Exploring how Zagreb indices and mathematical descriptors are revolutionizing drug discovery and chemoinformatics through predictive modeling and AI integration.
Discover how genomic evidence reveals the ongoing evolution of humanity through adaptive traits and disease susceptibility patterns.
Discover how ungulates like deer and antelope are becoming essential model systems for understanding disease ecology and preventing future pandemics.
Discover how molecular profiling reveals the biological secrets of long-term pancreatic cancer survivors through IHC and CGH analysis.
Exploring the revolutionary debate in plant morphology challenging 200-year-old concepts about plant organ categories.
Explore the science behind functional inorganic crystals - the atomic architectures powering modern technology from semiconductors to medical devices.
Explore how epigenetic mechanisms drive cancer cell plasticity and drug resistance, and discover the cutting-edge therapies targeting this hidden layer of regulation.
Explore how atomistic simulations and computational chemistry are helping scientists understand how life emerged from non-living matter on early Earth.
Explore the scientific contributions and botanical research of Igor Germanovich Levichev in celebration of his 70th anniversary.
Groundbreaking genetic research reveals Australian sperm whales form a single interconnected population, rewriting decades of conservation management.