Explore how plant biotechnology is revolutionizing agriculture to feed our growing population sustainably through genetic engineering and advanced research tools.
Discover how scientists uncovered a genetic linkage between CMV glycoproteins gN and gO, revealing insights into viral evolution and congenital infections.
Explore the genetic foundations of dyslexia and Dr. Jeffrey Gruen's groundbreaking research on READ1 and KIAA0319 gene interactions.
Explore how CCR5 genotypes and β-chemokine concentrations affect HIV susceptibility in Brazil's diverse population. Learn about genetic resistance mechanisms and therapeutic applications.
Exploring the revolutionary paradigm of DNA as dynamic habitats and RNA as active inhabitants that communicate and cooperate to shape genetic destiny.
Explore the fascinating journey of modern biology from natural history to experimental science, featuring key discoveries, revolutionary methods, and evolutionary breakthroughs.
Explore how viral genetics is transforming virology research, from mutation mechanisms to breakthrough discoveries like MAP4K1 gene and future predictive virology.
How genetic sequencing and scientific tools helped understand and contain the 2014-2015 Ebola epidemic in West Africa
Discover how pairwise diversity and tMRCA serve as genetic markers to determine HIV infection recency, with insights from groundbreaking Botswana research.
Explore the life and legacy of Professor Craig R. Pringle, the Scottish scientist whose meticulous genetic mapping of viruses created the foundation for modern virology.