Microencapsulation provides an important tool for cosmetic and/or pharmaceutical industry,
enabling protection and controlled release of several active agents. The encapsulation of …

Encapsulation offers broad scope of applications. It can be used to deliver almost everything
from advanced drugs to unique consumer sensory experiences; it could be also employed …

Vanillin flavour is highly volatile in nature and due to that application in food incorporation is
limited; hence microencapsulation of vanillin is an ideal technique to increase its stability …

Textile detergent and softener industries, among others, have been incorporating the recent
scientific advances; such as microencapsulation technology, to successfully improve their …

In this study, polyurethane (PU) shell capsules were prepared and applied to cotton fabrics
to release medicinal lavender oil Lavandula angustifolia over a period of time. Textiles …

This study proposes the use of chitosan-cellulose particles to encapsulate limonene, a
fragrant component widely used in the flavor and fragrance industries. As cellulose …

Vanillin incorporated almond gum/polyvinyl alcohol (PVA) composite nanofibers were
prepared using electrospinning. The release mechanisms and kinetics of incorporated …

Abstract Methyl methacrylate (MMA)–styrene (St) copolymer nanocapsules containing
cologne essential oil for fragrant fabrics treatment were prepared by miniemulsion …

The process of oil-containing microcapsules production by complex coacervation of gelatine
and gum arabic was patented in 1957. Microencapsulation technology gained importance in …

Microencapsulation reveals numerous advantages over conventional applications of flavors
or fragrances. Thus, the goal of this work was to study the release rate of thyme oil through …