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Training for, through and in research, with continuity from master’s to doctorate level
Our ecosystem
The MarMaRa institute has 2 faculties (university training entities) with around 150 master’s students on specialisations attached to our institute and 4 partner doctoral schools in our scope, with around 50 PhD students per year completing their theses within our research teams.
Partner faculties
Master’s programmes
- Masters in Health Biology
Human and medical genetics specialisation - Masters in Structural and Genomics Biology
Genomics and data analysis specialisation - Masters in Bioinformatics
Software development and data analysis specialisation - Masters in Integrative and Physiological Biology
Integrative approach to living functions: from genes to pathology specialisation - Masters in Medical Humanities
Ethical, deontological and anthropological approaches to healthcare specialisation - Masters in Neuroscience
Our training initiatives
The Marseille institute for rare diseases (MarMaRa) proposes a series of initiatives for master’s and PhD students at the Institute: laboratory internships for master’s students (call for master’s internship projects), research training support (call for research year projects), funding of PhD students (call for end-of-thesis projects) and a doctoral training programme, among others. At international level, we are developing close ties with the CIVIS alliance, European civic university and, in particular, the Mediterranean basin.
Explore our doctoral programme
Doctoral training
Interdisciplinary training, cross-disciplinary training and/or training focused on rare diseases
Explore our doctoral programme
Take part in our actions
Calls for projects and offers
Calls for projects and other opportunities, awardee catalogue...
Take part in our actions
Testimonials
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Cécile Beust
M2 Bioinformatics student / Awardee of a Master 2022 internship grant
I did my Master 2 bioinformatics internship at the Marseille Medical Genetics Center (MMG) in the Systems Biomedicine team. During this internship, we focused on diseases associated with a premature aging phenotype. We were able to highlight various molecular processes disrupted during premature aging, such as DNA repair, the cell cycle and cell-to-cell communication.