Bacteria represent a fascinating and complex universe. Their versatile and adaptive development plan allows them to thrive in a wide range of environments throughout their entire life cycle. As microscopic organisms, they have the ability to rapidly adapt to their surroundings, developing strategies to efficiently utilize available nutrients and energy sources. Bacteria can modify their metabolism in response to environmental changes, tolerate extreme conditions, and establish defense mechanisms against hostile factors such as antibiotics, phages, and immune system attacks.

The Microbiology Section of SAIB strongly emphasizes the latest advancements in Bacteriology, Pathogenesis, Physiology, and Molecular Biology. The central topics of this section focus on the study of signaling pathways, metabolic networks, and genes that regulate fundamental processes in bacterial life. This includes both model organisms and bacteria of clinical and environmental significance.

Here, you will find contributions from leading research groups in the field, who approach the study of bacteria using a range of multidisciplinary techniques. This includes the analysis of massive datasets from genomics, proteomics, and metabolomics, aimed at evaluating processes occurring in different bacterial species. The goal is to understand the mechanisms regulating bacterial growth, development, energy production, defense, and interactions with their environment.

Section Representative: Dra. Julieta Fernández