Year
2025
Collection
NTRUHS Biochemistry Question Papers 2025
Subject
Biochemistry
Phase
1st Year MBBS
Web View
All Dr. NTR University of Health Sciences (NTRUHS) Biochemistry question papers from the university archive, collected in one place. View year-wise papers online with topic-wise analysis and exam pattern breakdown. Updated 2026.
Biochemistry is a Phase 1 / 1st Year MBBS subject at NTRUHS. The university theory examination covers metabolism, molecular biology, clinical biochemistry, enzymology, nutrition, and applied biochemistry topics under the NMC CBME framework. Year-wise papers are available below. Additional years will be added as they become available.
2025
| Year | Collection | Subject | Phase | Web View |
|---|---|---|---|---|
| 2025 | NTRUHS Biochemistry Question Papers 2025 | Biochemistry | 1st Year MBBS | View |
Year
2025
Collection
NTRUHS Biochemistry Question Papers 2025
Subject
Biochemistry
Phase
1st Year MBBS
Web View
2024
| Year | Collection | Subject | Phase | Web View |
|---|---|---|---|---|
| 2024 | NTRUHS Biochemistry Question Papers 2024 | Biochemistry | 1st Year MBBS | View |
Year
2024
Collection
NTRUHS Biochemistry Question Papers 2024
Subject
Biochemistry
Phase
1st Year MBBS
Web View
Earlier year papers will be added when available. For a broader practice archive, see Biochemistry papers from other universities below.
NTRUHS conducts Phase 1 MBBS examinations under the National Medical Commission (NMC) Competency-Based Medical Education (CBME) framework. The table below reflects the standard structure for the NTRUHS Biochemistry theory examination. Confirm specific marking and internal assessment norms from the official NTRUHS exam notification for your batch.
| Field | Detail |
|---|---|
| University | Dr. NTR University of Health Sciences (NTRUHS) |
| Subject | Biochemistry |
| Phase | Phase 1 / 1st Year MBBS |
| Number of Theory Papers | One |
| Total Marks (Theory) | 100 |
| Duration | 3 hours |
| Question Types | Long Essay Questions (LEQs) and Short Answer Questions (SAQs) |
| Practical and Viva | Separate assessment; includes urine analysis, blood chemistry estimations, and spot tests |
| Pattern | NMC CBME |
Field
University
Detail
Dr. NTR University of Health Sciences (NTRUHS)
Field
Subject
Detail
Biochemistry
Field
Phase
Detail
Phase 1 / 1st Year MBBS
Field
Number of Theory Papers
Detail
One
Field
Total Marks (Theory)
Detail
100
Field
Duration
Detail
3 hours
Field
Question Types
Detail
Long Essay Questions (LEQs) and Short Answer Questions (SAQs)
Field
Practical and Viva
Detail
Separate assessment; includes urine analysis, blood chemistry estimations, and spot tests
Field
Pattern
Detail
NMC CBME
Mark allocation: The NTRUHS Biochemistry theory paper follows the NMC CBME format with Long Essay Questions carrying 10 marks each and Short Answer Questions carrying five marks each. Verify the exact question count for the current year from the official NTRUHS exam notification.
Practical and viva: The Biochemistry practical examination at NTRUHS covers qualitative and quantitative analysis techniques: urine analysis for glucose, proteins, ketone bodies, and bile salts; blood glucose estimation; and other clinical chemistry experiments. Viva questions in practicals focus on the biochemical basis of each experiment and clinical applications. See Biochemistry Practical Viva Questions and Biochemistry Viva Questions and Answers for dedicated viva preparation.
The table below lists topic areas that feature regularly across NTRUHS Biochemistry theory papers. Detailed year-wise frequency data is available in the GeckoMed app, based on analysis of available NTRUHS Biochemistry papers.
