Review Article

Targeted Therapeutic Nanoparticles: An Immense Promise to Fight against Cancer

Table 3

Some examples of polysaccharide decorated PLGA NPs with their preparation methods, payloads, antibody conjugation methods, size, and zeta potential.

Shell and CoreCargo/labelNP preparation methodConjugation techniqueAverage size (nm)Zeta potential (mV)Reference

Chitosan/PEG functionalized PLGA coreFluoresceinamine (FA)O/W emulsification solvent evaporationCovalent conjugation329 (FA-chitosan-PLGA)
324 (FA-PEG-PLGA)
19.7 (FA-chitosan-PLGA)
−38.1 (FA-PEG-PLGA)
[79]

Chitosan-PLGA engineered into mesenchymal stem cellPaclitaxel, CurcuminO/W emulsification solvent evaporationChemical conjugation1429.22[80]

Heparin/chitosan-Pluronic on PEG-PLGA coreTetramethyl
rhodamine isocyanate
Nanoprecipitation/solvent diffusionChemical conjugation144 (Hep-PLGA),
134 (Ch-PLGA)
−50 (Hep-PLGA), +38 (Ch-PLGA)[81]

Chitosan coated on PLGAsiRNADouble emulsification solvent evaporationSurface adsorption263.7333.76[82]

Lecithin/chitosan on PLGA coreBetamethasone-17-valerate (BSV)Emulsion-diffusion evaporationIonic gelation280.9 (BSV-chitosan-PLGA)
274 (BSV-chitosan-lecithin)
−5.62 (BSV-chitosan-PLGA)
40.8 (BSV-chitosan-lecithin)
[83]

6-Carboxyfluorescein-chitosan film on paclitaxel-PLGA coresiRNAO/W emulsification solvent evaporationSurface adsorption as film204–543+16.9–31.2[84]

Dextran-cholesterol on PLA core99mTcCo-dialysisCovalent attachment119–201[85]

Dextran-cholesterol on PLA coreFluorescein isothiocyanateO/W emulsification solvent evaporationCovalent attachment105[86]

Dextran-cholesterol-aldehyde on PLA coreTransferrin, fluorescein isothiocyanateCo-dialysis methodCovalent attachment100–150[87]

Alginate-chitosan on PLGA coreFolic acid or Folic acid-PEGEmulsion solvent evaporationCovalent attachment[88]

Dextran-sulphate sodium and PLGA coreVincristine sulphateNanoprecipitationSelf-assembly128.3–133.0(−10.6)–(−13.8)[89]

Trimethylated chitosan- on PLGA coreCoenzyme and Coumarin-6NanoprecipitationCovalent attachment136.8–146.717.7–21[90]

Chitosan-4-thiobutylamidine on PLGA coreCurcuminEmulsification solvent evaporationCovalent attachment889.524.75[91]

Chitosan on PLGA coreMitoxantroneEmulsion solvent evaporationAdsorption and covalent attachment291 (adsorption)
331 (covalent binding)
25.13 (adsorption),
23.01 (covalent binding)
[92]