Bioactiv compounds have long been noted for their positive benefits to human health. They
have antioxidant properties, provide several essential nutrients that help maintain a healthy …

Besides their best-known uses in the food and fermentation industry, yeasts have also found
application as microcapsules. In the encapsulation process, exogenous and most typically …

Background Ultrasonication was used to stimulate the growth and selenium (Se)
biotransformation in Saccharomyces cerevisiae. An optimization study for maximal Se …

Although several fundamental applications have been reported for yeast cells and their
components as functional vehicles or promising structural ingredients in encapsulation of …

Background Yeast cells are an emerging bioinspired delivery carriers owing to the great
potential in encapsulation of both hydrophobic and hydrophilic compounds, protection from …

Microbubbles under ultrasound (US) activation are assumed to induce pore formation in the
plasma membrane, causing its permeabilization and hence molecule incorporation from the …

From the first observation about 40 years ago that yeast cells were interesting protective
structures that could be used in several industrial applications, processes have been …

The chemically induced structural changes of yeast cells as a wall material for the
microencapsulation of chlorogenic acid (CGA) were investigated by the Fourier-transform …

In this study, the influences of ultrasonic treatments with different working modes (fixed
frequency and sweeping frequency) and various frequencies on the bacterial growth and …

Co-culture conditions are beneficial for study due to the advances which arise from
symbiotic interactions and which cannot be replicated under pure culture conditions. Here …