CORDIS Project
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This project investigates the collective behavior of bacterial colonies, focusing on how individual bacteria interact and influence the colony's dynamics. It aims to develop advanced mathematical models and simulation methods to bridge the gap between microscopic actions and macroscopic patterns in bacterial growth and…
Some bacteria are known to grow in colonies that form complicated geometrical patterns.
In order to develop such a colony, bacteria will sense and respond to their local environment by secreting and absorbing peptides, proteins, pheromones and other chemotactic or quorum sensing molecules.
Furthermore, under adverse conditions, bacteria can sporulate, alternate its shape, or look for better DNA.
Past work has focused mainly on the biological aspects involved in these processes.
However, much les…
BAR ILAN UNIVERSITY
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