1. Metabolism involves first oxidation by monoamine oxidase to the corresponding aldehyde . 2. For instance cinnamaldehyde presents both aliphatic double bond and aldehyde function. 3. The biosynthesis of atropine starting from P450 enzyme forming hyoscyamine aldehyde . 4. Dicarbonyls react with amine to produce Strecker aldehyde through Strecker degradation. 5. These enzymes are members of the larger class of aldehyde dehydrogenases. 6. Sodium borohydride reduces aldehydes and ketones to give the related alcohols. 7. Glutamic acid was converted to the necessary aldehyde via Strecker degradation. 8. A cysteine and a glutamate will interact with the aldehyde substrate. 9. Possible reactivity at aldehydes include nucleophilic attack and addition of allylmetals. 10. Aldehydes with no ?-hydrogens can undergo the Tishchenko reaction.
Mobile