| Triptolide nanoparticles |
Triptolide |
Enhance the penetration of drug through stratum corneum by increased hydration |
Anti-inflam-matory |
Emulsi-fication ultrasound |
|
Topical |
80 |
| Nanoparticle of Cuscuta chinensis
|
Flavonoids and Lignans |
Improve water solubility |
Hepato-protective and anti-oxidant activity |
Nano-suspension method |
90% |
Oral |
81 |
| Artemisinin nanocapsules |
Arte-misinin |
Sustained drug release |
Anti-cancer |
Self assembly procedure |
90-93% |
In-vitro |
82 |
|
Radix salvia miltiorrhiza nanoparticles |
Radix salvia |
Improve the bio-availability |
Coronary heart diseases, angina pectoris and myocardial infraction |
Spray drying technique |
96.68% |
In-vitro |
83 |
| Taxol loaded nanoparticles |
Taxol |
Improve the bioavailability and sustained drug release |
Anti-cancer |
Emulsion solvent evaporation method |
99.44% |
In-vitro |
84 |
| Berberine loaded nanoparticles |
Berberine |
Sustained drug release |
Anti-cancer |
Ionic gelation method |
65.40% |
In-vitro |
85 |
| Naringenin loaded nanoparticles |
Naringenin |
Improve the release of NAR and improv its solubility |
Hepato-protective |
Nano-precipitation method |
|
Oral |
86 |
