Review highlights advances in magnetically controlled nanocarriers enhancing targeted delivery and combination therapies in medicine.
Key Points
This review aims to summarize recent developments and applications of magnetically controlled nanocarriers in targeted drug delivery and combination therapies.
Literature review from major scientific databases focusing on synthesis strategies and surface functionalization
Exploration of integration into combination therapy and theranostic platforms
Analysis of properties and applications of magnetic nanostructures including SPIONs.
Superparamagnetic iron oxide nanoparticles exhibit magnetic responsiveness, biocompatibility, and tunable surface chemistry.
Magnetically controlled nanocarriers enable targeted delivery, externally triggered drug release, and real-time imaging using MRI.
Hybrid systems combining various treatment approaches show improved outcomes in multiple disease applications.