Uploaded August 2021 | Updated September 2026, 1 week ago
The mechanism for a Matteson Reaction which involves a homologation of a boronate compound using halocarbanions. ZnCl2 is used as a Lewis acid in order to stabilize the intermediate. In addition, the coordination of the Zn to chlorine of the added halocarbanion is likely pulling the electrons of the chlorine in order to make it a better leaving group and therefore make the reaction progress forward.
Music by Ryan Little
Song: Is What It Is
Link: youtube.com/watch?v=hlZmFsf088o
The mechanism for a Matteson Reaction which involves a homologation of a boronate compound using halocarbanions. ZnCl2 is used as a Lewis acid in order to stabilize the intermediate. In addition, the coordination of the Zn to chlorine of the added halocarbanion is likely pulling the electrons of the chlorine in order to make it a better leaving group and therefore make the reaction progress forward.
Music by Ryan Little
Song: Is What It Is
Link: youtube.com/watch?v=hlZmFsf088o








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The mechanism for the reduction of a ketone to an alcohol using L-Selectride. There are multiple reagents that have the formula M[HB(sec-Bu)3] which are all used as reducing agents. There are three different cations with these reducing agents and they are L-Selectride (lithium), N-Selectride (sodium), and K-Selectride (potassium). Due to the sec butyl groups on these reducing agents, these reagents are sensitive to steric influences which has the potential to allow for stereoselective reactions.
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