Biochemistry syllabus for MBBS in India (Competency based Education/CBME 2019)
Topics & competencies in Biochemistry for MBBS as per the CBME
- The syllabus of Biochemistry in India has been modified as per the competency based education (CBME) implemented by the NMC in 2019.
Topic | Competencies | Practicals | Procedures for certification | Integrations |
1. Basic Biochemistry | 1 | NIL | Nil | V-0 / H-1 |
2. Enzyme | 7 | 1 | Nil | V-4 / H-0 |
3. Chemistry and Metabolism of Carbohydrates | 10 | Nil | V-5 / H-1 | |
4. Chemistry and Metabolism of Lipids | 7 | NIL | Nil | V-7 / H-0 |
5. Chemistry and Metabolism of Proteins | 5 | NIL | Nil | V-4 / H-1 |
6. Metabolism and homeostasis | 15 | NIL | Nil | V-12 / H-8 |
7. Molecular biology | 7 | NL | Nil | V-3 / H-0 |
8. Nutrition | 5 | NL | Nil | V-5 / H-0 |
9. Extracellular Matrix | 3 | NIL | Nil | V-1 / H-0 |
10. Oncogenesis and immunity | 5 | NIL | Nil | V-5 / H-1 |
11. Biochemical Laboratory Tests | 24 | 11 | 05 | V-6 / H-1 |
Total: 11 | 89 | 12 | 05 | V-52 / H-13 |
Sample of the detailed description of the competencies:
No | Competency | DLC | Teaching | Assessment | V/H |
BI2.4 | Describe and discuss enzyme inhibitors as poisons and drugs and as therapeutic enzymes | K-KH-Y | Lecture, Small group discussion | Written/Viva voce | V: Pathology, General Medicine |
BI2.5 | Describe and discuss the clinical utility of various serum enzymes as markers of pathological conditions. | K-KH-Y | Lecture, Small group discussion | Written/Viva voce | V: Pathology, General Medicine |
BI2.6 | Discuss use of enzymes in laboratory investigations (Enzyme-based assays) | K-KH-Y | Lecture, Small group discussion | Written/ Viva voce | V: Pathology, General Medicine |
BI2.7 | Interpret laboratory results of enzyme activities & describe the clinical utility of various enzymes as markers of pathological conditions. | K-KH-Y | Lecture, Small group discussion, DOAP sessions | Written/ Viva voce | V: Pathology, General Medicine |
General Objectives of Biochemistry for MBBS
- Objectives: Knowledge – At the end of the course, the student should be able to demonstrate his knowledge and understanding of the:
-
- Molecular and functional organization of a cell, and sub-cellular components;
- Structure, function, and interrelationship of biomolecules and consequences of deviation from normal;
- Basic and clinical aspects of enzymology and regulation of enzymatic activity;
- Digestion and assimilation of nutrients and consequences of malnutrition;
- Integration of the various aspects of metabolism, and their regulatory pathways;
- Biochemical basis of inherited disorders and their associated sequelae;
- Mechanisms involved in the maintenance of body fluid and pH homeostasis;
- Molecular mechanisms of gene expression and regulation, the principles of genetic engineering and their application in medicine;
- Molecular concepts of body defense and their application in medicine;
- Biochemical basis of environmental health hazards; and biochemical basis of cancer and carcinogenesis, principles of metabolism, and detoxication of xenobiotics.
- Principles of various conventional and specialized laboratory investigations and instrumentation, analysis and interpretation of a given data; the ability to suggest experiments to support theoretical concepts and clinical diagnosis.
- Objectives: Skills – At the end of the course, the student should be able to make use of conventional techniques/ instruments to perform biochemical analysis relevant to clinical screening and diagnosis
-
- analyze and interpret investigative data
- demonstrate the skills of solving clinical problems and decision
Teaching and learning methodology in Biochemistry for MBBS
- Details of the competencies, lectures, practicals & skills to be acquired are mentioned in the table given above.
- Teaching Learning Method:
- Learner-centric didactic lectures with Vertical/horizontal integrations (CBME).
- Tutorial & Seminars
- Problem-based Learning (PBL) & Small group discussions (especially focus on practical & clinical implications of the knowledge through cases) to inculcate skills of reasoning, meaningful approaches to learning, and facilitate understanding of the subject.
- Conventional Practical classes (Practical bench work, Demonstration, Analyses and interpretation of data & Discussions on the practicals with the help of clinical and scientific problems) & DOAP session (Demonstrate, Observe, Assess, Perform),
- Self-directed learning +/- multimedia aids (Audiovisual presentations).
- Seminars, symposia & quizzes.
Distribution of approximate teaching hours in Biochemistry for MBBS
- NBE provided the particulars of competencies, teaching methodology, Vertical/horizontal integrations, AETCOM & Exam methodology however the distribution of hours per class/tutorial & practicals are left for the individual universities to be handled therefore subjected to inter-university variability.
- Tentative number of teaching hours: approximately 250 hrs (teaching hours & distribution might differ slightly per university).
