Exploring Dr. Pierre-Eric Lutz's groundbreaking research on how epigenetic mechanisms reshape our brain's operating system in response to life experiences and trauma.
Exploring how computational models are helping discover plant-based treatments for tuberculosis by targeting the DHFR enzyme in Mycobacterium tuberculosis.
Exploring how multiprocessor configurations accelerate bioinformatics workloads through parallel computing, with real-world benchmarks and technical insights.
Exploring how our microbiome influences cancer development and treatment response, with breakthrough research on microbial modulation of immunotherapy.
Exploring the groundbreaking insights from Nobel Symposium 175 on precision medicine and its transformative impact on healthcare's future.
Discover how functional genomics is revolutionizing mastitis resistance in dairy cows through cutting-edge genetic research and breeding strategies.
Discover how xyloketal B from marine fungi reverses fatty liver disease by activating PPARα/PGC1α pathway
Discover how CAP70 protein offers new hope in treating aggressive triple-negative breast cancer by targeting EGFR pathways with precision biology.
Discover how selenoproteins, the body's elite antioxidant task force, impact aging, immunity, and disease through cutting-edge research.
Discover how HbYX motifs and the ProEnd database are transforming our understanding of proteasome activation and opening new doors for medical treatments.