| Topic Area | Module | Study Resource |
|---|---|---|
| Glycolysis: steps, key enzymes, energetics, and regulation | Carbohydrate Metabolism | Biochemistry Hub |
| Krebs cycle: steps, products, and significance | Carbohydrate Metabolism | Biochemistry Hub |
| Gluconeogenesis: substrates, key enzymes, and regulation | Carbohydrate Metabolism | Biochemistry Hub |
| Urea cycle: steps, enzymes, and clinical significance | Amino Acid Metabolism | Biochemistry Hub |
| Transamination and deamination reactions | Amino Acid Metabolism | Biochemistry Hub |
| Beta-oxidation of fatty acids: steps and energetics | Lipid Metabolism | Biochemistry Hub |
| Ketone body formation, utilisation, and ketoacidosis | Lipid Metabolism | Biochemistry Hub |
| Enzyme inhibition: competitive, non-competitive, and feedback | Enzymology | Biochemistry Hub |
| Isoenzymes: types, tissue distribution, and clinical use | Enzymology | Biochemistry Hub |
| Vitamins: biochemical functions and deficiency diseases | Nutrition | Biochemistry Hub |
| Haemoglobin: structure, oxygen dissociation, and abnormalities | Protein Biochemistry | Biochemistry Hub |
| Purine and pyrimidine catabolism: gout and its biochemistry | Nucleotide Metabolism | Biochemistry Hub |
| DNA replication: enzymes, steps, and clinical relevance | Molecular Biology | Biochemistry Hub |
| Liver function tests: interpretation and clinical significance | Clinical Biochemistry | Biochemistry Hub |
| Diabetes mellitus: biochemical basis and diagnostic criteria | Clinical Biochemistry | Biochemistry Hub |
Topic Area
Glycolysis: steps, key enzymes, energetics, and regulation
Module
Carbohydrate Metabolism
Study Resource
Topic Area
Krebs cycle: steps, products, and significance
Module
Carbohydrate Metabolism
Study Resource
Topic Area
Gluconeogenesis: substrates, key enzymes, and regulation
Module
Carbohydrate Metabolism
Study Resource
Topic Area
Urea cycle: steps, enzymes, and clinical significance
Module
Amino Acid Metabolism
Study Resource
Topic Area
Transamination and deamination reactions
Module
Amino Acid Metabolism
Study Resource
Topic Area
Beta-oxidation of fatty acids: steps and energetics
Module
Lipid Metabolism
Study Resource
Topic Area
Ketone body formation, utilisation, and ketoacidosis
Module
Lipid Metabolism
Study Resource
Topic Area
Enzyme inhibition: competitive, non-competitive, and feedback
Module
Enzymology
Study Resource
Topic Area
Isoenzymes: types, tissue distribution, and clinical use
Module
Enzymology
Study Resource
Topic Area
Vitamins: biochemical functions and deficiency diseases
Module
Nutrition
Study Resource
Topic Area
Haemoglobin: structure, oxygen dissociation, and abnormalities
Module
Protein Biochemistry
Study Resource
Topic Area
Purine and pyrimidine catabolism: gout and its biochemistry
Module
Nucleotide Metabolism
Study Resource
Topic Area
DNA replication: enzymes, steps, and clinical relevance
Module
Molecular Biology
Study Resource
Topic Area
Liver function tests: interpretation and clinical significance
Module
Clinical Biochemistry
Study Resource
Topic Area
Diabetes mellitus: biochemical basis and diagnostic criteria
Module
Clinical Biochemistry
Study Resource
Frequency data based on analysis of available NTRUHS Biochemistry papers and cross-reference with NTRUHS-affiliated university examination trends. Open GeckoMed to view the full breakdown.
Biochemistry is one of the subjects 1st year MBBS students consistently find abstract. The key is to anchor each topic to a metabolic pathway or a clinical application -- not to memorise reactions in isolation. These tips are specific to how the NTRUHS theory paper is framed.
Yes. All NTRUHS Biochemistry papers in the GeckoMed collection are free to access. The app offers a four-day free trial with full access, followed by an annual subscription at INR 500.
The GeckoMed collection currently includes NTRUHS Biochemistry papers from 2025 and 2024. Earlier years will be added as they become available. For additional practice volume, Biochemistry papers from RGUHS, KNRUHS, TNMGRMU, and WBUHS are available on GeckoMed and follow the same NMC CBME pattern.
Topics from carbohydrate metabolism (glycolysis, Krebs cycle, gluconeogenesis), lipid metabolism (beta-oxidation, ketone bodies), amino acid metabolism (urea cycle), and clinical biochemistry (liver function tests, diabetes, jaundice) are consistently high-yield across university Biochemistry papers. Vitamins and enzyme inhibition are reliable short answer topics. The GeckoMed app provides a year-wise topic analysis based on available NTRUHS papers.
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