CUET PG Biochemistry Syllabus 2025: CUET PG is a national-level exam conducted by the National Testing Agency (NTA) for admission into various postgraduate courses across central, private, state, and deemed universities in India. The CUET PG Biochemistry syllabus and notification for 2025 have not yet been released. Therefore, students should wait for the official CUET PG 2025 syllabus. In the meantime, students can refer to the syllabus for the previous year provided below.
CUET PG Exam is for students completing their undergraduate studies who wish to pursue postgraduate education at central universities. Administered by NTA, the CUET exam involves approximately 197 participating universities. The CUET PG Biochemistry syllabus, available in PDF format on the official CUET PG website, covers a laboratory-based approach to the intersection of biology and chemistry. Biochemistry investigates the chemical substances and vital processes within living organisms. Candidates can refer to the previous year's CUET PG Biochemistry syllabus in the article below.
CUET PG 2025 syllabus and notification have not yet been released. CUET PG is a national exam for postgraduate courses at state, central, private, and deemed universities across India. Currently, the previous year syllabus for CUET PG Biochemistry is the most recent information available. Students should wait for the official CUET PG Biochemistry Syllabus 2025 to be published. CUET PG Biochemistry syllabus is available in a PDF format on the official CUET PG website, published by the National Testing Agency (NTA).
The NTA provides the CUET PG Biochemistry syllabus in a 14-unit PDF on the CUET PG site. The biochemistry test includes 100 questions divided into two parts. CUET PG Biochemistry syllabus covers fundamental concepts and applications of biochemistry, including biomolecule structure, metabolic pathways, enzyme functions, and molecular biology techniques. It also explores the role of biochemistry in cell signaling, gene expression, and various diseases. Candidates can refer to the previous year's CUET PG Biochemistry syllabus below.
The National Testing Agency's official website will soon include the CUET PG Syllabus 2025 . The CUET PG is an important examination for students applying to postgraduate programs at their preferred universities. Candidates must become familiar with the CUET PG syllabus for 2025 to prepare effectively.
The NTA provides a detailed outline of the topics and subjects to be covered in the exam as a CUET PG syllabus PDF. This syllabus is a valuable resource for candidates looking to understand the units and topics necessary for success in the CUET PG 2025 computer-based exam. For an overview of the CUET PG Biochemistry Syllabus, candidates can check out the table below:
CUET PG Biochemistry Syllabus 2025 Overview | |
Particulars | Details (Tentative) |
Examination Name | CUET PG Biochemistry Exam 2025 |
Full Name | Common University Entrance Test (PG) |
CUET PG Conducting Body | National Testing Agency (NTA) |
Medium of Exam | English and Hindi |
Number of Questions | 100 (all mandatory) |
Type of Questions | Multiple Choice Questions |
Marking Scheme |
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Total Sections in the Question Paper |
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Official Website | cuet.nta.nic.in |
CUET PG Biochemistry Syllabus PDF Download (Previous Year) | |
Subject | Download Link |
CUET PG Biochemistry Syllabus PDF | Click Here |
Important topics covered in various units of the Biochemistry syllabus for CUET PG 2025 are given in the table below. This comprehensive syllabus provides a detailed overview of key concepts ranging from biochemistry fundamentals to advanced molecular biology and genetic engineering topics.
Candidates preparing for the CUET PG exam can use this table to organize their study plan and focus on specific areas within each unit. This syllabus, provided by the National Testing Agency (NTA), is a valuable resource for aspirants pursuing postgraduate courses in central, private, state, and deemed universities across India.
CUET PG Section Wise Biochemistry Syllabus | |
Unit | Details |
Introduction to Biochemistry | Understanding Biochemistry as a discipline, fundamental properties of elements, role in biomolecule formation, chemical reactions, mole concept, molarity, water as a universal solvent, and fundamental laws in photochemistry. |
Bioorganic Chemistry and Metabolites | Significance of organic reactions, electrochemistry in voltaic and electrolytic systems, chemical bonding, aliphatic and aromatic compounds, IUPAC nomenclature, polymer formation, stereochemistry in biomolecule conformations. |
Cell Biology | Structure of cells, cellular events, subcellular organelles, cell theory, techniques for organelle fractionation, composition of cytoskeleton and extracellular matrix, cell cycle, division, and cell death mechanisms. |
Biochemical Techniques | Chromatographic techniques, centrifugation, chromatography applications in biology, principles of electrophoresis, spectrophotometry, ELISA, and their applications. |
Biomolecules | Biomolecules in living cells, contributions of scientists, properties of carbohydrates, proteins, lipids, cholesterol, DNA, RNA, glycoproteins, glycolipids, fermentation, and biodiesel manufacturing. |
Nutrition | Glycemic index, balanced diet, micronutrient deficiencies, nutraceuticals, junk foods hazards, specialized food for diabetes, pregnancy, genetic disorders, use of alternate crops, and merits of vegetarianism. |
Metabolism | Importance of lipids, high-energy compounds, electron transport chain, ATP synthesis, TCA cycle, anaplerotic reactions, redox balance, metabolic enzymes, metabolic engineering for biomolecule production. |
Bioenergetics and Membrane Biology | Basic concepts of bioenergetics, mechanisms of oxidative and photophosphorylation, biomembrane composition, transport mechanisms, ATP synthesis. |
Human Physiology | Signal transduction by hormones, gaseous exchange in tissues and lungs, respiratory adaptation to high altitude, hemoglobin vs. myoglobin, muscular dystrophies, nitrogen metabolism. |
Clinical Biochemistry | Constituents of urine, blood, their significance, liver, kidney diseases, cancer mechanisms, triglycerides, lipoproteins, enzyme roles in disease diagnosis. |
Microbiology | Contributions of Pasteur, Jenner, Koch in microbiology, antibiotics discovery, drug resistance, microbiome in human health, metabolic engineering, synthetic biology in microorganisms. |
Immunology | Immune system structure, functions, immunoglobulins, genetic basis of antibody diversity, humoral, cell-mediated, innate immune responses, hypersensitivity, vaccines, antigen-antibody interaction. |
Enzymology | Enzymes and their role in biological reactions, differences between chemical and biocatalysts, activation energy importance in biological reactions. |
Molecular Biology and Genetic Engineering | DNA as genetic material, replication, transcription, repair, translation, eukaryotic genome coding and non-coding regions, lac operon exposure, PCR, expression vectors, transgenic crops, genomics, proteomics, metabolomics. |
CUET PG is a national-level entrance test providing opportunities for various courses at top universities across India. Aspiring candidates for CUET PG Biochemistry 2025 can follow these helpful tips:
Candidates can improve their chances of passing the CUET PG by adhering to these guidelines and approaching their preparation.
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