I think trans fat is the result of baking among other cooking methods.
Just the difference between cis and trans isomers. The arrangement of functional groups around double bonded carbons. Same groups lined up on the same side are cis fatties and alternate groups lined up on the different sides are trans fatty acids.
Trans fats are created during the hydrogenation process, where hydrogen is added to liquid vegetable oils to make them more solid and stable, which extends shelf life. This process alters the chemical structure of the fats, resulting in trans fatty acids. Trans fats can also occur naturally in small amounts in some animal products. Foods like margarine, baked goods, and fried foods often contain artificial trans fats due to this process.
Trans fat is the common name for unsaturatedfatwith transisomer fatty acid.
Trans fats are saturated fats used to extend the shelf life of manys foods. Trans fats are responsible for lowering good cholesterol and raising bad cholestrol.
Trans fat is a type of unsaturated fatty acid, but it is not simply a changed polyunsaturated fatty acid. Instead, trans fats are created through a process called hydrogenation, which converts liquid vegetable oils into solid fats. This process alters the chemical structure of the fatty acids, resulting in trans isomers that can have negative health effects. Therefore, while trans fats are unsaturated, they are distinct from polyunsaturated fatty acids.
Partially hydrogenated oils, which are often used in processed foods like baked goods and fried foods, are a common source of trans-fatty acids. Trans fats are also naturally present in small amounts in some animal products.
The term trans fat generally refers to a fat that contains one or more trans fatty acid groups.fers to a fat that contains one or more trans fatty acid groups
trans fatty acids
trans fatty acids
Hydrogenated fatty acids.
During partial hydrogenation, cis fatty acids are rearranged to trans fatty acids because of the difference in the spatial orientation of hydrogen atoms on the carbon chain. The catalyst used in the process favors the alignment of hydrogen atoms on opposite sides of the carbon chain, leading to the formation of trans double bonds. This process changes the structure of the fatty acids from a cis to a trans configuration.
The trans fatty acid has a higher melting point. The trans isomer is straighter in shape and this allows the molecules to be packed closer together. The molecules are hence held together by greater Van der Waal's force.