Table 1.
Nanomaterial | Nanostructure characterization | Biological analysis | Author | Ref # | ||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|
Physical and/or chemical methodology | Active compound | Hydrodynamic diameter or size (nm) | ZP (mV) | PDI | T. cruzi strain | Host Cell line | In vitro/in vivo | Administration route | ||||
SEDDSs | Self-emulsifying | RAV | 100–250 | −45–−57 | 0.20–0.30 | Y | Cardiomyocyte (H9c2) | In vivo | Swiss albino mice | Oral | Sposito et al (2017) | 39 |
In vitro | Amastigotes | N.I. | ||||||||||
PACA | Emulsion polymerization | Nifurtimox | <200 | N.I. | from chronic patients in northern Chile | Vero | In vitro | Epimastigotes | N.I. | Gonzalez-Martin et al (1998) | 27 | |
Cytotoxicity | ||||||||||||
Allopurinol | Epimastigotes | Gonzalez-Martin et al (2000) | 29 | |||||||||
Amastigotes | ||||||||||||
PLA-PEG | Simple emulsification | Bis-triazole D0870 | 100–200 | N.I. | CL and Y | N.I. | In vivo | Swiss albino mice | IV | Molina et al (2001) | 30 | |
PCL-PLA-PEG | Nanoprecipitation | LYC | 100−250 | −30–−57 | 0.30 | N.I | In vivo | C57BL/6 mice | IV | Branquinho, Roy, et al (2017) | 136 | |
NC-PCL-PLA-PEG | Nanoprecipitation | LYC | 105.30−105.30 | N.I. | CL and Y | In vivo | Swiss albino mice | IV | Branquinho et al (2014) | 40 | ||
PN | Nanoprecipitation | UA | 173.20 | 36 | 0.09 | Y | LLC-MK2 | In vitro | Cytotoxicity | N.I. | Abriata et al (2017) | 41 |
In vitro | Trypomastigotes | |||||||||||
In vivo | C57BL/6 mice | IV | ||||||||||
Polymeric nanoparticles | Ionotropic gelation | Nitric oxide | 270–500 | N.I. | 0.35 | Y | Murine peritoneal macrophage | In vitro | Trypomastigotes | N.I. | Seabra et al (2015) | 36 |
Amastigotes | ||||||||||||
Multiparticulate benzonidazole polymers | Nanoprecipitation and freezedrying | BNZ | 233 | 35.40 | 0.10 | N.I. | Seremeta et al (2019) | 45 | ||||
NPs | Nanoprecipitation | BNZ | 63.30 | 18.3 | 3.35 | TcN | Vero | In vitro | Cytotoxicity | N.I. | Rial et al (2017) | 42 |
In vivo | C3H/HeN mice | Oral | ||||||||||
Liposomes | N.I. | Amphotericin B | N.I. | Tulahuen | In vivo | BALB/cJ | IP | Cencig et al (2011) | 59 | |||
Y | N.I. | Clemons et al (2017) | 140 | |||||||||
CL | ||||||||||||
Hydration | Stearylamine | Tulahuen | In vitro | Epimastigotes, trypomastigotes and amastigotes | N.I. | Yoshihara et al (1987) | 143 | |||||
Extrusion | ETZ | 379 | N.I. | RA | Monocyte macrophage (J774) | In vitro | Amastigotes | N.I. | Morilla et al (2005) | 52 | ||
In vivo | BALB/c mice | IV | ||||||||||
MLV | Hydration | BNZ | 2000 | N.I. | RA | In vivo | Wistar rats | IV | Morilla et al (2004) | 50 |
Abbreviations: BNZ, Benznidazole; mv, millivolt; IV, Intravenous injection; PACA, Poly (alkyl cyanoacrylate) nanoparticles; TcN, Nicaragua Strain; nps, Nanoparticles; PN, Nanoparticles with poly-Ɛ-caprolactone; NC, Nanocapsules; PCL, Poly-ε-caprolactone; PLA-PEG, polyethylene glycol-polylactide; ZP, Zeta potential; PDI, Polydispersity index; RAV, Ravuconazole; SEDDSs, Self-emulsifying drug delivery systems; Vero, Fibroblast of African green monkey kidney; LL-MK2, Fibroblast of monkey kidney; LYC, Lychnopholide; UA, Ursolic acid; N.I. not informed; RAS strain, pantropic/reticulotropic; T. cruzi, Trypanosoma cruzi.