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Download MBBS 1st Year Biochemistry II Important Questions

Download MBBS 1st Year (First Year) Biochemistry II Important Questions From Last 10 Years Question Papers

This post was last modified on 17 February 2020

GTU BE/B.Tech 2019 Winter Question Papers || Gujarat Technological University


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  1. Brief about the conversion of phenylalanine to tyrosine. Describe in detail about phenylketonurias.
  2. Write in detail about ammonia production, transport and disposal. Add a note on disorders of urea cycle.
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  4. Write briefly the mechanisms by which the pH of the body fluids is regulated. Add a note on acid base disturbances with examples.
  5. Explain the biochemical basis of clinical features of porphyrias.
  6. Describe the pathways of methionine metabolism. Add a note on metabolic functions of methionine and cysteine.
  7. Describe the biosynthesis of purine nucleotide. Add a note on regulation.
  8. Describe the biosynthesis of purine nucleotide. Add a note on regulation.
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  10. Name the compounds derived from glycine. Explain any two in detail.
  11. Describe in detail the mechanism of regulation of blood PH.
  12. Name liver function tests with diagnostic significance of each. Write in detail the biochemical tests of any three done in your laboratory.
  13. Describe the pathway for synthesis of urea from ammonia. What is normal blood urea level? Name the conditions in which blood urea level is increased and give the biochemical basis.
  14. Describe the steps of s-adenosyl methionine cycle. Explain the term transmethylation with five suitable examples.
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  16. Describe the separation of Serum Proteins by paper electrophoresis. Draw the pattern of electrophoresis in i) Multiple Myeloma ii) Nephrotic Syndrome.
  17. How is blood pH regulated?
  18. Write in details about the initiation, elongation and termination of transcription. Give an account of post transcriptional processing.
  19. Write in detail about the absorption, transport, daily requirement and deficiency Manifestation of Iron.
  20. What is cloning? Mention the various types of cloning. Describe in detail the steps involved in recombinant DNA technology.
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  22. Describe the role of plasma and renal buffers in maintaining acid base homeostasis.

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  1. Describe the metabolism of tyrosine. Name the inborn errors associated with this pathway.
  2. Enumerate the liver function tests and how Vanden Bergh test distinguishes different types of jaundice.
  3. With the help of a figure, describe the process by which DNA replication takes place in a cell.
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  5. Name the Aromatic Aminoacids. Add a note on physiologically important derivatives of tyrosine.
  6. Explain Protein synthesis in detail. Add a note on drugs that inhibit protein synthesis
  7. Describe the catabolism of Heme in the body. Explain the different types of jaundice. How do you investigate a case of jaundice?
  8. What is the normal pH of blood. Describe the various mechanisms which maintain it? Mention the acid base disorders.
  9. List the parameters that are commonly used in clinical practice as indicators to assess the functions of the liver. Explain the basis of the use of these parameters in assessment of liver function. Briefly discuss medical conditions in which these parameters become abnormal.
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  11. Describe the role of the kidney to maintain the pH of blood. What are the compensatory mechanisms the kidney will adopt to maintain pH in the presence of metabolic acidosis?
  12. What is the reference range for serum uric’acid? What is the source of uric acid in the body? What is its ultimate fate? Discuss causes of abnormalities in levels of serum uric acid.
  13. Describe recombinant DNA technology. Explain the different techniques with its application.
  14. Discuss in detail the replication of DNA. Mention the inhibitors of replication.
  15. Describe in detail the steps in protein synthesis. Add a note about Post translational modification and inhibitors of protein synthesis.
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  17. Describe in detail the steps in protein synthesis. Add a note about Post translational modification and inhibitors of protein synthesis.
  18. What is a Buffer? Describe in detail about the Renal Regulation of Blood pH.
  19. Describe in detail about the formation and transport of ammonia in our body. Add a note on Urea cycle.
  20. Describe in detail about the Synthesis of Tyrosine and its metabolic endproducts.
  21. Name the important buffer systems in the body. Describe in detail the role of lungs and kidneys in maintenance of acid base balance.
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  1. What is polymerase chain reaction? Write a note on the steps involved in PCR and its applications.
  1. Phenyl ketonuria
  2. Formation of uric acid
  3. Porphyria
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  5. Urea cycle
  6. ELISA
  7. Active Methionine
  8. Flame photometer
  9. Bilurubin formation & excretion
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  11. Plasma proteins
  12. Replication
  13. Transamination reactions
  14. Renal regulation of pH
  15. Gout
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  17. Mutation
  18. Differences between DNA and RNA
  19. Oncogenes
  20. Post translational modification
  21. Formation of creatine
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  23. Alkaptonuria
  24. Southern blotting
  25. Disorders of Tyrosine metabolism
  26. Southern blot technique and its applications
  27. Write about post transcriptional processing Mention about post transcriptional inhibitors
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  29. Describe about the various patterns of diseases in protein electrophoresis
  30. Structure of mRNA
  31. Liver function tests
  32. Laboratory investigations in different types of Jaundice
  33. Structure of DNA
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  35. Purine Salvage pathway
  36. Metabolism of Methionine

