Course Overview
A Master in Molecular Biology program provides students with an in-depth understanding of the molecular mechanisms underlying life processes. This course covers a wide range of topics including gene expression, DNA replication and repair, protein structure and function, cell signaling, and genetic engineering. Students will gain hands-on experience in various molecular biology techniques through laboratory work and research projects. This program prepares graduates for diverse career paths in academia, research institutions, pharmaceutical and biotechnology companies, and government agencies.
Graduates with a Master in Molecular Biology degree are equipped to pursue careers as research scientists, molecular biologists, biochemists, genetic counselors, and science communicators. They can contribute to advancements in fields like drug discovery, disease diagnostics, gene therapy, and agricultural biotechnology. The program emphasizes critical thinking, problem-solving, and research skills, enabling graduates to tackle complex biological challenges and contribute to scientific innovation.
Course Information
| COURSE NAME | DURATION | FEES (IN ₹) | UNIVERSITY |
|---|---|---|---|
| Master in Molecular Biology | 2 years | 2,00,000 | Sorbonne University |
Curriculum
| YEAR/SEMESTER | SUBJECTS/MODULES | DESCRIPTION |
|---|---|---|
| Semester 1: | 1. Array | (; [subject] => Biochemistry; [learning_outcomes] => Understanding of biological macromolecules and metabolic pathways; ); 2. Array; (; [subject] => Cell Biology; [learning_outcomes] => Knowledge of cell structure, function, and signaling; ); 3. Array; (; [subject] => Genetics; [learning_outcomes] => Principles of inheritance and gene regulation; ); 4. Array; (; [subject] => Molecular Biology Techniques; [learning_outcomes] => Hands-on experience in basic molecular biology laboratory techniques; ) |
| Semester 2: | 1. Array | (; [subject] => Advanced Molecular Biology; [learning_outcomes] => In-depth study of DNA replication, transcription, and translation; ); 2. Array; (; [subject] => Genomics and Proteomics; [learning_outcomes] => Analysis of genomes and proteomes; ); 3. Array; (; [subject] => Bioinformatics; [learning_outcomes] => Application of computational tools for biological data analysis; ); 4. Array; (; [subject] => Immunology; [learning_outcomes] => Understanding of the immune system and its functions; ) |
| Semester 3: | 1. Array | (; [subject] => Recombinant DNA Technology; [learning_outcomes] => Manipulation of DNA for various applications; ); 2. Array; (; [subject] => Microbial Genetics; [learning_outcomes] => Genetics of microorganisms; ); 3. Array; (; [subject] => Developmental Biology; [learning_outcomes] => Study of developmental processes; ); 4. Array; (; [subject] => Elective Course (e.g., Cancer Biology, Neurobiology); [learning_outcomes] => Specialized knowledge in a chosen area; ) |
| Semester 4: | 1. Array | (; [subject] => Research Project/Dissertation; [learning_outcomes] => Independent research project culminating in a dissertation; ) |
Eligibility Criteria
Educational Bachelor's degree in any branch of Life Sciences (e.g., Biology, Biochemistry, Biotechnology, Microbiology, Zoology, Botany) with a minimum of 50% marks
Prerequisite Chemistry and Biology at the 10+2 level
Entrance Some universities may require entrance exams such as GATE, JAM, or university-specific entrance tests.
Other
Admission Process
Application Online application submission through the university website
Documents Mark sheets, transcripts, entrance exam scorecard (if applicable), letters of recommendation, and a statement of purpose
Selection Merit-based on academic record and entrance exam scores (if applicable)
Varies depending on the university
Interviews Or Some universities may conduct personal interviews