Abstract: KN-3 A great need exists for new reactions, reaction sequences and synthetic methods to permit any substance or material of any complexity to be synthesized with the highest possible efficiency, in the smallest number of steps, and with minimal cogeneration of waste, preferably from renewable starting materials. Currently, a shift is taking place in chemical synthesis technology with unprecedented opportunities to combine organic synthesis, biocatalytic methods, as well as homogeneous and heterogeneous catalysis, mediated by both metals and organocatalysts, for rapid and selective generation of complex molecular building blocks and materials. In our ongoing work [1-5], this catalytic toolbox is often complemented by detailed kinetic investigations, providing better insights into reaction mechanisms and for aiding in development of new reactions and new catalysts. Recent progress is discussed.

Cite: Leino R.
Combinations of Catalytic and Kinetic Tools for Small Molecule Synthesis
X International Conference “Mechanisms of Catalytic Reactions” 02-06 Oct 2016