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• Week 1: Characteristics, discovery and symmetry of virus
• Week 2: Viral architecture and classification
• Week 3: Dissimination of RNA and DNA virus
• Week 4: Viral taxonomy and viral transmission
• Week 5: lytic and lysogenic cycle of virus
• Week 6: External and internal symptoms of virus and virus biology
• Week 7: Metabolism of virus infected plants, mechanism of resistance to viral infection and methods in molecular biology
• Week 8: Vaccination, Baltimore classification of virus and importance of virus
• Week 9: Mid term exams
• Week 10: Discovery, history and characteristics of bacteria
• Week 11: Evolutionary trends and calssification of bacteria
• Week 12: Reproduction in bacteria, transformation, transduction
• Week 13: Conjugation, methods of locomotion and fermentation
• Week 14: photosynthesis in bacteria, N2 fixation, importance of bacteria and bacterial symptoms
• Week 15: Cytoplasmic inclusions, formation of antibiotics and role ad mechanism of bacteria in genetic engineering
• Week 16: Extracellular matrox in bacteria and nutrition in bacteria
• Week 17: Control measure of bacteria, TB history and control measures
• Week 18: Final term exams