Aziridines are heterocycles that contain an N atom in a three-membered ring. Like epoxides , aziridines are strained and reactive because the 60 ° bond angles of the three-membered ring deviate greatly from the theoretical tetrahedral bond angle. One step in the synthesis of the drug oseltamivir (trade name Tamiflu, Section 3.2) involves the conversion of amine X to diamine Y , a reaction that occurs by way of an intermediate aziridine. Draw a stepwise mechanism f or the conversion of X to Y . Indicate the structure of the aziridine intermediate, and explain the trans stereochemistry of the two amines in Y .
Aziridines are heterocycles that contain an N atom in a three-membered ring. Like epoxides , aziridines are strained and reactive because the 60 ° bond angles of the three-membered ring deviate greatly from the theoretical tetrahedral bond angle. One step in the synthesis of the drug oseltamivir (trade name Tamiflu, Section 3.2) involves the conversion of amine X to diamine Y , a reaction that occurs by way of an intermediate aziridine. Draw a stepwise mechanism f or the conversion of X to Y . Indicate the structure of the aziridine intermediate, and explain the trans stereochemistry of the two amines in Y .
Solution Summary: The author illustrates a stepwise mechanism for the conversion of X to Y, the structure of aziridne intermediate, and the trans stereochemistry of the two amines.
Aziridines are heterocycles that contain an N atom in a three-membered ring. Like epoxides, aziridines are strained and reactive because the
60
°
bond angles of the three-membered ring deviate greatly from the theoretical tetrahedral bond angle. One step in the synthesis of the drug oseltamivir (trade name Tamiflu, Section 3.2) involves the conversion of amine X to diamine Y, a reaction that occurs by way of an intermediate aziridine. Draw a stepwise mechanism f or the conversion of X to Y. Indicate the structure of the aziridine intermediate, and explain the trans stereochemistry of the two
amines in Y.
Definition Definition Special class of cyclic ethers (R-O-R') with a three-atom ring. Epoxides are an important functional group in organic chemistry as they generate reactive centers due to their unusual high reactivity. This high reactivity make epoxides toxic and mutagenic.
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