Subject

Lectures (hrs)

% of total

Bacterial Cell Structure

Host parasite relationship

Bacterial genetics (application of recombination and gene therapy)

Antimicrobial chemotherapy

Disinfection and Sterilization

1

6.3

Staphylococci , streptococci, Neisseria gonorrhea  and Clostridium group except botulism

1

6.3

Gram negative bacilli (coliform,proteus,pseudomonas)

Haemophilus

Spirochaetes (syphilis)

Chlamydiae

Mycoplasmas

Lactobacillus

Listeria

1

6.3

Applied Microbiology: urinary tract infection, sexually transmitted diseases , diseases transmitted from the mother to the fetus , Hospital acquired infections.

1

6.3

General virology

Structure                               

 Lab. Diagnosis (idea)

Viral replication (idea)

Antiviral chemotherapy    

Antiviral immunity

 Pathogenesis of viral diseases   

viral vaccines

1

6.3

human immunodeficiency virus (HIV)

Rubella virus

hepatitis Viruses

Herpesviruses

Adenoviruses

Papilloma viruses

Molluscum contagiosum

Oncogenic viruses

1

6.3

General Mycology

Antifungal agents

Candidiasis

1

6.3

Basic Immunology

• Cells of immune response.
• Natural &acquried immunity.
• Immune response.
• Antigens,antibodies ,complement and cytokines.
• Cell mediated immunity
• MHC
• Apoptosis&necrosis
• Superantigen

2

12.6

Special Immunology

• Hypersensitivity
• Autoimmune diseases
• Immunodeficiency diseases
• Tumor immunology
• Transplantation immunology

2

12.6

Total

15

100

Tool

Purpose (ILOs)

Written examination

To assess knowledge acquisition, including problem solving

Oral examination

To assess understanding and stability of knowledge given, attitude and presentation.

Examination

Marks allocated

% of Total Marks

- Final exam:

    a- Written

    c- Oral

50

50

50%

50%

Total

100

100%