Table 8.
NP formulation | 90% Viability control NPs [µg mL−1] | Drug | 90% viability for loaded NPs [µg mL−1] | Cell line | Size [nm] | Ref. |
---|---|---|---|---|---|---|
SLNP (DSPE) | 1850 | Functionalized with Apo E3+resveratrol | 3700 | hCMEC/D3 | 167.8 ± 19.9 | [ 448 ] |
SLNP (cetyl palmitate) | 1500 | Functionalized with ApoE3 | 1500 | hCMEC/D3 | 192 ± 13 | [ 433 ] |
G3 PAMAM | 700 | Lauryl chains and paclitaxel | 35 | Porcine brain endothelial cells | 13.7 ± 1.3 | [ 449 ] |
Cationic (cetyltrimethylammonium bromide) SLNPs | 33 | NA | NA | Human neutrophils | 195 | [ 450 ] |
zero‐valent iron | 20 | α‐Synuclein amyloid | <20 | SH‐SY5Y | 83.88 a) | [ 451 ] |
Single‐walled nanotubes | 1 | None | None | PC‐12 | 0.84 × 700–1000 | [ 452 ] |
Transferrin‐SLNP (cetyl palmitate) | ND | Quercetin | 2400 | hCMEC/D3 | 200 | [ 453 ] |
Nickel oxide | ND | NA | 10 | SH‐SY5Y | 89.73 ± 5.98 | [ 454 ] |
Peptide nanofibers | ND | siRNA | 11 | hCMEC/D3 | 50 × 297 | [ 455 ] |
This is hydrodynamic diameter, the actual NP diameter was 30 nm.