influenza

This figure depicts the particle trajectory inside the cyclone sampler during air sampling. The Washington University team used computational fluid dynamics (CFD) simulations to gain insight into the size-dependent collection efficiency of aerosols inside the wet cyclone. (Image: Joseph Puthussery)
A real-time air monitor that can detect Covid variants, flu, RSV in a room in about 5 minutes
via Columbia University Irving Medical Center
Far-UVC light is highly effective at killing airborne viruses and bacteria in real room environments
Can a natural human protein stop lethal lung damage from the flu?
New tool for probing the human genome and RNA viruses like coronavirus and flu
Monitoring real-time flu mutations with a new tool
A new antiviral drug that effectively treats influenza could be on its way
Low humidity environments are a key factor in getting the flu and perhaps even dying from it
A universal flu vaccine
A biomarker that can predict who will be most susceptible to influenza
A new target for influenza could offer broad protection against various influenza virus strains and lessen the severity of illness
Safe for human exposure, far-UVC light may offer low-cost solution to eradicating airborne viruses in indoor public spaces
A nanovaccine for the flu
Lifelong flu protection may be possible with a 4-in-1 flu shot
New H7N9 influenza is not good
Universal flu vaccine gets a first trial