This document provides an overview of the syllabus for a course on virology and mycology. It discusses several topics that will be covered in the course, including different types of fungi and fungal infections, classification of viruses, RNA viruses like influenza and HIV, DNA viruses like herpes and hepatitis, and advanced PCR techniques for viral identification. Specific units will cover mycology, fungal infections, introduction to virology, RNA viruses, DNA viruses, and next generation PCR applications. The Epstein-Barr virus is mentioned as a topic that will be discussed.

1. Module- 5
Topic name
Epstein – Barr Virus
Sub code: BMLT5001
Sub Name: Virology and mycology
Department: Department of MLT, SMAS
Faculty: A. Vamsi Kumar
Designation : Assistant professor
Sem- V

2. SYLLABUS OVERVIEW
Unit-1 Mycology 8 hours
Introduction to medical mycology, basic concepts about superficial and deep mycoses taxonomy , classification &
general characteristics of Various medically important fungi.
Unit-2 Fungal infection 8 hours
Names of fungi & diseases caused by them; superficial mycoses, candida, dermatophytes, opportunistic fungi,
subcutaneous mycoses
Unit-3 Virology 7 hours
Introduction, classification of virus, collection, Transport, & Storage of sample for Viral diagnosis. Staining Techniques
used in virology,
Processing of sample for viral diagnosis (Egg Inoculation & Tissue culture)
Unit-4 RNA Viruses 9 hours
RNA Viruses: Polio myelitis, Rhino virus, Influenza, Rabies, Arbo viruses, Measles Mumps, Rubella, HIV, COVID-19
Unit-5 DNA Viruses 8 hours
DNA viruses: Small Pox, HSV, CMV, EBV, Varicella Zoster, Hepatitis, Adeno virus
Unit - 6 Next generation PCR and it’s modren applications 8 Hours
PCR and Next genration DNA Secquencing techniques to identify viral genome: History of PCR, Priciple of PCR, Stages
of PCR, procedure of PCR, Concept of optimization of PCR, Applications of PCR, Advancements in PCR technology, DNA
sequecing techniques, Methods of DNA Sequencing, Next generation DNA sequencing techniques

3. Unit-4 RNA Viruses 9
hours
RNA Viruses: Polio myelitis, Rhino virus, Influenza, Rabies,
Arbo viruses, Measles, Mumps, Rubella, HIV, COVID-19
Unit 4

4. Unit-5 DNA Viruses
DNA viruses: Small Pox, HSV, CMV, EBV, Varicella Zoster,
Hepatitis, Adeno virus
Unit - 5
Unit - 5

5. Families of viruses
DNA Viruses
HAP3
Herpes viridae
1. Alpha – HS1, HS2, EBV
2. Beta – CMV
3. Gama -VZ
DNA “HAS” the potential
ii. Adenovirus
iii. Small pox
iv. Hepatitis
H

6. General points
1. Introduction
2. Classification
3. Morphology (General properties)
• Size
• Shape
• Symmetry
• Capsomers
• Genome
• Envelop
• Special viral proteins
4. Susceptibility & Resistance
5. Isolation / Cultivation - Animal/tissue/cell
culture
6. Pathogenesis + mode of transmission +
Mechanism + incubation period
7. Signs & Symptoms + Complications
8. Laboratory diagnosis
• Sample collection (antemortem + Post
mortem )
• Transport
• Direct microscopy
• Culture / isolation of virus
• Cytopathic effects
• Inclusion bodies or other tests
• Immunofluorescence tests
• Molecular tests
• Ag detection tests
• Detection of viral specific antibodies
9. Prophylaxis (Vaccination)
• Active immunization
• Passive immunization
10. Treatment
1. I
2. C
3. M
4. S&R
5. Cul
6. Patho
7. Signs
8. LD
9. Px
10.T

7. INTRODUCTION

8. Introduction

9. Herpes
Viruses
Alpha Beta Gama
HS1, HS2, EBV
Herpes Simplex -1
Herpes Simplex -2
Epstein Barr virus
Cytomegalo Virus
CMV
Varicella Zoster
VZ

10. Morphology
1. Size – 100-200nm
2. Shape – Irregular
3. Symmetry – Icosahedral – 162
capsomers
4. Genome- dsDNA
5. Envelop – present
6. Special structures – Tegument
membrane

11. Morphology
1. Size – 100-200nm
2. Shape – Irregular
3. Symmetry – Icosahedral - – 162
capsomers
4. Genome- dsDNA
5. Envelop – present Special
structures – Tegument
membrane

12. Introduction

13. BURKITT’S LYMPHOMA

17. BURKITT’S LYMPHOMA

20. Pathogenesis

22. Lab diagnosis