Discover how graph theory algorithms power modern applications from genomics to network analysis and artificial intelligence.
Explore how research infrastructures are transforming scientific collaboration to address global challenges like climate change, sustainable energy, and materials science.
Explore how high-throughput sequencing data transforms genetic fragments into biological insights through assembly, quantification, and downstream analysis.
Explore the breakthrough in de novo transmembrane β-barrel design, combining parametric methods with AI to create custom cellular gateways for medicine and nanotechnology.
Explore the fascinating world of pharmacokinetics through the lens of the UK 2006 Meeting. Discover how drugs travel through your body and the science behind medication effectiveness.
Explore how machine learning is revolutionizing the fight against antibiotic resistance by predicting bacterial resistance from genomic data.
Discover how cutting-edge gene analysis technologies reveal how Trichophyton rubrum adapts to human hosts and evades our defenses.
Explore the combustion properties of biologically sourced alternative fuels, including algae biodiesel and hydrogen enrichment technology.
Discover how machine learning is revolutionizing molecular simulations by accurately capturing nuclear quantum effects with unprecedented computational efficiency.
Discover how integrated assessment is revolutionizing how we measure human potential by combining cognitive, emotional, and personality traits for true flourishing.