Discover how live-cell imaging and temporal analysis are transforming drug discovery by revealing the dynamic cellular responses that static snapshots miss.
Discover how metal-organic frameworks (MOFs) like UiO-66-NH2 are transforming cancer detection through advanced metabolomics analysis.
Explore how self-assembling peptide hydrogels are revolutionizing tissue engineering with antimicrobial properties and enhanced cell adhesion capabilities.
Explore how ferrohydrodynamic microfluidic chips use magnetic fluids to sort cells by size without labels or contact, revolutionizing biomedical research and diagnostics.
Discover how IPDsim, an interpretable model, predicts clinical antagonism in cancer combination therapies for personalized treatment.
Explore how single-cell omics is revolutionizing our understanding of cellular decision-making by quantifying the physical landscape and flux that guide cell fate.
Explore how cell-free protein biomanufacturing is revolutionizing global health by enabling local production of diagnostics and therapeutics, reducing dependence on centralized facilities.
Discover how EcoSentinel transforms plants into self-sustaining environmental monitors through innovative plant-microbial fuel cells and natural antenna technology.
Exploring the importance of building an equitable bioeconomy that benefits all citizens through open science, policy reforms, and inclusive innovation.
Explore how vibrational spectroscopic imaging revolutionizes biomolecular observation in natural environments through IR and Raman techniques.