Explore the programs and courses offered by Molecular Biology
Browse Programs Admission InformationField: Biological Sciences
Specialty: Molecular Biology
Location of the training:
Faculty (or Institute): Natural and Life Sciences
Department: Molecular and Cellular Biology
The Bachelor's degree in Molecular Biology is an innovative academic program that integrates all the fields of modern biology, including molecular biology. This program is aimed at students who wish to pursue a specialized and high-level educational and research path. They will benefit from a comprehensive foundational training in molecular biology, along with a strong component of physics and analytical chemistry, which will prepare them for in-depth and fundamental studies in molecular and cellular biology at the Master's and Ph.D. academic levels, particularly.
Semester 1
U E Fundamental: Code: UEF 1.1 Credits: 15 Coefficients: 7
F 1.1.1 : General and organic chemistry
F 1.1.2: Cell Biology
U E Methodology: Code: UEM 1.1 Credits: 8, Coefficients: 4
M 1.1.1: Mathematics Statistics Computer science
M 1.1.2: Techniques de Communication et d'Expression 1 (in French)
U E Discovery: Code: UED 1.1 Credits: 5, Coefficients: 3
D 1.1.1 : Geology
U E Transversale Code: UET 1.1 Credits: 2 Coefficients: 1
T 1.1.1: Universal History of Biological Sciences
Semester 2
U E Fundamental: Code: UEF 2.1. Credits: 22 Coefficients: 9
F 2.1.1 Thermodynamics and solution chemistry
F 2.1.2 Plant biology
F 2.1.3 Animal biology
U E Methodology : Code : UEM 2.1. Credits : 6 Coefficients : 4
M 2.1.1 Physics
M 2.1.2 Communication and Expression Techniques 2 (in English)
U E Transversal : Code : UET 2.1. Credits : 2 Coefficients : 1
T 2.1.1 Work methods
Semester 3
UE Fondamentale : Code : UEF 2.1.1. Credits: 8 Coefficients: 3
Zoology
U E Fundamental: Code: UEF 2.1.2. Credits: 16. coefficients: 6
Biochemistry
Genetics
U E Methodology : Code : UEM 2.1.1 Credits : 2 Coefficients : 1
Communication and Expression Techniques (in English)
U E Methodology Code: UEM 2.1.2 Credits: 2 Coefficients: 1.
Work methods
U E Discovery : Code : UED 2.1.1. Credits: 2. coefficients: 2.
Biophysics
Semester 4
U E Fundamental : Code : UEF 2.2.1. Credits: 8. coefficients: 3.
Botany
U E Fundamental : Code : UEF 2.2.2. Credits: 14. coefficients: 5
Microbiology
Immunology
U E Methodology : Code : UEM 2.2.1. Credits: 4. coefficients: 2
General ecology
U E Methodology : Code : UEM 2.2.2. Credits: 4. coefficients: 2
Biostatistics
Semester 5
UEF 3.1.1(O/P) Fundamentals of molecular biology
Subject 1: Fundamentals of molecular biology
UEF 3.1.2(O/P) : Molecular Genetics of Microorganisms
Subject 1: Molecular genetics of micro-organisms
UE méthodologie UEM 3.1.1(O/P) : Preparative and analytical techniques of macromolecules I Subject 1 : Preparative and analytical techniques of macromolecules I
UE découverte UED3.1.1 (O/P) : Structure and function of macromolecules
Subject 1 : Structure and function of macromolecules
UET3.1.1 (O/P) : Scientific English Subject1 : Scientific English
Semester 6
UEF 3.2.1(O/P) : Genetic Engineering
Subject : Genetic Engineering
UEF 3.2.2(O/P) : Signalling and Regulation of Gene Activity
Subject : Signaling and regulation of gene activity
UE methodology
UEM3.2.1(O/P) : Bioinformatics and Macromolecule Preparative and Analytical Techniques Subject 1 : Bioinformatics
Subject 2: Preparative and Analytical Techniques for Macromolecules II
UE découverte UED3.2.1 (O/P) Enzymology
Subject: Enzymology
UET 3.2.1 (O/P) : Life Sciences and Society
Subject1 : Life Sciences and Society
Students with a Bachelor's degree in a relevant field can go on to study for a Master's degree in Life Sciences, or even a PhD in Molecular and Cellular Biology (research pathways: Biochemistry, Molecular and Cellular Biology, Biological Engineering, Recombinant DNA Biotechnology, Proteomics, and Genomics.
The Bachelor's degree in Molecular Biology is aimed at students wishing to embark on a specialized, high-level teaching and research career. They will benefit not only from a comprehensive fundamental training in Molecular Biology, but also from a strong analytical physicochemistry component that will prepare them for in-depth, fundamentalist studies in Molecular and Cell Biology at Master's and PhD level in particular.
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