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Viral Sequencing

Viral sequencing analyzes a virus's RNA or DNA to obtain its genetic information, track its mutations, and understand its evolutionary history. Such techniques are necessary for monitoring infectious diseases such as COVID-19, HIV, and influenza since mutations can impact transmission, vaccine effectiveness, and treatment options. Methods include high-throughput analysis with Next-Generation Sequencing, specific mutations through Sanger Sequencing, and identification of viruses in environmental samples through metagenomic sequencing. Viral sequencing aids in tracking viral evolution, designing vaccines, and informing public health responses. The World Vaccines R&D Conference supports advancements in these technologies to improve global health strategies.

Related Sessions

Vaccinology
Vaccine Design and Development
Vaccine Delivery Systems
Infectious Diseases and Vaccines
Generations of Vaccines
Cancer Treatment Vaccines
Advances in Vaccines
Post marketing Surveillance
Veterinary Vaccines
Reverse Vaccinology
Vaccine Equity
Detecting Viruses
Viral Replication
Viral Sequencing
COVID 19 Virology and Vaccines
Viral Infection Symptoms
Plant and Animal Viruses
Bacterial and Archaeal Viruses
Clinical Trials in Vaccines
Viruses in Research and Medicine
Virus Nanotechnology
Systems Vaccinology
Vaccines against STIs
Vaccine Formulation
Vaccine Production Technology
Vaccine Durability
Immunization of Special Risk Groups
Models for Vaccine Evaluation
Advancement in Vaccine Design for Broad Protection
Vaccine Immunology
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