Discover how manipulating ATP production in microbes through different electron transport pathways is revolutionizing wastewater treatment and reducing sludge.
Explore how microfluidic technology enables precise single-cell analysis and revolutionizes molecular biotechnology research.
Discover how the analysis of 1000 plant transcriptomes revealed the evolutionary history of hydroxyproline-rich glycoproteins, the mysterious architects of plant cell walls.
Explore how transformative materials are revolutionizing the creation of 3D functional human tissue models for medical research and drug development.
Discover how disinfection byproducts in tap water can damage DNA and increase cancer risk, affecting millions of Americans daily.
Discover how simultaneous spatial profiling technology is revolutionizing our understanding of immune system organization in human tonsils through multi-modal analysis of mRNAs, proteins, and protein interactions.
Discover how Eco-Ultrafiltrates, advanced Swiss nano-ultrafiltration technology, are revolutionizing treatment for chronic aging diseases and aesthetic rejuvenation through organ-specific peptides.
Explore the science behind sodium and sulfur balance in kraft pulp mills, from traditional challenges to modern biological solutions and predictive modeling.
Explore how NanoString's 3D Biology platform enables simultaneous digital counting of DNA, RNA and protein, revolutionizing cellular research and personalized medicine.
Explore how scientists use 1D-PAGE and LC-MS/MS to identify and weigh proteins in cellular proteomes, advancing our understanding of health and disease.