The aldol reaction is one of the most useful methods for the carbon–carbon bond formation. Over the years, chemists have gained many insights on the chemo-, regio-, diastereo-, and enantioselectivity of the aldol reaction and a lot of interest has been devoted to the development of economical and catalytic methods, such as transition metal catalysis, the decarboxylative aldol reaction, the reductive and alkylative aldol reaction, and the tandem isomerization/aldol reaction of allylic alcohols (Abiko, 2004). Two world famous chemists form Japan, Toshiro Harada and Atsushi Abiko, have made significant contributions to this field (Adachi, 2009; Adachi, 2008; Knochel, 2014). What contributions have Toshiro Harada and Atsushi Abiko made to the rapidly growing field of condensation reactions? List and cite two primary sources in APA format that demonstrate their discoveries.
The aldol reaction is one of the most useful methods for the carbon–carbon bond formation. Over the years, chemists have gained many insights on the chemo-, regio-, diastereo-, and enantioselectivity of the aldol reaction and a lot of interest has been devoted to the development of economical and catalytic methods, such as
What contributions have Toshiro Harada and Atsushi Abiko made to the rapidly growing field of condensation reactions? List and cite two primary sources in APA format that demonstrate their discoveries.
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