Exploring how quantitative ethnobotany is documenting indigenous medicinal plant knowledge in Munnar, Kerala before it disappears.
Discover how cooperative cobinding of synthetic and natural ligands to PPARγ is revolutionizing drug discovery and nuclear receptor pharmacology.
Explore how computational mass spectrometry reveals protein-nucleic acid interactions and quantitative metaproteomics in cellular networks.
Explore how computational biology is reshaping medicine and our understanding of life through bioinformatics, multi-omics approaches, and AI-powered analysis.
Exploring the effects of mobile device electromagnetic fields on human brain activity and what current research reveals about this invisible connection.
Explore how high-performance agent-based models with real-time visualization are transforming our understanding of vocal fold inflammation and healing processes.
Explore how neuroscience reveals the brain's decision-making processes and how this knowledge can improve economic choices, mental health treatments, and policy design.
Explore how Field-Programmable Analog Arrays (FPAAs) are revolutionizing computing with brain-inspired efficiency and nanoscale VLSI structures.
Explore how genomic information retrieval works, from CRISPR screening to AI-enhanced genomic search tools that help scientists navigate billions of DNA base pairs.
Explore how mathematical models and computer simulations are guiding global efforts to eliminate cervical cancer through vaccination, screening, and treatment strategies.