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¿ Evolution of Plant Viruses: Trace the evolutionary history of plant viruses, examining their origins, diversification, and adaptation to various host plants and environments over time.
¿ Molecular Biology: Explore the molecular mechanisms underlying plant virus replication, transmission, and pathogenesis, including genome structure, gene expression, and interaction with host factors.
¿ Host-Pathogen Interactions: Investigate the dynamic interactions between plant viruses and their host plants, including mechanisms of virus recognition, immune responses, and molecular arms race between host defense and viral evasion strategies.
¿ Transmission and Spread: Discuss the diverse modes of transmission and spread of plant viruses, including vector-mediated transmission by insects, nematodes, and fungi, as well as non-vector mechanisms such as mechanical transmission and seedborne transmission.
¿ Disease Management Strategies: Examine integrated approaches for managing plant virus diseases, including cultural practices, host resistance breeding, biological control, and chemical control measures, tailored to specific crops and production systems.
¿ Molecular Diagnosis: Discuss molecular diagnostic techniques for detecting and identifying plant viruses, such as polymerase chain reaction (PCR), serological assays, and next-generation sequencing (NGS), enabling rapid and accurate diagnosis for disease management.
¿ Plant Virus Epidemiology: Explore the principles of plant virus epidemiology, including factors influencing disease outbreaks, spatial and temporal patterns of virus spread, and modeling approaches for predicting disease dynamics and designing control strategies.
¿ Emerging Threats and Future Directions: Consider emerging challenges posed by new and re-emerging plant virus pathogens, as well as opportunities for innovation in virus management strategies, such as RNA interference (RNAi) technology and genome editing techniques.
