Research Articles
The Secret Viral Metropolis: Uncovering DNA Viruses in Africa's Prolific Rodent
Discover the diverse DNA virome of Mastomys natalensis rodents in Africa and its implications for public health and vaccine design.
The Unseen War: How Ancient Plagues Shape Our Battle Against Today's Viral Invaders
Exploring how ancient plagues like the Black Death continue to influence our immune systems and modern pandemic responses.
The Invisible Guardians: 75 Years of Microbial Marvels at Ukraine's Zabolotny Institute
Celebrating 75 years of microbial research at Ukraine's Zabolotny Institute, home to the National Asset Ukrainian Collection of Microorganisms.
The Immortal Cell: How Leo Loeb Revolutionized Medicine with Tissue Culture
The story of Leo Loeb's groundbreaking work in tissue culture that revolutionized modern medicine.
The Eternal War: Deciphering the Rules of Combat in Billion-Year Battles Between Viruses and Hosts
Exploring the billion-year evolutionary arms race between viruses and their hosts, with insights into modern antiviral strategies and ancient viral conflicts.
The Double-Edged Sword: How a Cellular Helicase Fuels Our Viral Enemies
Exploring how DDX3, a cellular RNA helicase, is hijacked by viruses to promote their replication and potential therapeutic strategies targeting this mechanism.
Beyond the Microscope: The Evolving Frontiers of Virology in Modern Medicine
Exploring how virology transformed from observational science to a predictive, therapeutic powerhouse and what the next era holds.
The Unlikely Duo: How Pegylated Interferon and Ribavirin Revolutionized Hepatitis C Treatment
Explore how pegylated interferon and ribavirin combination therapy transformed Hepatitis C treatment before being replaced by direct-acting antivirals.
The Great Vanishing Act: How COVID-19 Measures Made the Flu Disappear (Temporarily)
Exploring how COVID-19 measures led to the dramatic decline of seasonal influenza cases worldwide, with insights from virology laboratory data.
Unlocking the Body's Fetal Blueprint: CRISPR's Quest to Reactivate Gamma Globin
Exploring CRISPR-Cas9 technology to reactivate fetal hemoglobin (HbF) as a potential universal treatment for sickle cell disease and beta-thalassemia.