Biomedical nanotechnology focuses on nanoscale materials engineered for safe interaction with biological systems. This category highlights high-purity nanomaterials used in drug delivery, imaging contrast agents, diagnostic platforms, implant coatings, and regenerative medicine. These materials are selected for their biocompatibility, stability, and customizable surface properties, supporting advanced medical research and clinical innovation.
BackgroundAt hyperglycemia-related bone defects, oxidative stress and chronic inflammation disrupt the immune-osteogenic cascade, tipping bone marrow mesenchymal stem cells’ mitochondrial […]
BackgroundThe hepatic lobule relies on the spatial arrangement of multiple cell types to coordinate metabolism, detoxification, and immune regulation, but
BackgroundMaxillofacial bone defects are often subject to masticatory forces, infection, and an inflammatory microenvironment. Most existing filler materials struggle to
Brief Introduction to Literature Nature Immunology (IF≈27.7, 2026) | Moutsopoulos Team, NIH/NIDCRResearch IdeaThe oral mucosa is one of the most
Background: Chronic oral inflammation is often accompanied by microbial dysbiosis, oxidative stress, and bone resorption, and the microenvironment changes over
Journal Source Bioactive Materials (Journal of Biomaterials, IF:18.9, JCR Q1), published in 2026. The research team from Peking University Shenzhen
Immune nanoenhancer technology is emerging as one of the most promising advances in the field of nanomedicine, offering a strategy
Biomedical nanotechnology is transforming modern healthcare by enabling highly precise interventions through high-purity, biocompatible nanomaterials. As biomedical nanotechnology evolves, its