Explore how DNA nanotechnology is revolutionizing immunology through programmable molecular structures that enhance our immune system with unprecedented precision.
Understanding how cancer treatments affect bone health and strategies to prevent fractures in cancer patients and survivors.
Exploring the potential of octopus ink extract as quorum quenching agent to prevent Edwardsiella tarda biofilm formation in aquaculture
Discover how Lopezia racemosa, a traditional Mexican medicinal plant, shows promising anti-inflammatory and anti-cancer properties through scientific research.
Explore how molecular docking is transforming drug discovery through computer simulations that predict how molecules interact, accelerating medicine development.
Explore the groundbreaking discoveries of common and rare genetic variants that influence colorectal cancer risk and how these findings are transforming cancer prevention and treatment.
Exploring the revolutionary potential of Williamson-Sutterby nanofluids with activation energy, Cattaneo-Christov heat flux, and magnetic dipole effects for advanced heat transfer applications.
Discover the groundbreaking science of skin intelligence - how your skin learns, adapts, and becomes more resilient through biological education and microbial symbiosis.
Discover how Austwickia chelonae toxin (ACT) evades pre-existing immunity to enable breakthrough intracellular drug delivery platforms for cancer treatment and genetic medicine.
How scientists are using cutting-edge omics to uncover the physics of life itself by mapping cellular energy landscapes and probability flows.