Table 1.
Types and Size of MNPs | Functionalizing Agents | Cancer Cells | Types of Study | AMF | Reference |
---|---|---|---|---|---|
Maghemite (γ-Fe2O3), ~5 nm | MS | A549, HeLa, Saos-2, HepG2 | In vitro | 100 kHz, 15,916 A m−1 | [47] |
Iron oxide (Fe3O4), 10–20 nm | Silica | L929, HeLa | In vitro | 250 kHz, 26,659 A m−1 |
[48] |
Manganese ferrite, ~50 nm | Silica-RITC, silica | HeLa | In vitro | 33.3 A m−1 | [49] |
SPIONs, ~15 nm | Silica microbeads | Co112 | In vitro, in vivo | 141 kHz | [50] |
Iron oxide magnetic nanorings, ~70 nm | Polyethylene glycol methyl ether | MCF-7 | In vitro, in vivo | 39,789 A m−1
400 kHz |
[56] |
Iron oxide magnetic nanorings ~70 nm | PD-L1, PEG | 4T1 | In vitro, in vivo | 365 kHz, 30 kA m−1 |
[57] |
Fe3O4 nanocube, ~30 nm | Chitosan oligosaccharide | A549 | In vitro, in vivo | 1 MHz, 208 A m−1 |
[58] |
Iron oxide | PLGA | MDA-MB-231 | In vitro, in vivo | 513 kHz, 8 kW |
[61] |
Iron oxide | Polymethyl-methacrylate | MB-231 | In vitro, in vivo | 626 kHz, 28.6 A |
[62] |
Hexagonal cobalt and Manganese-doped MNPs, ~20 nm | Poly-ethylene glycol)-b-poly-caprolactone (PEG-PCL), SiNc | ES-2 | In vitro, in vivo | 420 kHz, 27 kA m−1 |
[63] |
Mn–Zn ferrite magnetic nanocryastals, ~14 nm | Phospholipid-PEG, ICG, RGD | 4T1 | In vitro, in vivo | 390 kHz, 2.6 kA m−1 |
[76] |
Zn-doped iron oxide, ~15 nm | Au, ATAP | U87, MCF-7 | In vitro | 300 kHz, 5 kA m−1, |
[77] |
Ferric-oxide MNPs, ~70 nm | HER2 aptamers, dextran | SK-BR3, U87MG | In vitro | 280 kHz, 300 A |
[78] |
Iron oxide | Calcium phosphate cements | MB-231 | In vitro, in vivo | 626 kHz, 28.6 A |
[86] |
Fe3O4 nanocube, ~20 nm | Serum albumin | U87MG | In vitro, in vivo | 512 kHz, 10 kA m−1 |
[87] |
Magnetite MNPs, ~8, 17, and 24 nm | Human-like collagen protein (HCP) | BHK-21 | In vitro, in vivo | 360 kHz, 44,564 A m−1 |
[88] |
SPIONs, ~15 nm | Carboxyl-modified DNA20, MS, DOX | HeLa | In vitro | 141 kHz | [51] |
Magnetic MS, ~190 nm | NIPAM-co-MAA, MS, DOX | HeLa | In vitro | 18 mT, 409 kHz |
[52] |
Maghemite, 16 nm | PEI/NIPAM, MS, soybean trypsin inhibitor | - | Drug release | 24 kA m−1, 100 kHz |
[53] |
Iron oxide crystals, ~190 nm | Metal–organic framework-ZIF-90, PDA, DOX | HeLa | In vitro | 18 mT, 490 kHz |
[67] |
Maghemite and magnetite magnetic nanorods, ~64 to 530 nm | Poly(ethyleneimine), Poly(sodium 4-styrenesulfonate), DOX | - | Drug release | 10–20 kA m−1, 100–200 kHz |
[68] |
Mn-Zn ferrite MNPs, ~100 nm | PLA-b-poly(N-co-D), CPT | SK-OV-3, HepG2 | In vitro | 89.9 kA m−1, 114 kHz |
[72] |
Mn-Zn ferrite MNPs, ~100 nm | 6sPCL-b-P(MEO2MA-co-OEGMA), DOX | Huh-7 | In vitro, in vivo | 89.9 kA m−1, 114 kHz |
[73] |
Citric-acid capped iron-oxide, ~12 nm | Liposomes, CET, CPT | U87MG | In vitro, in vivo | 96 kHz, 60 A | [85] |
Iron oxide nanocubes, 15 nm and 23 nm | Polycaprolactone nanofibers, DOX | HeLa, MCF-7 | In vitro | 110 kHz, 30 kA m−1 | [91] |