2. Serine is an uncharged, polar amino acid (below and left). Threonine (below and right) is another uncharged, polar amino acid. Illustrate the hydrolysis of a dipeptide that was made from these two...


2.<br>Serine is an uncharged, polar amino acid (below and left). Threonine (below and right) is another<br>uncharged, polar amino acid. Illustrate the hydrolysis of a dipeptide that was made from these two amino<br>acids. Be sure to write all involved reactants and products in the structural form like Serine, and as a proper<br>chemical equation; eg. reactant(s) – product(s). Your diagram of the dipeptide must show the N-terminal<br>and C-terminal ends at opposite sides of the dimer molecule, and you need to indicate where the peptide bond<br>is with an arrow/highlighter.<br>H<br>c-C-N<br>OH NH2<br>CH,-CH -C-COO<br>но<br>CH.<br>он<br>H<br>

Extracted text: 2. Serine is an uncharged, polar amino acid (below and left). Threonine (below and right) is another uncharged, polar amino acid. Illustrate the hydrolysis of a dipeptide that was made from these two amino acids. Be sure to write all involved reactants and products in the structural form like Serine, and as a proper chemical equation; eg. reactant(s) – product(s). Your diagram of the dipeptide must show the N-terminal and C-terminal ends at opposite sides of the dimer molecule, and you need to indicate where the peptide bond is with an arrow/highlighter. H c-C-N OH NH2 CH,-CH -C-COO но CH. он H

Jun 10, 2022
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