For certain types of eukaryotic organisms, the primary source of energy is fat. By oxidizing these fats, some of these organisms are able to convert energy more efficiently than if they had used other types of energy sources like sugar. The method by which these organisms are able to oxidize the fats they have consumed and converted them into effective sources of energy is known as the beta oxidation process.Continue Reading
The beta oxidation process allows eukaryotic organisms to convert fat stores into large amounts of energy. Additionally, this process yields a large amount of water from the fat. This is helpful for animals who don't necessarily have regular access to drinking water, such as killer whales and camels. The water that these animals need is taken from fats by completely oxidizing them through the beta oxidation process.
To perform this process, an organism must first have a store of fats in the form as triglycerides. The bonds in these fats must be broken. Once this has happened, the components of the fats are activated and enter the organism's mitochondria. Then, these parts are hydrated and the alcohol from within is used up in the process of cleaving the remaining substances. The energy and water stores from within the fat can then be used by the organism.Learn more about Organic Chemistry