SC."VHighlight each peptide bond in the molecule below. In addition, list the common names of the smaller molecules that would be released if all the peptide bondswere hydrolyzed. You can add more rows to the table if you need to. (Note: you do not need to list water.)If there are no peptide bonds in the molecule, just check the no peptide bonds box below the drawing area.!1ExplanationOno peptide bonds.QAH₂N- CHNAdd Row2molecules released if peptide bonds hydrolyzed(list one name per row)CheckWCH₂SX1option command# 3HED$4CRF%5-NH–CH–COOCH₂CH₂VT80G< co6BMacBook ProYOg&7HXU3© 2023 McGraw Hill LLC. All Rights Reserved. Terms of Use | Privacy Center | Accessibility* 008J1N M(9BK4OV-H)-O0LP>O:;{[Icommand option++ 11Q11?1IEd}1

Peptide bonds are the chemical bonds that link amino acids together in a polypeptide chain, forming the essential structure of proteins. They are shaped through a dehydration synthesis reaction, where a water particle is discharged as a result of the bond formation. In case all the peptide bonds in a polypeptide were hydrolyzed, or broken separated, this would result within the discharge of the person amino acids that make up the polypeptide.Answer:In this case all the peptide bonds within the given molecule were hydrolyzed, the smaller atoms that would be discharged are the amino acids that were initially connected by the peptide bonds. These amino acids are tyrosine, proline, and glutamine.To summarize, peptide bonds are vital for connecting amino acids together to make proteins. Hydrolysis of these bonds would result within the discharge of the individual amino acids, in this case, tyrosine, proline, and glutamine. Understanding this process is crucial to the consider of protein structure and work.