Abstract: A gelled food product is prepared by opening a closed container of thermo-reversible gel (A) that is based on polysaccharide gelling agent, heating gel (A) to a temperature of at least 60° C., combining the gel (A) with at least one taste or flavour imparting food component before, during or after the heating, to provide a combined gel composition (B) that comprises at least 1 wt % protein, such that the gel (A) constitutes 50-98 wt % of the composition (B), and allowing the combined gel composition (B) to set in a mould.

Abstract: A gelled food product can be prepared by heating thermo-reversible sheared gel that is based on non-starch polysaccharide gelling agent and that comprises a combined amount of water and fat of 60-99.9 wt %, to a temperature of 60-95° C. and allowing the gel to set in a mould under quiescent conditions. There is also provided a semi-finished product comprising a closed container that contains thermo-reversible sheared gel suitable for use in the present method, which sheared gel is based on non-starch polysaccharide gelling agent and comprises a combined amount of water and fat of 60-99.9 wt %, which container is provided with instructions to the user to heat the sheared gel to a temperature of 60-95° C. and allow the gel to set.

Abstract: The present invention relates to a process for the crystallization of a solid phase from a liquid, characterized in that the liquid during crystallization is subjected to ultrasound in the absence of transient cavitation. In particular the liquid is sonicated under such conditions of time and frequency that nucleation of stable crystals in the liquid is induced without exceeding the cavitation threshold and the occurrence of transient cavitation and the accompanying flavor deterioration is avoided. The liquid preferably is a triglyceride oil such as a vegetable oil or animal fat, e.g. liquefied milk fat.

Abstract: A method of inducing solidification in a fluid composition comprising a cosmetic active, a crystalline organic structurant and a carrier, comprising exposing the fluid composition to ultrasound or converting the composition to a soft solid.

Abstract: The present invention relates to a process for the crystallisation of a solid phase from a liquid, characterized in that the liquid during crystallization is subjected to ultrasound in the absence of transient cavitation. In particular the liquid is sonicated under such conditions of time and frequency that nucleation of stable crystals in the liquid is induced without exceeding the cavitation threshold and the occurrence of transient cavitation and the accompagnying flavor deterioration is avoided. The liquid preferably is a triglyceride oil such as a vegetable oil or animal fat, e.g. liquefied milk fat.

Abstract: The present invention provides a microwaveable food product composite containing a coating food product and a mode filtering structure wherein the food product has a crumb coating having an average crumb size of greater than 1.5 mm and an air gap of from 1 to 6 mm between the food product and the mode filtering structure such that the electric field strength generated within the mode filtering structure, when used in a commercially available microwave oven, is greater than 20 kV/m, but below the breakdown voltage of air. Such composite products are useful in enhancing the heating of the surface layer of the coated food product by a microwave energy.