1990-2015 MITHRAAZ’13 KMC-2013
COLLECTION OF UNIVERSITY
QUESTION PAPER
1990-2015
BY
MITHRAAZ 2013 BATCH
KILPAUK MEDICAL COLLEGE
CHENNAI-10
,1990-2015 MITHRAAZ’13 KMC-2013
MICROBIOLOGY PAPER I
GENERAL MICROBIOLOGY
ESSAY:
1. Fluorescent Microscopy 6. Bacterial flagella (4)
2. Structure of bacterial cell wall and 7. Bacterial capsule (7)
antibiotics acting on it (2) 8. Filamentous appendages of bacteria
3. structure of bacterial cell wall and physical 9. Bacterial spores (3)
requirement of growth (2) 10. Sporicidal chemicals
4. classify bacteria depends on shape, details 11. Spore bearing bacteria
about flagella 12. Endospore
5. Growth requirement of bacteria describe 13. L forms of bacteria
their gaseous requirement 14. Bacterial Growth
6. Sterilization by moist heat, autoclaving , 15. Bacterial growth curve (8)
disinfectants (5) 16. Significant bacteriuria (2)
7. Sterilization methods, HEPA filter, protocol 17. Dry heat sterilization (2)
to sterilize major surgical operation theatre 18. Hot air oven (4)
8. Sterilization classification, chemical and 19. Sterilization by chemical agents
microbial agents and their mode of action (2) 20. Non sporing anaerobes (2)
9. Methods of identification of bacteria 21. Gaseous disinfectants (3)
10. Mechanism of drug resistance , Gene 22. Tyndallisation (4)
transfer (5) 23. Antibiotics sensitivity test
11.Define Ideal disinfectant,properties.enumerate 24. Seitz filter
Various disinfectant agents and their applications. 25. Sterilization by autoclave (4)
12. Immunoflourecence 26. Bacterial Filters (3)
27. Sterilization by radiation (1)
28. Testing of disinfectants (2)
SHORT NOTES:
29. Enriched Media (2)
1. Louis Posteur (3)
30. Selective Media (2)
2. Robert Koch
31. Enrichment Media (2)
3. Lord lister
32. Differential Media
4. Differential staining Methods
33. Transport Media (4)
5. Bacterial cell wall
34. Anaerobic Media
,1990-2015 MITHRAAZ’13 KMC-2013
35. Anaerobic culture methods (7) 50.Cytokines
36. Fimbriae(2) 51.Sources of human infections
37. Plasmid (9) 52.Transposable genetic elements
38. Phenotypic Variations of bacteria 53.Electron microcopy (2)
39. Mutation(3) 54.Extrachromosomal genetic elements
40. Bacterial drug resistance (3) 55.Immunoflourescence
41. Transduction (4) 56.Nucliec acid probes
42. Transmissible drug resistance 57.Negative staining-principle and uses
43. Methods of transmission of Genetic Materials
(2)
44. Conjugation (5)
45. Resistance Transfer Factor
46. Difference between mutational and
transferable drug resistance
47. PCR (2)
48. Bacterial virulence
49.Moist heat sterilisation
IMMUNITY
ESSAY:
10. Autoimmunity (2)
1. Methods of transmission of infection
11. Hypersensitivity reaction-type 4 and Schwartzman
2. Innate immunity reaction
3. Active and passive immunity (2) 12. Define anaphylaxis,mediators and pathogenesis
of anaphylaxis
4. Humoral immunity (2)
5. Cells involving immunity and their functions
6. Difference between the B & T cells ,
Development of T cells
7. Immunoglobulins (2)
8. Antigen antibody reactions, discuss agglutination
tests with clinical examples(2)
9. Hypersensitivity reactions and Type – I and
mechanism of anaphylaxis (6)
, 1990-2015 MITHRAAZ’13 KMC-2013
SHORT NOTES : 31. Fluorescent Antibody techniques (4)
