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- W2116358656 abstract "Palladium catalyzed asymmetric allylic alkylations represent a challenging problem because the mechanism of the reaction places the chiral environment distal to the bond breaking or making events responsible for the asymmetric induction. Furthermore, unlike virtually every other asymmetric process, many strategies can be employed for introduction of asymmetry and many different types of bonds can be formed. While over 100 different ligands have been designed, a family of ligands derived from 2-diphenylphosphinobenzoic or 1-naphthoic acid and chiral scalemic diamines have been successful in inducing excellent enantioselectivity by five different enantiodiscriminating events. These methods have already provided practical strategies towards numerous biological targets--some of which are adenosine and its enantiomer, aflatoxin B, aristeromycin, calanolide A and B, carbovir, cyclophellitol, ethambutol, galanthamine, mannostatin, neplanocin, phyllanthocin, sphingofungins E and F, tetraponaines, vigabatrin, and valienamine." @default.
- W2116358656 created "2016-06-24" @default.
- W2116358656 creator A5032412691 @default.
- W2116358656 date "2002-01-01" @default.
- W2116358656 modified "2023-10-17" @default.
- W2116358656 title "Pd Asymmetric Allylic Alkylation (AAA). A Powerful Synthetic Tool." @default.
- W2116358656 cites W1963820689 @default.
- W2116358656 cites W1963983906 @default.
- W2116358656 cites W1964626545 @default.
- W2116358656 cites W1970357928 @default.
- W2116358656 cites W1970479980 @default.
- W2116358656 cites W1970771571 @default.
- W2116358656 cites W1980603355 @default.
- W2116358656 cites W1984296115 @default.
- W2116358656 cites W1986001811 @default.
- W2116358656 cites W1987624533 @default.
- W2116358656 cites W2000311839 @default.
- W2116358656 cites W2005676377 @default.
- W2116358656 cites W2009372668 @default.
- W2116358656 cites W2009434036 @default.
- W2116358656 cites W2009835202 @default.
- W2116358656 cites W2010759416 @default.
- W2116358656 cites W2011996195 @default.
- W2116358656 cites W2016613405 @default.
- W2116358656 cites W2018512976 @default.
- W2116358656 cites W2021217244 @default.
- W2116358656 cites W2025412311 @default.
- W2116358656 cites W2036778205 @default.
- W2116358656 cites W2040556955 @default.
- W2116358656 cites W2040972811 @default.
- W2116358656 cites W2045478710 @default.
- W2116358656 cites W2052074092 @default.
- W2116358656 cites W2063071835 @default.
- W2116358656 cites W2066356560 @default.
- W2116358656 cites W2078882260 @default.
- W2116358656 cites W2081807638 @default.
- W2116358656 cites W2082099636 @default.
- W2116358656 cites W2083135594 @default.
- W2116358656 cites W2085189843 @default.
- W2116358656 cites W2086971716 @default.
- W2116358656 cites W2087776280 @default.
- W2116358656 cites W2088928943 @default.
- W2116358656 cites W2089339796 @default.
- W2116358656 cites W2092814460 @default.
- W2116358656 cites W2098438354 @default.
- W2116358656 cites W2100121134 @default.
- W2116358656 cites W2100206464 @default.
- W2116358656 cites W2101826827 @default.
- W2116358656 cites W2111114110 @default.
- W2116358656 cites W2112058216 @default.
- W2116358656 cites W2113469148 @default.
- W2116358656 cites W2128689958 @default.
- W2116358656 cites W2130642047 @default.
- W2116358656 cites W2140067386 @default.
- W2116358656 cites W2156872638 @default.
- W2116358656 cites W2312290708 @default.
- W2116358656 cites W2337242153 @default.
- W2116358656 cites W2949107901 @default.
- W2116358656 cites W2949167448 @default.
- W2116358656 cites W2949342085 @default.
- W2116358656 cites W2949465831 @default.
- W2116358656 cites W2949675253 @default.
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- W2116358656 cites W2949779097 @default.
- W2116358656 cites W2950336330 @default.
- W2116358656 cites W2950423229 @default.
- W2116358656 cites W2950535230 @default.
- W2116358656 cites W2951527893 @default.
- W2116358656 cites W2951580677 @default.
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- W2116358656 cites W2952620206 @default.
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- W2116358656 doi "https://doi.org/10.1248/cpb.50.1" @default.
- W2116358656 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11824567" @default.
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