Flu viruses that can use a second cellular entry point may move more effectively between animals and humans, scientists say.

In the study, the team describes the structure of the hemagglutinin (the influenza virus envelope protein) from the H1N1 swine flu virus that triggered the pandemic in 2009 and is still ...

In a report in the Aug. 5 PLoS Pathogens, an international team of scientists shows that the recent pandemic-causing H1N1 flu virus used a new biochemical trick to spread efficiently in humans.

Virus structure (outside) showing the structure of one of the anticipated antivirals against influenza virus (inside) and areas (shaded background) on the world map with pH1N1.

The 2009 H1N1 virus, which ignited a worldwide "swine flu" panic earlier this year, used a novel strategy to cross from birds into people, UC Berkeley scientists have found. The finding could help ...

This milestone follows promising results from the initial H1N1 animal trial, which demonstrated a significant reduction in viral load. These findings underscore the potential of the technology and ...

H3N2 and H1N1 virus: Know the difference, symptoms and treatment of both viral infections H3N2 is believed to have originated in birds and was later transmitted to humans while H1N1 is known as ...

Mangoceuticals announces progress in H1N1 efficacy study conducted by Vipragen Biosciences; engages Vipragen to structure H5N1 cohort for expanded research ...

In a report in the August 5 PLoS Pathogens, an international team of scientists shows that the recent pandemic-causing H1N1 flu virus used a new biochemical trick to spread efficiently in humans.

Mangoceuticals Advances H1N1 Efficacy Study Noting Significant Reduction in Viral Load in Phase 1 Studies and Engages Vipragen Biosciences to Structure H5N1 Cohort ...

The new PLoS Pathogens report also includes critical data for the three-dimensional structure of the H1N1 protein known as PB2, which originated from an avian virus.