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Aspic (/ ˈ æ s p ɪ k /) [1] or meat jelly is a savory gelatin made with a meat stock or broth, set in a mold to encase other ingredients. These often include pieces of meat, seafood, vegetable, or eggs. Aspic is also sometimes referred to as aspic gelée or aspic jelly. In its simplest form, aspic is essentially a gelatinous version of ...
Gelatin is used as a binder in match heads [39] and sandpaper. [40] Cosmetics may contain a non-gelling variant of gelatin under the name hydrolyzed collagen (hydrolysate). Gelatin was first used as an external surface sizing for paper in 1337 and continued as a dominant sizing agent of all European papers through the mid-nineteenth century. [41]
A food paste is a semi-liquid colloidal suspension, emulsion, or aggregation used in food preparation or eaten directly as a spread. [1] Pastes are often highly spicy or aromatic, are often prepared well in advance of actual usage, and are often made into a preserve for future use.
Meat extract is highly concentrated meat stock, usually made from beef or chicken. It is used to add meat flavor in cooking, and to make broth for soups and other liquid-based foods. Meat extract was invented by Baron Justus von Liebig , a German 19th-century organic chemist.
Researchers in South Korea say they’ve developed a new way to make lab-grown meat taste like the real deal. It may look like a transparent, bubble gum pink-colored disc, but scientists hope it ...
This paste is an excellent addition to any home baker’s pantry. One jar contains the equivalent of 12 vanilla beans. The texture is thick and syrupy, with an almost creamy taste to it.
To make a gelatin dessert, such as Jello, the collagen is mixed with water and heated, disrupting the bonds that hold the three strands of polypeptides together. As the gelatin cools, these bonds try to reform in the same structure as before, but now with small bubbles of liquid in between. This gives gelatin its semisolid, gel-like texture. [20]
Gelatin, along with its more familiar uses, is widely used for the production of microparticles due to its efficiency in forming gels as well as its biodegradability as a particle. Gelatin can be manipulated to form a stable matrix for biologically reactive compounds, allowing for the incorporation and protection against enzymatic degradation. [1]