Abstract
Design of Experiments (DoE) is extensively and routinely used in industry; however,
in recent decades, it has gained increasing interest from academia in organic synthesis.
The use of chemometrics is an attractive strategy to find the real optimum in chemical
reactions, especially when affected by several variables. DoE has been applied in
a growing number of synthetic transformations over the years, where it undoubtedly
helps in the process of optimisation, saving costs and time. This review concisely
discusses the chemometric basis of Design of Experiments and highlights several examples
in which DoE is applied in organic synthesis.
1 Introduction
2 Chemometric Basis of DoE
3 DoE Applied in Catalysis: Selected Examples
3.1 DoE in Metal Catalysis
3.2 DoE in Biocatalysis
3.3 DoE in Organocatalysis
4 Conclusions
Key words
DoE - design - chemometrics - optimisation - screening - organic synthesis - catalysis
