Exploring the fascinating science behind structured water and its surprising effects on microbial genetics and ecosystems
Discover the sophisticated behaviors of viruses beyond simple pathogens, from replication strategies to host manipulation and groundbreaking research.
Explore how fluorescent antibody techniques transformed microbiology, enabling scientists to detect and combat invisible pathogens with glowing precision.
Discover how Nobel Prize-winning research revealed the immune system's internal security guards - regulatory T cells - and their role in preventing autoimmune diseases and cancer.
Explore how Zinaida Ermolyeva, the Soviet penicillin pioneer, confronted antibiotic-resistant bacteria in the 1970s with innovative research strategies.
Explore how scientists isolate and identify microscopic components that shape our world, from life-saving microbes to dangerous viruses.
Exploring the biological properties of bacterial monocultures and their co-cultured variations in Enterobacter, Citrobacter, Serratia, and Proteus species.
Explore the microbiological aspects of antimicrobial drug effectiveness, from MIC testing to innovative solutions against antimicrobial resistance.
Discover how the spiral loop, a simple wire tool invented by György Takátsy, transformed serological and virological testing through micro-methods.
Explore the 135-year legacy of the I.I. Mechnikov Institute of Microbiology and Immunology, from its founding during epidemics to modern research on antibiotic resistance and probiotic therapies.