Evolution is fuelled by genetic diversity, which makes it easier to adapt to new settings. Viruses are among the most rapidly developing organisms on the planet. Viruses, particularly RNA viruses, gain genetic variety quickly due to short generation durations, enormous population sizes, and high mutation rates. This genetic diversity is essential for viruses to adapt to new challenges like the immune system and medicines. A virus's evolutionary dynamics can differ between hosts and populations. Within-host evolution research bridges the gap between laboratory investigations of virus evolution and large-scale phylodynamic analysis. They can figure out how well global processes are replicated on smaller sizes and how well experimental diseases mimic natural infections.
Title : Dengue transmission and Aedes vector dynamics before, during and after COVID-19 travel restrictions
Ranjan Ramasamy, IDFISH Technology and University of Jaffna, United States
Title : Viral RNA structures as regulators of gene expression and therapeutic targets
Silvi Rouskin, Harvard Medical School, United States
Title : Novel functions of IRF3 in viral infection and inflammation
Saurabh Chattopadhyay, The University of Toledo, United States
Title : Therapeutic intervention of Bunyavirus induced hemorrhagic fever and cardiopulmonary disease
Mohammad Mir, Western University of Health Sciences, United States
Title : Why and how we discover and study the biology of viruses of micro-organisms in Aotearoa New Zealand
Robin Mac Diarmid, University of Auckland, New Zealand
Title : Antiviral action of aqueous extracts of propolis from scaptotrigona aff. postica against zica, chikungunya, and mayaro virus
Zucatelli, Instituto Butantan, Brazil