Discover how the Oncopig Cancer Model is bridging the translational gap in oncology research with its unique combination of genetic precision and physiological relevance to humans.
Explore how organoid biotechnology is transforming liver cancer research through personalized 3D models that mimic human liver tumors for advanced drug testing and treatment development.
Exploring real-world treatment patterns and outcomes for multiple myeloma patients in the US, focusing on how patient characteristics influence therapeutic decisions and survival.
Exploring the complex regulatory landscape of personalized medicine, from drug-device combos to global harmonization challenges and future directions.
Analysis of Africa's genomics research capacity from 2004-2013 and the initiatives transforming the continent's research landscape.
Explore the fascinating world of anticancer lignans, their discovery, mechanisms of action, and biotechnological applications in cancer therapy.
Exploring the fascinating connection between nanobacteria and dental pulp stones, and their implications for systemic health.
Explore how nanotechnology and nutrigenomics are converging to create personalized foods that interact with your unique genetic code for optimal health.
Explore the fascinating world of nanotechnology through the groundbreaking research presented in the 2017 special issue of NANO journal.
Discover how the iPLUS non-coding sequence is transforming biopharmaceutical production by dramatically increasing protein yields in various expression systems.