both for protection and resource competition. Participants will learn about the advanced sensory systems of microorganisms, including molecular sensors and receptors that enable them to detect and appropriately respond to environmental changes. A significant portion of the course is dedicated to understanding bacterial intercellular communication mechanisms, including the phenomenon of Quorum Sensing and complex signaling systems that enable coordinated group behavior. The course combines theoretical lectures with advanced laboratory experiments, interactive discussions, and analysis of breakthrough research in the field, emphasizing practical applications in agriculture, medicine, and modern biotechnology.

* The course material will be tailored to the age of the learners.