Biomolecular chemistry (BM)

  • ECTS

    120 credits

  • Duration

    2 years

  • Training structure

    Faculty of Science

  • Language(s) of instruction

    French

Presentation

The course offers multidisciplinary training in organic chemistry with a focus on life sciences. Teaching focuses on the synthesis, characterization and study of the biological properties of essential biomolecules (nucleosides, oligonucleotides, saccharides, peptides, proteins, biopolymers, etc.) ...

 

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  • 93 %

    Success rates

Objectives

The aim of the Biomolecule Chemistry pathway (3 orientations) is to train managers capable of managing the various research/development and/or organizational aspects of a project in the field of biomolecule chemistry. This pathway covers a wide range of skills, including the most advanced organic synthesis methodologies for obtaining biomolecules, the latest spectroscopic characterization and analysis methods, and skills in biomolecule design and development.

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Know-how and skills

The acquisition of these skills will enable the holder of this Master's degree to dialogue with colleagues from other disciplines (biologists, physical chemists, biochemists) and to propose solutions that go beyond his or her core competence as a chemist. Graduates of this Master's program are eligible to pursue doctoral studies, with a view to becoming a teacher-researcher or researcher (academic research or pharmaceutical industry). The holder of this Master's degree is able to :

Cross-disciplinary skills :

  • Work as part of a multidisciplinary team covering a broad spectrum of basic sciences
  • Formulate a research project after analyzing the bibliography
  • Design new therapeutic molecules or biochemical tools
  • Master the main analysis methods
  • Implement experimental approaches
  • Use computer tools
  • Fluency in scientific English (spoken and written)

Specific disciplinary skills :

  • Analyze the various stages of an experimental protocol
  • Master the main techniques for the synthesis, purification and qualitative and quantitative analysis of organic compounds
  • Use the latest spectroscopic and analytical techniques
  • Designing new molecules
  • Analyze and interpret experimental results of biological tests

 General scientific skills :

  • Use equipment and techniques for analyzing organic compounds and biomolecules
  • Analyze experimental data
  • Identifying and complying with regulations
  • Understand a scientific text written in English
  • Adopting a multidisciplinary approach
  • Implementing an experimental approach
  • Understanding a complex situation
  • Ability to integrate into a research organization: participation in projects, communications with specialists and non-specialists alike.

General skills :

  • Ability to mobilize resources from several disciplinary fields
  • Knowledge and understanding of a scientific field
  • Ability to work in an international context
  • Working independently: setting priorities, managing time
  • Carrying out a study: posing a problem; constructing and developing an argument; interpreting results; drawing up a summary.
  • Carry out an information search: specify the purpose of the search, identify access methods, analyze relevance, explain and communicate.
  • Teamwork: integration, positioning, collaboration
  • Communicating: writing clearly, preparing appropriate communication media, speaking in front of a group, and commenting on media.
  • Integration into a professional environment
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Organization

Knowledge control

Each teaching unit (UE) is subject to graded assessment. Depending on the UE, these take the form of continuous assessments (practical work and internships), written final exams, reports and/or oral presentations. These UEs can be offset against each other, and an average of at least 10/20 for all the courses in the semester is required to pass the semester. Semesters cannot be offset against each other.

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Open on a sandwich basis

This course is offered on a sandwich basis.

Internships, tutored projects

Internship

Mandatory

Semester 8: 2 to 4-month research internship in an academic/public laboratory.

Semester 10: 5-6 month internship. Research and development in an academic/private laboratory.

Semester 7: Professional project - project follow-up (CM 5h, TD 5h, TP 40 hours)

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Program

This Master's program in Chemistry complies with the European system. It is open to holders of a bachelor's degree in chemistry. It is a university course validated by 120 ECTS. It comprises 4 semesters of 30 ECTS each. The first year of Master 1 (60 ECST for S7 and S8) is common to all M2 orientations. The second year (S9) comprises a common core curriculum (18 ECTS for major courses) and a block of electives (12 ECTS for minor courses) corresponding to the Research Orientation (O1), and two career paths: Synthesis Orientation (O2) and Omic Analysis Orientation (O3).

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Select a program

  • Fluorinated and phosphorated biomolecules: synthesis and application

    2 credits
  • CHOICE 1

    4 credits
    • Choice of 2 out of 3

      • Solutions, colloids, interfaces

        2 credits
      • Separative techniques

        2 credits
      • Analysis of volatile molecules

        2 credits
  • Polymers for health

    2 credits
  • Heterocyclic chemistry

    2 credits
  • Chemistry of natural products

    2 credits
  • Liquid NMR spectroscopy and X-ray diffraction

    2 credits
  • Analysis of biomolecules by mass spectrometry

    2 credits
  • Chemometrics, statistical data analysis, experimental design

    2 credits
  • Organometallic and hetero-element chemistry

    2 credits
  • Coordination and organic chemistry

    2 credits
  • Professional projects - project follow-up

    8 credits
  • 2-4 month M1 internship with presentation/report in English

    10 credits
  • Nucleosides and derivatives

    2 credits
  • Innovative synthesis and extraction processes

    2 credits
  • Medicinal chemistry

    2 credits
  • Asymmetric synthesis

    2 credits
  • Amino acids and derivatives

    2 credits
  • Biosourced chemistry

    2 credits
  • Communication and professional integration

    2 credits
  • CHOICE 2

    4 credits
    • Choice of 2 out of 3

      • Introduction to modeling

        2 credits
      • Hybrid and structured materials

        2 credits
      • Nanomaterials

        2 credits
  • Strategy and tools for organic synthesis

    2 credits

M2 - Biomolecular chemistry (BM)

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Admission

Access conditions

Applications can be submitted on the following platforms: 

French & European students :

International students from outside the EU: follow the "Études en France" procedure: https: //pastel.diplomatie.gouv.fr/etudesenfrance/dyn/public/authentification/login.html

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How to register

L3 Chemistry

Master 1 Pharmacy

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Capacity

40 in M1 and M2

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Necessary prerequisites

Admission to M1 is by application for holders of a national Bachelor's degree in Chemistry or Biochemistry, or a Bachelor of Technology (BUT) in Chemistry.

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Recommended prerequisites

Level L3

Organic Chemistry

Characterization techniques for organic compounds

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And then

Further studies

Doctoral thesis

IAE

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Studying abroad

Ph. D.

Master of Business Administration

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Bridges and reorientation

Candidates with an M1 in chemistry or equivalent training (M1 Pharmacy) are admitted on the basis of their academic record.

Outgoing flow Master's degree in Analytical Chemistry/Master's degree in Polymer Chemistry.

 

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Professional integration

Business sectors: jobs at the interface of chemistry and biology, pharmaceutical industry, food industry, biotechnologies, laboratory/analytical platform (analysis and quality control), fine organic chemistry, custom synthesis, pharmaceutical and parapharmaceutical industry.

Types of jobs available: pursuing doctoral studies, researcher/executive in basic research and R&D, public/private research laboratory, teacher-researcher, researcher.

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