Journal
ACS CATALYSIS
Volume 5, Issue 10, Pages 5951-5972Publisher
AMER CHEMICAL SOC
DOI: 10.1021/acscatal.5b01508
Keywords
isomerizing functionalization; transition metal catalysis; fatty acids; hydroformylation; hydroboration; silylation; alkoxycarbonylation; olefin metathesis
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Funding
- Carl-Zeiss Foundation
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Isomerizing functionalization reactions that convert the internal double bonds of unsaturated fatty acids from plant or algae oils to a terminal functional group are attractive because they can generate linear long-chain alpha,omega-difunctional compounds that incorporate the entire length of the substrates chain. The state of the art toward this formidable synthetic challenge via different catalytic approaches, namely isomerizing borylations, silylations, and carbonylations (and for comparison, olefin metathesis) is reviewed comprehensively and analyzed with regard to underlying mechanistic principles, performance, practicability, and scope.
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