Explore how molecular dynamics simulations and machine learning are revolutionizing our understanding of protein function and dynamics.
Discover the groundbreaking research linking SPRY2 gene, wood smoke exposure, and asthma susceptibility through genetic-environmental interactions.
Exploring how planarian stem cells achieve cell division without centrioles and the implications for regenerative medicine and cancer research.
Discover how genome-wide association studies are revealing the genetic secrets of fiber content in sugarcane, with implications for biofuels and sustainable manufacturing.
Discover how the Algorithm for Proven and Young is transforming genome-wide association studies for reproductive traits in Nellore cattle.
Explore the dual role of DDX3X protein in cellular functions and antiviral defense, and how viruses hijack this molecular multitasker for their replication.
Discover how genomic research reveals the metabolic versatility and evolutionary insights of peritrich ciliates, nature's microscopic marvels with ecological significance.
Explore how nuclear lamins serve as master organizers of our genome, with profound implications for understanding aging and disease.
Discover how a mitochondrial mutation in Complex I affects cellular energy production in the endangered Apennine brown bear population.
Explore how Open Targets is transforming drug discovery through systematic data integration, genetic evidence, and collaborative approaches to identify safer, more effective drug targets.