Research Articles
The Invisible Line: How a Single Number Keeps Our Blood Supply Safe
Discover how virological cutoff points protect our blood supply through sophisticated testing and statistical analysis in transfusion medicine.
The Guardian of the Earth's Shield: How Viktor Ivanov Mapped the Invisible
Celebrating 85 years of Viktor Ivanov, a pioneer who dedicated his life to protecting our soil and water through geochemical barrier technology.
The Silent Assassin: How Your Cells Wage Molecular War Against Viruses
Discover how RNA interference (RNAi) serves as your cells' molecular defense system against viral invaders through an ancient, sophisticated mechanism.
Two Courses of Deconstructed Coronavirus, Please
How scientists created deconstructed SARS-CoV-2 viruses for safer antiviral research and accelerated drug discovery.
The Sleeping Saboteur: How HTLV-1's Hidden Blueprint Wreaks Havon in the Body
Explore how HTLV-1 proviral DNA causes devastating diseases like ATLL and HAM/TSP through sophisticated molecular mechanisms.
The Invisible War: How a Global Network is Fighting the Viral Threat
Explore how the Global Virus Network is combating viral threats through global collaboration, scientific research, and prevention strategies.
The Eye: A Silent Gateway to Brain Disease? Unraveling the Prion Mystery
Exploring the groundbreaking discovery of infectious prions in the eye and its implications for diagnosing and understanding brain diseases.
The Unzipping and Re-zipping of Life's Code: A Viral Tale
Discover how polyoma virus DNA revealed the fundamental principles of DNA denaturation and renaturation, shaping modern molecular biology.
Reminiscences from the Third Weigl Conference: Where Scientific Legacy Meets Innovation
Exploring the scientific legacy of Rudolf Weigl and the groundbreaking research presented at the 2009 Weigl Conference in Odessa, Ukraine.
Viral Whisperers: How Hepatitis C Tricks Specialized Immune Cells into Sounding the Alarm
Discover how hepatitis C virus stimulates murine CD8α-like dendritic cells to produce type I interferon in a TRIF-dependent manner, revealing new insights into antiviral immunity.