Chapter 29: Q51. (page 1194)
Draw the structure for each peptide:
(a) Phe–Ala;
(b) Gly–Gln;
(c) Lys–Gly;
(d) R-H
Short Answer


c.

d.

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Chapter 29: Q51. (page 1194)
Draw the structure for each peptide:
(a) Phe–Ala;
(b) Gly–Gln;
(c) Lys–Gly;
(d) R-H


c.

d.

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Draw the mechanism for the reaction that removes an Fmoc group from an amino acid under the following conditions:

What steps are needed to convert A to L-dopa, an uncommon amino acid that is effective in treating Parkinson’s disease? These steps are the key reactions in the first commercial asymmetric synthesis using a chiral transition metal catalyst. This process was developed at Monsanto in 1974.

Draw each polymer in Problem 30.29 using the shorthand representation shown in Figure 30.2.
Glutamic acid is synthesized by the following reaction sequence. Draw a stepwise mechanism for Steps [1]–[3].

What steps are needed to convert A to L-dopa, an uncommon amino acid that is effective in treating Parkinson’s disease? These steps are the key reactions in the first commercial asymmetric synthesis using a chiral transition metal catalyst. This process was developed at Monsanto in 1974.

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