Discover how scientists are using nanofibrous scaffolds and naringenin to engineer sperm in the lab, offering new hope for male infertility treatment.
Explore how nanoinformatics is revolutionizing nanotechnology through data science, machine learning, and predictive modeling for safer biomedical and environmental applications.
Explore how the tiniest machines are powering a scientific revolution through micromechanics and microscopic forces.
Discover how collaborative drug delivery systems are creating targeted treatments that go straight to the source of disease with minimal side effects.
Explore how nanotechnology and nanocarriers are transforming cancer treatment through precise drug delivery and targeted tumor therapy.
Explore groundbreaking advancements in polymeric composite materials, from self-healing nanostructures to AI-driven material discovery and sustainable biomaterials.
Explore Professor Hongjing Dou's groundbreaking research on cell-mimicking materials and their transformative potential in medicine, from targeted cancer therapy to tissue regeneration.
Discover how nano/micro biorheology reveals the fundamental mechanics of biological systems at molecular scales, enabling breakthroughs in medicine and biotechnology.
Explore how intelligent nanomedicine is revolutionizing healthcare through bio-nano engineering approaches that create smart, responsive therapeutic systems.
Explore how biomedical nanomaterials are transforming healthcare through targeted drug delivery, advanced diagnostics, and regenerative medicine.