virus detection

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
This figure depicts the particle trajectory inside the cyclone sampler during air sampling. The Washington
A new test that can accurately identify multiple respiratory viruses within five minutes
via University of Oxford A new test that can accurately identify multiple respiratory viruses within
Real-time and accurate virus detection method to get us ready for the next pandemic
via Pennsylvania State University Real-time and accurate virus detection method to get us ready for
The novel detection platform is fast, accurate, and performs label-free imaging of virus particles by slowing down light CREDIT Gwangju Institute of Science and Technology (GIST)
Detecting coronavirus using “slow light” to easily visualize viruses using an optical microscope
The novel detection platform is fast, accurate, and performs label-free imaging of virus particles by
A new way to detect the virus that causes COVID-19 by testing the air passing through building ventilation systems
Undergraduate students Marina Boatman and Lauren Johansen position tubes and air filters to collect air
Surveying the human-animal interface to accurately predict the next pandemic?
Viruses CREDIT: By mattthewafflecat from Pixabay Surveying the human-animal interface to accurately predict the next
A universal virus detection platform for a wide range of viruses with enhanced sensitivity
From left: Professor Yoosik Kim, Professor Sheng Li, PhD candidate Sura Kim, PhD candidate Jayoung
A next-generation miniature lab device to detect bacteria and viruses
An enlarged image of the different bioparticles found in a specimen including the micro-beads to
Fast virus detection using nanoparticles

A system composed of two different types of nanoparticles can be used to accurately, sensitively

Avian Influenza Virus Detection by Smell

AIV can be detected based on odor changes in infected birds New research from the Monell

New Single Virus Detection Techniques for Faster Disease Diagnosis

The instrument can be made sufficiently compact and lightweight for field applications and, attached to