Health

Innovation in Health Chemistry and Therapeutic Targeting

  • ECTS

    120 credits

  • Duration

    2 years

  • Training structure

    Faculty of Pharmacy

  • Language(s) of instruction

    French

Presentation

With close links to internationally recognized research institutes (IBMM, IRCM, IRMB, etc.), this program provides the skills and knowledge needed for a career at the Chemistry-Biology-Health interface. The program will provide cutting-edge expertise in chemistry applied to the development of innovative therapies.

 

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Objectives

Design and implementation of cutting-edge start-up chemistry applied to the development of innovative therapies

 

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Know-how and skills

  • Design and develop chemical tools for exploring living organisms (probes, molecular agents and/or nano-objects for targeting and vectorization, bioconjugates).
  • Design molecules, therapeutic and diagnostic systems, and immunoconjugates with a view to innovation and commercial development in healthcare.
  • Developing new therapeutic approaches and biotherapies
  • Adding value to research results
  • Manage and lead interdisciplinary projects at the interface between chemistry and biology.
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Organization

Knowledge control

Program

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M2 Innovation in Health Chemistry and Therapeutic Targeting

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  • Drug design: case studies

    2 credits
  • Targeted therapies

    2 credits
  • Modeling molecule-target therapeutic interactions 1

    2 credits
  • Immunotargeting

    2 credits
    • Immunotargeting CC

    • Immunotargeting CT

  • Modeling molecule-target therapeutic interactions 2

    2 credits
  • Therapeutic peptides § Peptidomimetics

  • Specific courses

    • Drug design: case studies

      2 credits
    • Targeted therapies

      2 credits
    • Modeling molecule-target therapeutic interactions 1

      2 credits
    • Immunotargeting

      2 credits
      • Immunotargeting CC

      • Immunotargeting CT

    • Modeling molecule-target therapeutic interactions 2

      2 credits
    • Therapeutic peptides § Peptidomimetics

    • Chemobiology (67% ENSCM)

      2 credits
    • Structure-based drug design

      2 credits
    • Nanotechnologies for health (UE PHARMACIE)

      2 credits
    • Tissue engineering and cell therapy

  • Core syllabus

    • News and recent advances in drug science

      4 credits
    • Comnunication - Application of English

      3 credits
    • Project and risk management

  • Chemobiology (67% ENSCM)

    2 credits
  • Structure-based drug design

    2 credits
  • Nanotechnologies for health (UE PHARMACIE)

    2 credits
  • Tissue engineering and cell therapy

  • Innovation in health chemistry internship

    20 credits
    • P6 internship report

    • P6 internship assessment

  • Tutored project Innovation in health chemistry

    10 credits
    • Project tut. P6

    • Oral project tut. P6