Lexagene Holdings Inc. has successfully configured its Miqlab system to detect the U.K. and South African variants of SARS-CoV-2. The open-access point-of-care system can simultaneously screen for multiple respiratory pathogens and identify COVID-19 strains. Lexagene started studies to support its filing for U.S. FDA emergency use authorization (EUA) in late December 2020. If authorized, it would be the first open-access point-of-care (POC) device to gain an EUA.

CAJICA, Colombia – A cooler box with 70 vials allegedly filled with counterfeit COVID-19 vaccines seized from a Chinese couple in Colombia’s El Dorado International Airport on Feb. 17 underscored the growing challenges facing pharmaceutical companies, law enforcement authorities and health care regulators around the world. Patient safety, company liability, and the security of distribution channels have all been areas of growing concern.

If the SARS-CoV-2 virus has achieved anything useful in the world of in vitro diagnostics, it’s that the associated pandemic has shone a bright and unsparing light on the respective merits of diagnostic and surveillance testing. Harvard University’s Michael Mina, an assistant professor of epidemiology, was one of several academic researchers who took up the gauntlet yet again in opposition to what they characterized as a gross misunderstanding of the respective roles of these types of tests, a misunderstanding they said must be addressed if the pandemic is to be corralled.

Emitbio Inc., a life science company developing light-based therapies, is seeking emergency use authorization (EUA) from the U.S. FDA for its investigational device to treat mild to moderate COVID-19 infection at home. The portable, hand-held device works by directing precise wavelengths of visible light to the back of the throat and surrounding tissues. It is not yet available for sale in the U.S.