Table 1. Summary of different studies conducted with lipid-based nanocarriers combined with magnetic nanoparticles.

Nanomaterial	Targeting moiety	Drug	In vitro model	In vivo model	Main finding	Ref.
SLNs	–	TMZ	BBB model	–	Improvement of the drug release after the application of an AMF Crossing of the system through the BBB model Hyperthermia	[134]
SLNs	Transferrin	–	Tumor spheroids	Bovine post-mortem brain	Improvement of the targeting and achievement of transcytosis Increment of the temperature inside brain tissue after AMF application	[135]
SLNs	Magnet	Nutlin	BBB model	–	Demonstration of the ability of the system to cross the BBB model	[136]
NLCs	Angiopep-2	Nutlin	BBB model	–	Glioma cell targeting and transcytosis through the BBB model Cell death by hyperthermia after the application of an AMF Improvement of the drug release	[60]
Gd-liposomes	Glucose Magnet	–	–	U87MG ectopic model	Improvement of the tumor targeting by the magnetic implants and the glucose moiety	[137]
Liposomes	–	DOX	–	C6 glioma-bearing rats	Reduction of the tumor size after the application of the AMF	[138]
Liposomes	CPP GBM-specific antibody	DOX	BBB model U87MG cell line	–	Crossing of the BBB model and targeting of glioma cells Controlled drug release by temperature Suppression of U87MG cell growth	[139]
Cationic liposomes	Positive charge	–	U87MG cell line	–	Improvement of cell death after the application of AMF together with near-infrared laser	[140]