Navigating the Future of Respiratory Infections: Key Insights From International Congress in Singapore, 17–20 September 2025
Narmadha Morvil, Wilson Guo Wei Goh, Charlotte Zheng, Stephanie Sutjipto, Dorothy Hui Lin Ng, Maria ZambonABSTRACT
Background
The 8th International Society for Respiratory Viruses (ISRV) Antiviral Group Conference, held jointly with the 3rd International Meeting on Respiratory Pathogens in Singapore (17–20 September 2025), examined evolving approaches to prevention and management of respiratory infections. This report summarizes the major themes and perspectives that emerged across the meeting.
Methods
We reviewed plenary sessions, thematic symposia and panel discussions and synthesized recurring concepts relevant to clinical practice and preparedness. Discussions were organized into key domains, including therapeutics, host response, vaccination, surveillance, diagnostics and research infrastructure.
Results
Presentations highlighted the development of long‐acting and broadly active antivirals, interest in combination therapy and early treatment, and increasing recognition that inflammatory host responses contribute substantially to disease severity. Advances in vaccines targeting conserved viral components and long‐acting monoclonal antibodies were discussed, along with the growing role of adaptive platform trials and harmonized clinical endpoints. A recurring theme was the transition from pathogen‐centred management to a broader framework incorporating host responses. Speakers also emphasized integrated surveillance using genomic sequencing, metagenomics and rapid point‐of‐care diagnostics within a One Health framework addressing zoonotic spillover.
Conclusions
The meeting illustrated how clinical care, translational science and public health preparedness are becoming increasingly interconnected. Sustained investment in surveillance systems, clinical trial platforms and access to therapeutics will be necessary to translate scientific progress into routine care and to strengthen readiness for future epidemics and pandemics.