… nanoparticles without roasted coffee oil for each sample. The absorbance was determined at
285 nm and the oil … The oil recovery (R%) was calculated with Equation (1), where C 1 (mg …

… This provides a qualitative size of nanoparticle dimensions and their distribution [12, 13]. …
have gained increasing interest in medicine by being biocompatible and increasing the …

… The present study was aimed to formulate green coffee nanoparticles for nutraceutical
applications to control green coffee polyphenol especially Chlorogenic acid in gastrointestinal …

… Coffee extract with hydrophobic nature was prepared and optimized (by solvent extraction)
and subsequently entrapped into the PLGA nanoparticles (NPs) using single emulsion-…

… compared to polymeric nanoparticles, which encouraged SLN … physiologically biodegradable
and biocompatible lipids and … As so far, the data on the use of nanoparticles to improve the …

… We synthesized Fe nanoparticles (Fe NPs) from Clove and Green Coffee (G-Coffee) extracts
… Furthermore, it has been reported that the oil is nontoxic to humans, antioxidant, antiviral, …

… For both drying methods used in the present work, chitosan nanoparticles improved the
oil retention capacity in the microcapsules probably due to the high emulsification capacity, …

Aiming to highlight the valorization of the natural products and the green synthesis processes,
this work describes the development of a nanoscale system based on the use of alginate …

… The RA played its role as a biocompatible ligand rendering the nanoparticles hydrophobic,
which ensured their dispersibility in apolar and mildly polar organic solvents such as …

… treatment of coffee powder with hot water for the production of coffee beverages in restaurants
and coffee shops, and especially from the industrial production of instant coffee, leading to …