Discover how your circadian rhythms work and the groundbreaking research that revealed the genetic mechanisms behind your body's internal clock.
Explore how genome-scale modeling of Synechocystis sp. PCC 6803 is revolutionizing sustainable bio-production through computational biology and metabolic engineering.
Discover how damaged DNA can actively sabotage the p53 cancer fighter, triggering a vicious cycle that may accelerate cancer and aging through DNA-mediated oxidation.
Discover how genetic research is uncovering the blueprint of platelet function and its connection to coronary artery disease through genome-wide linkage and association studies.
Explore the groundbreaking research honored by the National Academy of Sciences in 2025, from Mars exploration to neuroscience breakthroughs.
Explore the fascinating world of bacterial and phytoplasmal pathogens, their mechanisms, and how phytoplasmas create 'zombie plants' through sophisticated biological manipulation.
Exploring the genetic and chemical variability in Casearia sylvestris populations in São Paulo and its implications for medicine and conservation.
Explore how personal genomic profiling is transforming treatment for Multiple Chemical Sensitivity through personalized medicine approaches.
Discover how vitamin D receptor gene haplotypes influence susceptibility to occupational lead exposure and what this means for workplace safety.
Discover how BOX-rep-PCR fingerprinting revolutionizes identification of lactic acid bacteria in food science and microbiology.