. 2019 May 16;20(10):2426. doi: 10.3390/ijms20102426

Table 1.

Magnetoferritin in biomedical applications.

Ferritin Shell	Extra Modification	Properties of Iron Core	Applications	References
apoFt		Superparamagnetic	MRI (T2)	[48]
	W doped	Paramagnetic	MRI (T1)	[71]
HFt		Superparamagnetic	MRI (T2)	[63]
		Peroxidase	Tumor diagnosis	[41,76]
		Superparamagnetic	Native tumor targeting	[41]
	Polymer mediated	Enhanced relaxivity	MRI (T2)	[77]
	RGD linked	Superparamagnetic	Tumor targeting, MRI (T2)	[40]
	α-MSH linked	Superparamagnetic	Selective targeting	[78]
	Ultrafine Fe₂O₃	Superparamagnetic	MRI (T1)	[47]
	Co doped	Superparamagnetic, Enhanced relaxivity	Magnetize cells, MRI (T2)	[38]
	Co doped	Peroxidase	Cancer diagnosis	[56]
	Semigenetic	Superparamagnetic	THG, OA and MRI (T2)	[79]
	¹²⁵I conjugated	Superparamagnetic	SPECT imaging, MRI (T2)	[80]
	Co doped	Enhanced magnetic Anisotropy	Hyperthermia	[46]
	Cy5.5 labeled	High relaxivity	NIRF imaging, MRI (T2)	[81]
	Re conjugated	Superparamagnetic	Radiotherapy, MRI (T2)	[82]
	Self-organized	Magnetic scaffold	Control bioprocess	[83]
AfFt-AA		Enhanced relaxivity	MRI (T2)	[54]
PfFt	Assembly	Superparamagnetic	Control drug delivery	[37]