A new survey commissioned by the Abbott Pandemic Defense Coalition finds that 61% of respondents who were infectious disease professional said mosquito-borne pathogens represent the greatest threat as the climate changes.1
Specifically, viruses from these insects include dengue fever, Zika virus, West Nile virus and malaria—which are endemic various parts of the world including Latin America and Africa—could likely see a rise case rates. The driving concern is the warming temperatures globally and more flooding that pushes these insects into new areas or persist in endemic areas, extending environmental exposure. Scientists predict that 1.3 billion people could be impacted by Zika by 2050 and 61% of the world’s population could be impacted by dengue by 2080.1
"Temperature increases and extreme weather events are impacting how humans, animals and insects interact and we are finding mosquito-borne viruses in new places," Jorge Osorio, DVM, PhD, MS, a professor and director of the Global Health Institute at the University of Wisconsin-Madison and co-director of the Colombia-Wisconsin One Health Consortium, said in a statement. "As these viruses appear in more parts of the world, we need a globally coordinated effort to share learnings from countries who have been successfully managing these illnesses, as well as ensuring that effective surveillance and countermeasures are in place."1
The Abbott Pandemic Defense Coalition is a novel industry-led global scientific and public health partnership dedicated to the early detection of and rapid response to future pandemic threats. The coalition is looking to identify, track, analyze and testing emerging outbreaks, including COVID-19 variants.2
"Just as scientists have developed sophisticated monitoring systems to track emerging storms and hurricanes, our job as virus hunters is to identify pathogens that have the potential to spark outbreaks in order to stay one step ahead," Gavin Cloherty, PhD, head of infectious disease research at Abbott and head of the Abbott Pandemic Defense Coalition, said in a statement. "Disease surveillance acts as our radar, helping us prioritize which viruses are most likely to trigger an outbreak and where those outbreaks may occur."1