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Dehydration synthesis is a process that can be used in organic chemistry to break down an amino acid into two simpler compounds. This chemical reaction requires the addition of water, and it generates one molecule of ammonia for every molecule of water added. Dehydration synthesis is often carried out when synthesizing peptides, which are chains of amino acids joined together. This post discusses how dehydration synthesis works, what context you might see this type of reaction taking place in a laboratory setting, and why it’s important for breaking down larger molecules into smaller ones. The entire article provides readers with additional information on this topic so they can better understand the sequence of events during dehydration synthesis or learn more about its applications outside chemistry labs like those found at industrial food production plants. The article is broken up into three sections to make it easy for readers to find the topics that interest them most: Background Information; What Is Dehydration Synthesis? (including diagrams); How Does It Work? (also including diagrams). With these headings as signposts along the way, potential readers will be


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