32. Principles of monoclonal antibody
1. Methods of transmission of infections
Production,Monoclonal
2. Nosocomial infections(3) antibodie,pricnciple,techiniques and uses(3)
3. Carriers 33. Complement
4. Difference between the exotoxin and 34. Alternative pathway of complement
endotoxin 35. Biological function of complement
5. Exotoxins 36. Anaphylaxis
6. Innate immunity (1) 37. Antigen antibody reactions and it’s uses in
7. Active immunity (1) microbiology
8. Passive immunity 38. Serum sickness
9. Adjuvants(1) 39. Type – II Hypersensitivity
10. IgG 40. Type – III Hypersensitivity (2)
11. IgM(3) 41. Type – IV (delayed)Hypersensitivity (3)
12. Ig A , (Secretary IgA)(3) 42. Schwartzman’s reaction
13. IgE (2) 43. P.K (Prausnitz - Kustner)Reactions (2)
14. Lymphokines 44. Auto antibody formation theories
15. B lymphocyte (3) 45. Autoimmunity (3)
16. T – lymphocyte (3) 46. Mechanism of autoimmunization
17. T cell subsets 47. GVH Reaction
18. Cell mediated Immunity and T-Lymphocytes(2) 48. Oncofetal antigen
19. Antigen presenting cells 49. Protocols for safe blood transfusion
20. NK cells 50. Human leukocyte antigen
21. Precipitation in gel 51. MHC
22. Compliment fixation test 52.Abnormal Ag
23. Heterophile antigen 53.Immunological tolerance
24. Applications of agglutination reactions 54.Hemolytic disease of the new
born/erythroblastosis fetalis
25. Passive agglutination (3)
55.herd immunity
26. Coombs test (3)
56.Tumour antigens (2)
27. Western blot technique(1)
57.Immunosurveillance
28. ELISA
58.Systemic autoimmunity
29. Applications of ELISA (2)
59.Theories of immune response
30. Antibody sensitivity test
60.Agglutination reaction
COLLECTION OF UNIVERSITY
QUESTION PAPER
1990-2015
BY
MITHRAAZ 2013 BATCH
KILPAUK MEDICAL COLLEGE
CHENNAI-10
,1990-2015 MITHRAAZ’13 KMC-2013
MICROBIOLOGY PAPER I
GENERAL MICROBIOLOGY
ESSAY:
1. Fluorescent Microscopy 6. Bacterial flagella (4)
2. Structure of bacterial cell wall and 7. Bacterial capsule (7)
antibiotics acting on it (2) 8. Filamentous appendages of bacteria
3. structure of bacterial cell wall and physical 9. Bacterial spores (3)
requirement of growth (2) 10. Sporicidal chemicals
4. classify bacteria depends on shape, details 11. Spore bearing bacteria
about flagella 12. Endospore
5. Growth requirement of bacteria describe 13. L forms of bacteria
their gaseous requirement 14. Bacterial Growth
6. Sterilization by moist heat, autoclaving , 15. Bacterial growth curve (8)
disinfectants (5) 16. Significant bacteriuria (2)
7. Sterilization methods, HEPA filter, protocol 17. Dry heat sterilization (2)
to sterilize major surgical operation theatre 18. Hot air oven (4)
8. Sterilization classification, chemical and 19. Sterilization by chemical agents
microbial agents and their mode of action (2) 20. Non sporing anaerobes (2)
9. Methods of identification of bacteria 21. Gaseous disinfectants (3)
10. Mechanism of drug resistance , Gene 22. Tyndallisation (4)
transfer (5) 23. Antibiotics sensitivity test
11.Define Ideal disinfectant,properties.enumerate 24. Seitz filter
Various disinfectant agents and their applications. 25. Sterilization by autoclave (4)
12. Immunoflourecence 26. Bacterial Filters (3)
27. Sterilization by radiation (1)
28. Testing of disinfectants (2)
SHORT NOTES:
