Amazonia products in novel lipid nanoparticles for fucoxanthin encapsulation
LM Cordenonsi, A Santer, RM Sponchiado… - AAPS …, 2020 - Springer
LM Cordenonsi, A Santer, RM Sponchiado, NR Wingert, RP Raffin, EES Schapoval
AAPS PharmSciTech, 2020•SpringerLipid nanoparticles (LNs) are traditional systems able to effectively increase skin hydration.
However, due to its reduced viscosity, LNs suspensions are less attractive for skin
administration. To overcome this disadvantage, the LN were incorporated in the semi-solid
formulation is easy manipulation. This study demonstrated that it is possible to obtain novel
LN-loaded fucoxanthin (LN-FUCO) for topical administration containing a combination of
bacuri butter and tucumã oil prepared by high shear homogenization for improved stability …
However, due to its reduced viscosity, LNs suspensions are less attractive for skin
administration. To overcome this disadvantage, the LN were incorporated in the semi-solid
formulation is easy manipulation. This study demonstrated that it is possible to obtain novel
LN-loaded fucoxanthin (LN-FUCO) for topical administration containing a combination of
bacuri butter and tucumã oil prepared by high shear homogenization for improved stability …
Abstract
Lipid nanoparticles (LNs) are traditional systems able to effectively increase skin hydration. However, due to its reduced viscosity, LNs suspensions are less attractive for skin administration. To overcome this disadvantage, the LN were incorporated in the semi-solid formulation is easy manipulation. This study demonstrated that it is possible to obtain novel LN-loaded fucoxanthin (LN-FUCO) for topical administration containing a combination of bacuri butter and tucumã oil prepared by high shear homogenization for improved stability. The particle size was found to be 243.0 nm and the entrapment efficiency up to 98% of FUCO was incorporated and achieved the suitability of formula. The LN-FUCO hydrogel characteristics of slight acidity, drug content near 100%, and nanometric mean size assure to this formulation high compatibility to dermal application. Photostability assay by UVA, LN-FUCO, and LN-FUCO hydrogel improved photostability and conferred greater protection against FUCO degradation. The results obtained from in vitro skin permeation studies presented a significant difference between LN-FUCO hydrogel and FUCO (p < 0.05), with no detection of the drug in the receptor medium. Therefore, high shear homogenization is demonstrated to be a simple, available, and effective method to prepare high-quality LN-FUCO hydrogel for topical application.
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