Blog Detail

JAIN (Deemed-to-be University) blogs JAIN (Deemed-to-be University) blogs

Molecular Biology vs. Biochemistry: B.Sc. Insights into Cellular Processes

20-11-2024

Molecular Biology vs. Biochemistry: B.Sc. Insights into Cellular Processes

Bachelors in Molecular Biology is an extensive study of various biological processes at the cellular level. The course aims to provide students with the appropriate and in-depth knowledge required to understand and analyse molecular processes and benefit from the knowledge gained by contributing to healthcare systems, the research sector, and more.

A Bachelor in Biochemistry is the branch of science that correlates the principles of chemistry and biology to study and understand the various reactions that occur inside a living being. The course of Biochemistry focuses on exploring the structure, composition, and functioning of biomolecules and their causative impacts.

B.Sc Molecular Biology vs. B.Sc Biochemistry: Course Duration and Eligibility

Both the B.Sc programmes (Molecular Biology and Biochemistry) are of three-year duration with practical and theoretical subjects. The course completion also requires the student to work with numerous assignments and one major project in the final semester.

The minimum eligibility criteria for getting enrolled for B.Sc Molecular Biology is passing Grade 12 or equivalent studies as accepted by the University with a percentage falling under the cut-offs.

The minimum eligibility criteria for enrolling for B.Sc Biochemistry is passing Grade 12 or equivalent studies as accepted by the University with a percentage falling under the cut-offs.

B.Sc Molecular Biology vs. B.Sc Biochemistry: Course Curriculum

The course curriculum for Molecular Biology and Biochemistry are extensive in nature and listed below are the details.

B.Sc Molecular Biology Course Curriculum:

Semester I

     Chemistry

     Cell Structure and Dynamics

     Biomathematics

     Biophysics and Instrumentation

     Introduction to Computer

     Macromolecular Structure and Analysis

     Practicals

Semester II

     Chemistry

      Gene Expression and Gene Regulation

     Introduction to C-Programming & Digital Logic

     Organic Mechanisms in Biology

     Principles of Microbiology

     Principles of Transmission Genetics

     Practicals

Semester III

     Chemistry

     Genome Organisation

     Introduction to Data Structure and Computer Organisation

     Microbial Genetics

     Principles of Immunology

     Plant and Animal Tissue Culture Techniques

     Practicals

Semester IV

     Chemistry

     Biodiversity and Taxonomy

     Computational Biology and Bioinformatics

     Introduction to DBMS, Computer Network and Numeral Analysis

     Molecular Genetics

     Tools for Analysing Gene Expression

     Practicals

Semester V

     DNA Typing, Proteomics & Beyond

     Environmental Biotechnology

     Genetic Modification in Agriculture, Food & Industry

     Recombinant DNA Technology

     Practicals

Semester VI

     Medical Molecular Biology

     Molecular Human Genetics

     Molecular Technology: Social, Legal and Ethical Issues

     Model Organisms in Human Genome Project

     Practicals

B.Sc Biochemistry Course Curriculum:

Semester I

     Language

     Biological Science

     Chemistry

     Cell Biology

     Public Administration

     Practicals

Semester II

     English

     Biological Science

     Biomolecules

     Chemistry

     Environmental Studies

     Practicals

Semester III

     Language

     English

     Intermediary Metabolism

     Human Psychology and Nutrition

     Practicals

Semester IV

     Language

     English

     Analytical Biochemistry

     Computer Application in Biology

     Practicals

Semester V

     Molecular Biology

     Clinical Biochemistry

     Endocrinology

     Environmental Biology

     Practicals

Semester VI

     Basic Immunology

     Basic Biotechnology

     Biostatics

     Bioinformatics

     Practicals

B.Sc Molecular Biology vs. B.Sc Biochemistry: Career Opportunities

Molecular Biology and Biochemistry are affiliated with multiple career options and below are some options to consider.

Career Options after Pursuing B.Sc Molecular Biology

     Environmental Biologist: Engages in research and experiments to protect the earth’s system and environment

     Biochemist: Conducts research and prepares inferences to analyse and improvise further

     Microbiologist: Studies and research on the growth of microscopic organisms

     Biotechnologist: Involves in discovering, and developing new products and processes for conserving agriculture practices and formulating promising medicines

     Geneticists: Specialises in gene molecules and family traits

     Cell Biologists: Studies plant and animal life at a cellular level and conducts research on the same

Career Options after pursuing B.Sc Biochemistry

     Pharmacologists: Carry out experiments and research to formulate new medicines helpful for humans in battling diseases

     Research Scientists: Performs scientific experiments in the field of biochemistry to find new beneficial developments

     Biotechnologists: Involves in discovering, and developing new products and processes for conserving agriculture practices and formulating promising medicines

     Agriculture Enthusiasts: Researches and carries out new and innovative farming methods for safer and healthier crop fields

     Biomedical Scientist: Engages in carrying out broad experiments on understanding the tissue life and its implications

In Short

Bachelors in Molecular Biology and Biochemistry are two distinct course programmes with in-depth connections and crossovers at various stages. Both the course programmes are designed for three years with an extensive curriculum. The career opportunities are plenty with most of them aligning to the research field. Masters as well as Diploma Programmes are available for both courses for students who wish to acquire further knowledge in the course field.