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  1. What is Blotting technique? Write in detail about Southern blot technique
  2. Give a detailed account of how bilirubin is formed and excreted
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  4. Transamination reaction and its significance
  5. Homocystinuria
  6. Essential amino acids
  7. Structure of tRNA
  8. Restriction endonucleases
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  10. Post-translational modifications of proteins
  11. What is creatine clearance? Write the normal value of it
  12. Sources of ammonia in the body and its metabolism
  13. Functions of glycine in the body
  14. Heavy metal poisonings
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  16. Disorders associated with potassium homeostasis
  17. Functions of nucleotides
  18. Denaturation of proteins
  19. Types of mutations
  20. Post-transcriptional modifications of RNA
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  22. Restriction endonucleases and their uses
  23. Specialized products derived from tyrosine
  24. Principle and applications of electrophoresis
  25. Cell cycle
  26. Causes and clinical features of dehydration
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  28. Consequences of hyperuricemia
  29. Structure of DNA
  30. Active form of methionine and its function
  31. Inhibitors of Protein Biosynthesis
  32. Porphyria
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  34. LAC Operan
  35. Transcription & Post Transcriptional modification
  36. Cyclic AMP
  37. Detoxification by conjugation
  38. Renal Function Tests
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  40. Tumor Markers
  41. Different mechanisms involved in hormone action
  42. Thyroid function Tests
  43. Recombinant DNA Technology
  44. Structure of DNA
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  46. Post transcriptional modifications
  47. Functions of albumin
  48. Electrophoresis and its applications

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  1. Causes for respiratory acidosis
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  3. Renal mechanism of maintaining Acid Base Balance
  4. Purine Salvage pathway
  5. Lac Operon concept
  6. Post translational modifications
  7. Electrophoresis
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  9. Repair mechanism of DNA
  10. Salvage pathway of Purine synthesis
  11. Functions of Glucocorticoids
  12. Functions of albumin
  13. Precipitation reactions of Proteins
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  15. Tubular function tests
  16. Role of Kidney in regulating the pH of blood
  17. Immunoglobulins
  18. Purine salvage pathway
  19. Explain the types and functions of immunoglobulins
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  21. Phenylketonuria
  22. Fluorosis
  23. Serum protein electrophoresis
  24. Cell cycle
  25. Role of Parathormone in Calcium, Phosphate homeostasis
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  27. Define Xenobiotics and add a note on the various detoxification reactions
  28. Mutation
  29. Secondary structure of protein
  30. Synthesis and mechanism of action of Nitric Oxide
  31. Homocystinurias
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  33. Hyperuricemias
  34. Metabolic acidosis
  35. Phase Two detoxification
  36. Cyclic AMP
  37. Assessment of hypothyroidism
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  39. Mutations
  40. Electrophoresis
  41. Antioxidants
  42. Genetic code
  43. Formation of Epinephrine
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  45. Cytochrome
  46. Purine Salvage pathways
  47. Dehydration
  48. LAC operon

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  1. Orotic acidurias
  2. t RNA
  3. Phenyl ketoneuria
  4. Water toxicity
  5. Denaturation
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  7. Reverse transcription
  8. Sphingolipidoses
  9. GOUT
  10. Metabolic acidosis
  11. Tumor markers
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  13. Colorimeter
  14. Functions of adrenal cortical hormones
  15. Plasmid
  16. Functions of albumin
  17. Give an account of the formation of specialized products from glycine
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  19. Explain the term transamination and its salient features
  20. Polymerase chain reaction and its applications
  21. Blotting techniques
  22. Gene therapy
  23. Werite an account of salvage pathway in purine nucleotide synthesis Add a note on Lesch — Nyhan syndrome
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  25. Post translational modification
  26. What are porphyrias? Describe any three porphyrias in detail
  27. Give an account of water distribution and its balance in the body
  28. What are isotopes? What are its applications in biochemistry?
  29. Name the buffer systems of blood
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  31. Sources of carbon and nitrogen in purine ring
  32. Wobble hypothesis
  33. Write the enzyme defect in (1) Lesch-Nyhan Syndrome (2) Orotic aciduria
  34. Okasaki fragments
  35. What are Xenobiotics
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  37. Causes of Metabolic acidosis

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