Anna University Question Bank For BME

Will you provide me sample questions of the Biomedical engineering Biomedical 3rd Semester course – biochemistry subject of the Anna University?

[Quick Sam]

As you want I am here providing you sample questions of the Biomedical engineering Biomedical 3rd Semester course - biochemistry subject of the Anna University.

Sample questions :
Biomedical 3rd Semester -Biochemistry – Sample paper
Unit I
Section A
1. Give the structure of water
2. Give the significance of Henderson hasselbalch equation
3. Biological application of surface tension
4. Biological application of Viscosity
5. Biological application of surface tension
6. Biological application of adsorption
7. Biological application of diffusion
8. Biological application of osmosis
9. Define buffer
10. Define acids and bases
11. Write the formation of hydrogen bonds
12. Write the formation of electrostatic bonds
13. Write the formation of hydrophobic bonds
14. Write the formation of vanderwaals force
15. What is the role of surfactant ?
16. Write the Principle of Viscosity
17. Write the Principle of surface tension
18. Write the Principle of adsorption
19. Write the Principle of diffusion
20. Write the Principle of osmosis
21. List out the differences between absorption and adsorption
Section B
1. Explain in detail the principle and the biological application of Viscosity
2. Explain in detail the principle and the biological application of surface tension
3. Explain in detail the principle and the biological application of osmosis
4. Explain in detail the principle and the biological application of diffusion
5. Explain in detail the principle and the biological application of adsorption
6. Describe in detail the henderson hasselbalch equation
UNIT II
Section A
1. What is meant by oligosaccharide ? give eg
2. What is meant by polysaccharide ? give eg
3. What is meant by monosaccharide ? give eg
4. Give the structure of cAMP
5. Give the structure of cGMP
6. Give the structure of ATP
7. List out the differences between DNA and RNA
8. Define lipoprotein
9. What is meant by ketogenic amino acid ?
10. What is meant by glucogenic amino acid ?
11. Give examples for glucogenic and ketogenic aminoacid
Section B
1. Explain in detail the classification of carbohydrates
2. Explain in detail the classification of Lipids
3. Explain in detail the classification of Proteins
4. Explain in detail the classification of amino acids
5. Describe in detail the lipoprotein classification and its function
6. Describe the structure of different types of DNA
7. Write an account on different types of RNA
8. Account on structure and function of nucleotides
UNIT III
SECTION A
1. Define enzyme
2. Define active site
3. Define specificity of enzymes
4. Give examples for allosteric regulation of enzymes
5. Give examples for covalent modification of enzymes
6. Give examples for feed back regulation of enzymes
7. Give examples for hormonal regulation of enzymes
8. List out the clinical significances of SGPT
9. List out the clinical significances of SGOT
10. List out the clinical significances of CPK
11. List out the clinical significances of LDH
12. Give the biomedical importance of beta oxidation of fatty acids
SECTION B
1. Explain in detail the classification of enzymes
2. Account on different types of enzyme regulation
3. Explain in detail the biomedical importance and steps involved in glycolysis
4. Explain in detail the biomedical importance and steps involved in TCA cycle
5. Explain in detail the biomedical importance and steps involved in glycogen metabolism
6. Explain in detail the biomedical importance and steps involved in beta oxidation of fatty acids
7. Explain in detail the biomedical importance and steps involved in cholesterol metabolism
8. Explain in detail the biomedical importance and steps involved in ketogenesis
9. Explain in detail the biomedical importance and steps involved in lipogenesis
10. Describe in detail the ETC and oxidative phosphorylation
UNIT IV
SECTION A
1. List out the functions of Liver
2. List out the functions of kidney
3. List out the normal and abnormal constituents of urine
4. Give the characteristics features of hormones
5. Write about the disorders of thyroid hormones
6. Write about the disorders of pituitary hormones
7. Write about the disorders of adrenal hormones
8. Write about the disorders of pancreatic hormones
SECTION B
1. Explain in detail the liver function test
2. Describe in detail the renal function test
3. Account on normal and abnormal constituents of urine
4. Describe in detail the structure, functions and disorder of thyroid hormones
5. Describe in detail the structure, functions and disorder of parathyroid hormones
6. Describe in detail the structure, functions and disorder of adrenal cortical hormones
7. Describe in detail the structure, functions and disorder of adrenal medullary hormones
8. Describe in detail the structure, functions and disorder of pituitary hormones
9. Describe in detail the structure, functions and disorder of pancreatic hormones
UNIT V
SECTION A
1. Define electrophoresis
2. Define isoelectric foccusing
3. What is meant by PAGE?
4. Define chromatography
5. What is meant by partition coefficient?
6. What is the role of mobile and stationary phase in chromatography?
7. Give the principle of adsorption
8. Give the principle of size exclusion
9. Give the principle of ion exchange
10. Give the principle of partition
11. Give the principle of affinity
12. Give the principle of spectrophotometry
13. Give the principle of colorimetery
14. Give the principle of fluorimetry
15. Give the principle of biosensors
16. Give the principle of manometry
17. Give the principle of flame photometry
SECTION B
1. Explain in detail the principle and application of SDS PAGE
2. Explain in detail the principle and application of Isoelectric focusing
3. Explain in detail the principle and application of 2D electrophoresis
4. Explain in detail the principle and application of PAGE
5. Explain in detail the principle and application of gel electrophoresis
6. Explain in detail the principle and application of adsorption and partition chromatography
7. Explain in detail the principle and application of size exclusion chromatography
8. Explain in detail the principle and application of Ion exchange chromatography
9. Explain in detail the principle and application of affinity chromatography
10. Explain in detail the principle and application of spectrophotometry
11. Explain in detail the principle and application of fluorimetry
12. Explain in detail the principle and application of flame photometry
13. Explain in detail the principle and application of manometry
14. Explain in detail the principle and application of biosensors
15. Describe in detail the application of radio isotopes in biochemistry

Hii buddy Here Will you please provide me B. Tech Degree Fourth Semester Biomedical Engineering Course Exam paper of Anna University ?

[Raman Vij]

Friend for your Help , Here I am providing Previous year B. Tech Degree Fourth Semester Biomedical Engineering Pathology And Microbiology Exam paper :


PART A--(10*2=20 marks)

1.What are cell stress proteins?
2.What is agenesis?
3.What is colliquative necrosis?
4.What is granulomatous inflammation?
5.What is Burkith's lymphoma?
6.What is programmed aging?
7.What is Hageman factor?
8.What is linkage analysis?
9.What is pulmonary embolism?
10.What is the principle behind Gram's staining?


PART B--(5*16=80 martks)
11.(a)Discuss the mechanism of apoptosis.
Or
(b)Discuss the various factors that lead to necrosis.
12.(a)Discuss the structure and classification of bacteria.
Or
(b)(i)Discuss the classification of fungus.(10)
(ii)How is fungal disease identified?(6)
13.(a)Discuss the mechanisms and the factors that lead to the
development of the tumour citing a suitable example.
Or

(b)Describe the mechanisms of Edema formation and mention the
causative factors.
14.(a)How is HIV contracted and discuss the mechanisms of its
pathogenesis?

Or
(b)Describe the various types of hypersensitivity reactions and
the mechanism of its development.
15.(a)Write notes on:
(i)Hematological disorders.(8)
(ii)TEM(8)
Or
(b)Write notes on:
(i)Intra vascular coagulation.(8)
(ii)Storage disorders.(8)


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