Viral disease

Related lectures (30)

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Explores viral infection dynamics, including acute, latent, and persistent infections with examples like Rhinovirus and Herpes Simplex.

Explores the design of novel antivirals using supramolecular nanostructures and innovative strategies against various viruses.

Covers the classification of bacteria, virology, diagnostic methods, DNA viruses, and the herpesviridae family.

Explores SARS-CoV-2 structure, antiviral strategies, and potential inhibitors, shedding light on effective approaches to combat viral infections.

Covers the taxonomy of RNA viruses, entry routes, influenza virus replication, and paramyxovirus pathogenesis.

Delves into virus replication strategies, structural characteristics, and implications on cell division and immune response control.

Discusses the characteristics of life domains, focusing on viruses, bacteria, and archaea.

Focuses on tracking and predicting the evolution of human RNA viruses, emphasizing real-time tracking, diversity, mutations, and phylogeny.

Explores the properties of commonly used viral vectors for gene therapy.

Explores virus structure, assembly, and potential therapeutic applications in combating antibiotic-resistant bacteria.