Discover how metabolomics is revolutionizing breast cancer detection through blood tests that can predict risk years in advance.
Discover how gene expression patterns in blood may predict treatment success for chronic myeloid leukemia patients, enabling personalized therapy approaches.
Explore how ecotoxicology helps us understand the impact of chemicals on our environment and ecosystems through scientific investigation and case studies.
Discover how myostatin, a natural muscle regulator, becomes hijacked by cancer to drive cachexia - the debilitating wasting syndrome affecting millions of cancer patients.
Explore the fascinating world of coral fluorescent proteins - their functions, diversity, and applications in science and conservation.
New research reveals that your zip code might be as important as your genetic code when it comes to prostate cancer risk.
Explore how scientists and communities use innovative approaches to predict future health outcomes and actively promote wellness through targeted interventions.
Exploring the cytotoxic compounds found in Homalium stenophyllum twigs and their potential applications in cancer treatment.
Exploring the environmental exposure assessment of Advanced Therapy Medicinal Products (ATMPs) in European healthcare settings through systematic review findings.
Exploring how scientists are mitigating nanotoxicity through AI, safer particle design, and advanced testing methods to unlock nanotechnology's full potential.