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.
Background: Trace biomolecule detection is critical, but conventional SPR and magneto-optical signals are weak and broad. Methods: The team used […]
Background: Residual lesions after breast cancer surgery are prone to recurrence and metastasis, driven primarily by a vicious cycle of
BackgroundPFAS resist degradation due to strong C–F bonds and bioaccumulate. Conventional oxidation or reduction often only shortens the chain, leaving
Background–arthritisIn human fingers, proximal interphalangeal joints are more prone to inflammation, while distal interphalangeal joints are often spared. The cellular
Background: Non-excitable cells show Vm fluctuations, but sub-mV imaging was limited; connexin/oncochannel roles were unclear. Methods: rEstus2s was engineered. Voltage
Background: Dynamic gels only reshuffle bonds. This work swaps hydrazone crosslinks for oximes after formation. Methods: HPLC and kinetic modeling
BackgroundAt the Ångström scale, water confined between 2D layers behaves unlike bulk water, governing ion transport in natural and engineered
Background: Sarcopenia is aging-related muscle loss with NAD+ deficiency and mitochondrial dysfunction. Exercise is RCT-proven but hard for many. Oral
BackgroundReflux-related mucosal inflammation involves chemokine-driven inflammation and oxidative stress. Mitochondrial damage and ROS elevation create a vicious cycle, while NF-κB
Research topic contentA fluorinated liposome encapsulated condensed layer delivery system (PD-LES) was developed to address the issues of drug inactivation