29. Enriched Media (2)
1. Louis Posteur (3)
30. Selective Media (2)
2. Robert Koch
31. Enrichment Media (2)
3. Lord lister
32. Differential Media
4. Differential staining Methods
33. Transport Media (4)
5. Bacterial cell wall
34. Anaerobic Media
,1990-2015 MITHRAAZ’13 KMC-2013
35. Anaerobic culture methods (7) 50.Cytokines
36. Fimbriae(2) 51.Sources of human infections
37. Plasmid (9) 52.Transposable genetic elements
38. Phenotypic Variations of bacteria 53.Electron microcopy (2)
39. Mutation(3) 54.Extrachromosomal genetic elements
40. Bacterial drug resistance (3) 55.Immunoflourescence
41. Transduction (4) 56.Nucliec acid probes
42. Transmissible drug resistance 57.Negative staining-principle and uses
43. Methods of transmission of Genetic Materials
(2)
44. Conjugation (5)
45. Resistance Transfer Factor
46. Difference between mutational and
transferable drug resistance
47. PCR (2)
48. Bacterial virulence
49.Moist heat sterilisation
IMMUNITY
ESSAY:
10. Autoimmunity (2)
1. Methods of transmission of infection
11. Hypersensitivity reaction-type 4 and Schwartzman
2. Innate immunity reaction
3. Active and passive immunity (2) 12. Define anaphylaxis,mediators and pathogenesis
of anaphylaxis
4. Humoral immunity (2)
5. Cells involving immunity and their functions
6. Difference between the B & T cells ,
Development of T cells
7. Immunoglobulins (2)
8. Antigen antibody reactions, discuss agglutination
tests with clinical examples(2)
9. Hypersensitivity reactions and Type – I and
mechanism of anaphylaxis (6)
, 1990-2015 MITHRAAZ’13 KMC-2013
SHORT NOTES : 31. Fluorescent Antibody techniques (4)
32. Principles of monoclonal antibody
1. Methods of transmission of infections
Production,Monoclonal
2. Nosocomial infections(3) antibodie,pricnciple,techiniques and uses(3)
3. Carriers 33. Complement
4. Difference between the exotoxin and 34. Alternative pathway of complement
endotoxin 35. Biological function of complement
5. Exotoxins 36. Anaphylaxis
6. Innate immunity (1) 37. Antigen antibody reactions and it’s uses in
7. Active immunity (1) microbiology
8. Passive immunity 38. Serum sickness
9. Adjuvants(1) 39. Type – II Hypersensitivity
10. IgG 40. Type – III Hypersensitivity (2)
11. IgM(3) 41. Type – IV (delayed)Hypersensitivity (3)
12. Ig A , (Secretary IgA)(3) 42. Schwartzman’s reaction
13. IgE (2) 43. P.K (Prausnitz - Kustner)Reactions (2)
14. Lymphokines 44. Auto antibody formation theories
15. B lymphocyte (3) 45. Autoimmunity (3)
16. T – lymphocyte (3) 46. Mechanism of autoimmunization
17. T cell subsets 47. GVH Reaction
18. Cell mediated Immunity and T-Lymphocytes(2) 48. Oncofetal antigen
19. Antigen presenting cells 49. Protocols for safe blood transfusion
20. NK cells 50. Human leukocyte antigen
21. Precipitation in gel 51. MHC
22. Compliment fixation test 52.Abnormal Ag
23. Heterophile antigen 53.Immunological tolerance
24. Applications of agglutination reactions 54.Hemolytic disease of the new
born/erythroblastosis fetalis
25. Passive agglutination (3)
55.herd immunity
26. Coombs test (3)
56.Tumour antigens (2)
27. Western blot technique(1)
57.Immunosurveillance
28. ELISA
58.Systemic autoimmunity
29. Applications of ELISA (2)
59.Theories of immune response
30. Antibody sensitivity test
60.Agglutination reaction
