The Stille coupling reaction is another metal-catalyzed reaction that is a great way to form carbon-carbon bonds. What makes the Stille coupling unique is that it is a carbonylative reaction, meaning CO is inserted into the compound to make a carbonyl group. The mechanism involves oxidative addition, coordination, insertion, transmetallation, and reductive elimination. Suggest a mechanism for the following Stille coupling. OTf Me Si SnBu3 cat. Pd(PH3)4 LICI, 1.1 atm CO C12H20OSI
The Stille coupling reaction is another metal-catalyzed reaction that is a great way to form carbon-carbon bonds. What makes the Stille coupling unique is that it is a carbonylative reaction, meaning CO is inserted into the compound to make a carbonyl group. The mechanism involves oxidative addition, coordination, insertion, transmetallation, and reductive elimination. Suggest a mechanism for the following Stille coupling. OTf Me Si SnBu3 cat. Pd(PH3)4 LICI, 1.1 atm CO C12H20OSI
Chapter24: Amines And Heterocycles
Section24.SE: Something Extra
Problem 42MP
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![The Stille coupling reaction is another metal-catalyzed reaction that is a great
way to form carbon-carbon bonds. What makes the Stille coupling unique is that it
is a carbonylative reaction, meaning CO is inserted into the compound to make a
carbonyl group. The mechanism involves oxidative addition, coordination,
insertion, transmetallation, and reductive elimination. Suggest a mechanism for the
following Stille coupling.
OTf
Me Si
SnBu3
cat. Pd(PH3)4
LICI, 1.1 atm CO
C12H20OSI](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0ee67c44-0754-41fd-9006-bdc882dbaccb%2Fe6791398-6ee5-4c1b-a34c-d02d04c877cc%2Flkxbr9m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The Stille coupling reaction is another metal-catalyzed reaction that is a great
way to form carbon-carbon bonds. What makes the Stille coupling unique is that it
is a carbonylative reaction, meaning CO is inserted into the compound to make a
carbonyl group. The mechanism involves oxidative addition, coordination,
insertion, transmetallation, and reductive elimination. Suggest a mechanism for the
following Stille coupling.
OTf
Me Si
SnBu3
cat. Pd(PH3)4
LICI, 1.1 atm CO
C12H20OSI
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