Explore how the immune system's response to tropical diseases like leprosy, schistosomiasis, and leishmaniasis causes lasting damage through immunopathology.
Explore how chemical genomics is revolutionizing agriculture by using small molecules to enhance crop resilience and productivity without genetic modification.
Discover how the loss of Atm and Polβ DNA repair proteins in the cerebellum leads to neurological disorders and uncover the surprising link between DNA damage and gene regulation.
Discover how scientists decoded CaMsrB2, a remarkable protein in peppers that acts as a defense regulator against oxidative stress and pathogen attacks.
Discover how scientists are characterizing microbial signatures on artworks to preserve cultural heritage and unlock historical secrets.
How scientists are supercharging Zymomonas mobilis bacteria to turn farm waste into clean fuel using Tn5-based transposon systems.
Discover how common statins like Simvastatin and Fluvastatin interact with brain gap junction proteins, potentially affecting neurological function beyond their cholesterol-lowering effects.
Explore recent advances in metabolomics, the science analyzing small molecule metabolites to understand health, disease, and the molecular foundations of active aging.
Discover how histone proteins act as molecular traffic cops, directing DNA oxidative damage and creating vulnerability hotspots in our genome.
Explore the fascinating world of centromeric chromatin and its crucial role in cell division through structural and functional analysis.