- Theory:
Chapter | Duration |
1. Introduction to Biochemistry and its relevance to Medical practice | 1 |
2. Cell and sub cellular organelles | 1 |
3. Cell membrane and transport | 2 |
4. pH, water, buffers and acid base balance and its disorders | 2 |
5. Physical biochemistry | 3 |
6. Chemistry of carbohydrates | 3 |
7. Chemistry of lipids | 5 |
8. Chemistry of amino acids | 5 |
9. Structure and function of proteins | 5 |
10. Hemoglobin and myoglobin | 2 |
11. enzymes | 5 |
12. Thermodynamics and biological oxidation | 3 |
13. Introduction to metabolism | 1 |
14. Carbohydrate metabolism | 8 |
15. Lipid metabolism | 8 |
16. Amino acid metabolism | 8 |
17. Nucleotide chemistry | 2 |
18. Nucleotide metabolism | 2 |
19. Heme metabolism | 2 |
20. Introduction to molecular biology | 1 |
21. Structure and function of nucleic acids | 2 |
22. DNA replication | 3 |
23. transcription | 3 |
24. Translation | 2 |
25. Genetic code & Mutations | 1 |
26. Regulation of gene expression | 2 |
27. Recombinant DNA technology | 3 |
28. Cell cycle and cancer | 1 |
29. immunology | 6 |
30. Nutrition | 3 |
31. hormones | 4 |
32. xenobiotic | 1 |
33. vitamins | 6 |
34. minerals | 3 |
35. Free radicals and antioxidants | 1 |
36. Glycoproteins, Proteoglycans, Extracellular matrix | 2 |
37. Maintenance of homeostasis | 5 |
38. Clinical Chemistry | 4 |
Total |
- Practicals:
Chapter | Duration |
1. Introduction to Biochemistry Laboratory | 2 |
2. Demonstration of pH meter | 2 |
3. General tests of carbohydrates | 2 |
4. General tests of proteins | 2 |
5. Identification of carbohydrates | 2 |
6. Reactions of R group of proteins | 2 |
7. Normal urine | 2 |
8. Pathological urine | 2 |
9. Principles of colorimetry | 2 |
10. Standard curve in colorimetry by using protein standard | 2 |
11. Blood sugar estimation | 2 |
12. Quantitative estimation of serum total proteins | 2 |
13. Glucose tolerance test | 2 |
14. Test for blood urea | 2 |
15. Urea clearance test | 2 |
16. Serum creatinine test | 2 |
17. electrophoresis | 2 |
18. chromatography | 2 |
19. Liver function tests | 2 |
20. Kidney function tests | 2 |
21. Thyroid function tests | 2 |
22. Gastric function tests | 2 |
Total |
Examination pattern & marks distribution in Biochemistry for MBBS
- Exam pattern:
- The formative or internal assessment will not be added to the university examination marks.
- Should score 50 % & in theory and practical combined to be eligible to sit for university exams.
- University exam: Each subject will have two papers.
- 200 marks will be reserved for the theory of two papers.
- Another 100 will be reserved for either practical, oral, or clinical exam.
- Should secure 50 % in theory and practical to pass in university examinations
- The formative or internal assessment will not be added to the university examination marks.
- Formative Assessment:
- Theoretical assessment: clickers, one-minute papers, and muddiest point
- Practical/clinical assessment: one-minute preceptor (OMP) and/or viva voce.
- Scheduling: during teaching-learning activities & planned by the teachers on a day to day basis and modified depending on the tasks at hand.
- Internal assessment
- Theory: Written tests, should have essay questions, short notes, and creative writing.
- Practical / Clinical: practical/clinical tests, Objective Structured Clinica/Objective Structured Practical Examination (OSPE) and/or viva voce.
- Scheduling:
- Minimum Number of tests during the year: 3
- ECE assessment should be included subject wise
- There should be at least one short question from AETCOM in each subject
- One of the 3 tests in preclinical subjects should
- be prelim or pre-university examination
- Summative assessment (For Universities)
- Theory Papers: 2 papers for 200 marks
- Suggested combination of various types of question:
- Structured essays (Long Answer Questions – LAQ)
- Short Answers Questions (SAQ)
- Objective type questions (Various type of MCQs: < 20% weightage)
- Distribution of the competencies: The examiner must sample the contents appropriately from competencies.
- Suggested combination of various types of question:
- Practicals for 100 marks:
- Application-oriented exercises (Should not be simple tests of knowledge).
- Objective Structured Practical Examination (OSPE), One- Minute Preceptor (OMP), Directly Observed Procedural Skills (DOPS) etc. can be suitably modified for this purpose and/or viva voce.
- Scheduling:
- Theory Papers: 2 papers for 200 marks
List of recommended books in Biochemistry for MBBS
- Theory
-
- Textbook of Biochemistry for Medical students, DM Vasudevan
- Biochemistry for MBBS,S.K.Gupta
- Biochemistry, Pankaja Naik
- Textbook of Medical Biochemistry, Dinesh Puri
- Case oriented approach towards Biochemistry, Namrata Chhabra
- Essentials of Medical Biochemistry with clinical cases, Bagavan and Ha.
- Harpers’ Illustrated Biochemistry
- Practicals
-
- An easy guide to Practical Biochemistry, Divya shanti D’sza, Sowbhagyalakhsmi
Also watch:
- Lecturer in MBBS 1st year Biochemistry:
- Practical class in Biochemistry MBBS 1st year: