Nano-sized FePt capsules with two types of ultrathin shell were fabricated using a template
method for use in a nano-scale drug delivery system. One capsule was composed of an …

Magnetic carriers with efficient loading, delivery, and release of drugs are required for
magnetically guided drug delivery system (DDS) as the potential cancer therapy. The …

The present Article describes the synthesis of ferromagnetic capsules approximately 330 nm
in diameter with a nanometer-thick shell to apply to magnetic carriers in a magnetically …

This paper demonstrates that magnetic field triggered drug release from magnetic lipid
microcapsules (MLMs) in a controlled manner. Two types of MLMs were fabricated, ie, MLMs …

The magnetic polymer microcapsules, as a promising environmental stimuli-responsive
delivery vehicle, have been increasingly exploited to tackle the problem of remotely …

The application of nanoparticles for drug or gene delivery promises benefits in the form of
single‐cell‐specific therapeutic and diagnostic capabilities. Many methods of cell …

Targeted delivery carriers: Magnetic protein microcapsules (MPMCs) as drug carriers for
targeted delivery were fabricated by a facile and fast sonochemical method. MPMCs …

A practical and effective strategy for loading hydrophobic anticancer agents within the inside
and outside oleic acid layer of Rubik-like magnetic nanoassemblies (MNAs) is established …

Nanocapsules containing intentionally trapped magnetic nanoparticles and defined
anticancer drugs have been prepared to provide a powerful magnetic vector under …

Nanotherapeutic strategy is well recognized as the therapeutic approach of the future.
Numerous reports have demonstrated the use of nanoparticulate drug carriers for the …