Discover how genome-wide analysis of Wnt signaling in Xenopus tropicalis is challenging the long-standing β-catenin paradigm in developmental biology.
How scientists use mouse models to fine-tune future vaccines through antigen dose optimization using ELISA and immunophenotyping techniques.
Exploring the cytotoxicity of 3-mercaptopropionic acid-modified quantum dots on Medicago sativa cells and tissues in agricultural nanotechnology.
Explore how high-content phenotyping in C. elegans is revolutionizing biological research through advanced imaging and machine learning.
Explore how nanosecond pulsed electric fields (nsPEF) are revolutionizing cellular manipulation, from cancer treatment to cellular rejuvenation.
Explore how KIT researchers are pioneering soft matter technology through chemical approaches from nanoarchitectures to microstructures
Explore how functional genomics is revolutionizing drug discovery through CRISPR screening, multi-omics integration, and advanced genomic technologies.
Discover how simple in-house fabricated microwells are transforming liver cancer research by creating uniform 3D multicellular cancer aggregates for novel therapeutic discovery.
Revolutionary biosensor platforms are enabling researchers to map protein-protein interactions with unprecedented clarity, unlocking new frontiers in drug discovery and disease treatment.
Learn about the prestigious Albany Medical Center Prize and Dr. Jeffrey M. Friedman's groundbreaking leptin discovery that revolutionized obesity research.