Molecular Biology of Microorganisms

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Program Overview

This program focuses on the analysis of the functioning of very diverse microorganisms, both prokaryotes (archaea, lactic acid bacteria, cyanobacteria, streptomycetes, etc.) and eukaryotes (various yeasts, filamentous fungi, amoebae, etc.).

The proposed training meets the research requirements in microbiology by providing an opening to applications in the healthcare, environmental, and industrial sectors. The education will reinforce conceptual and experimental knowledge through genomic, proteomic, genetic, and biochemical approaches. This specialization aims to train students in current microbiological issues, both in fundamental fields (microbiology, molecular genetics, genome expression, and microorganism physiology), medical fields (host-pathogen interactions, pathophysiology, prophylaxis, therapeutic approaches), and applied fields (industrial use of microorganisms, new tools for investigating the microbial world, microbial ecology, environmental microbiology).

This training will enable learners to understand microorganisms in their various structural, functional, evolutionary, and applied aspects. We aim to provide training in molecular microbiology that will give our students advanced education in microbial biotechnology, allowing them to undertake internships in prestigious laboratories abroad. Thus, we will promote the transfer of new technologies to our country. To achieve these goals, the training team relies on:

  • Teaching whose value has been long recognized (genetics, molecular cell biology, microbiology)
  • More recently created courses (genomics, biodiversity, evolution, multifactorial genetics).


Teaching Language : Main language: French / Secondary language: English

Curriculum Highlights

Core Courses

Genetics of prokaryotes

Taxonomy, metabolism and microbial physiology

Regulation of gene expression in microorganisms

Interactions of microorganisms


Photosynthetic microorganisms

Food microbiology

Pathogenic microorganisms


Advanced Topics

Genetic engineering

Genome plasticity

Applications of genetic methods to microorganisms


Admissions Information

Any candidate holding a Bachelor's degree in Microbiology within the Biological Sciences stream, or a Bachelor's degree in Microbial Biotechnology within the Biotechnology stream, may be admitted following a selection based on ranking average.

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