Learning objectives
It allows students to focus on the problems and solutions necessary to understand the biology phenomena occurring in the bacteria. It provides a multi-sectorial approach (microbial genomics and microbial ecology) for an effective understanding of bacterial biology and evolution in the microbial world.
Prerequisites
No prerequisite are needed
Course unit content
This course familiarizes students with concepts, techniques and issues related to the microbiology applied to the understanding of the microbial communities residing in the human body.
It provides students an understanding of main phenomena occurring in complex microbial communities with respect their interaction with the environment.
Full programme
•Extracellular structures of bacteria and their interactions with the eukaryotic cells.Short description of bacteriology.
•Interaction of bacteria with the environment.
•Assessing of the biodiversity of complex microbial communities.
•The intestinal, oral, vaginal and skin microbiota in humans.
•Microbial biomarkers and enterotypes.
•Metagenomics approaches to investigate the functionality of the intestinal microbiota.
•The intestinal microbiota and microbial dysbiosis.
•Microbial genomics as a mean to discovery bacterial adaptation to the intestinal ecological niche.
•Probiotic bacteria.
•Probiogenomics and Pathogenomics.
•Examples of next generation of probiotic bacteria.
Bibliography
Biologia dei Microrganismi, Deho', Galli, CEA
Teaching methods
Frontal lesson with projection of didactic material, copy of which will be supplied to the students. Furthermore, practical course directed to provide insights into the diversity of the microbial communities residing in the human gut will be performed through the use of Next Generation DNA Sequencing technologies.
Assessment methods and criteria
The appraisal is based on written and oral examination, starting with the exposure of an argument chosen by the student.
Other information
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2030 agenda goals for sustainable development
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