Explore how merging paired-end reads with uncertainty incorporation revolutionizes genomic data analysis and accuracy.
Explore how quantitative single-cell proteomics is revolutionizing our understanding of cellular hierarchies and transforming biology research.
Discover how microengineered 3D models of human alveoli are transforming lung science by capturing the profound influence of curvature on cellular behavior.
Explore how High Cell Density Fermentation transforms E. coli into efficient miniature factories for producing life-saving therapeutics.
Explore how noisy perturbation modeling is transforming scientific understanding by using controlled disturbances to reveal fundamental truths in biological and AI systems.
Discover how Severus, a sophisticated genomic tool, uses long-read sequencing to detect complex structural variants in cancer with unprecedented accuracy.
Explore how positrons reveal the hidden microstructure of biomaterials through antimatter annihilation and gamma ray analysis.
Discover how transcriptomic analysis reveals the genetic blueprint behind Manila clam development, from single cell to complex organism.
Discover how seaweed-derived semiconductors and silk proteins are creating artificial neurons for brain-like computing systems.
How regional therapy trials are forging a new standard of care for peritoneal metastases from colorectal cancer.