Abstract

We demonstrate three potential edible applications of shellac oleogels as (i) a continuous oil phase for preparation of emulsifier-free, structured w/o emulsions (spreads), (ii) a replacer for oil-binders in chocolate paste formulations and (iii) a shortening alternative for cake preparation. Water-in-oil emulsions with up to 60 wt% water were prepared without the need for an emulsifier by simply using shellac oleogels as the continuous oil phase. The water droplets in these emulsions (size < 40 μm) were stabilized via interfacial and bulk crystallization of shellac. Chocolate paste prepared by complete replacement of an oil-binder and a partial replacement of palm oil (∼27%) with a shellac oleogel, showed no sign of 'oiling-out' when stored at elevated temperature (30 °C) for several weeks. Further, cakes prepared using oleogel-based w/o emulsions (20 wt% water) as a shortening alternative showed comparable functionalities (texture and sensory attributes) to the standard cake.

Highlights

  • Solid fats are major components in a majority of food products which are used on a daily basis including spreads, whipped creams, chocolates, ice-creams and various bakery products

  • We demonstrate three potential edible applications of shellac oleogels as (i) a continuous oil phase for preparation of emulsifier-free, structured w/o emulsions, (ii) a replacer for oil-binders in chocolate paste formulations and (iii) a shortening alternative for cake preparation

  • We demonstrate three different edible applications of these oleogels as (i) a continuous oil phase for preparation of emulsi er-free, structured w/o emulsions, (ii) a replacer for oilbinders in chocolate paste formulations and (iii) a shortening alternative for cake preparation

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Summary

Introduction

Oleogelation, as the name implies, involves gelation of oil with the help of a single gelator or a synergistic combination of different gelator molecules.[1]. We demonstrate three different edible applications of these oleogels as (i) a continuous oil phase for preparation of emulsi er-free, structured w/o emulsions (spreads), (ii) a replacer for oilbinders in chocolate paste formulations and (iii) a shortening alternative for cake preparation

Results and discussion
Conclusions
Edible Oleogels
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