Carbon monoxide is an important reagent for the functionalization of organic compounds
and is used in a wide variety of industrial processes such as carbonylation of alkenes to …

The last 15 years of hydroformylation and carbonylation chemistry are reviewed, including
technical and commercial aspects.

In order to produce various isocyanates, catalyzed carbonylations of nitroaromatic
compounds constitute a set of very appealing reactions for industry. These environmentally …

Nitroarenes are the entry point for the production of most nitrogen‐containing aromatic
compounds. Thus, any transformation that leads directly from them to the final product allows …

The combination of Mo (CO) 6 and 10 mol% of palladium acetate catalyzes the
transformation of 2-nitroarenes to 3 H-indoles through a tandem cyclization-[1, 2] shift …

The development of a method that employs a two‐chamber reaction vessel and uses
molybdenum hexacarbonyl [Mo (CO) 6] as the carbon monoxide (CO) source for the …

Transition-metal-mediated intermolecular activation and functionalization of CH bonds is a
topic of high current interest. From another perspective, the functionalization of a simple …

A straightforward and selective way for the preparation of amides from nitroarenes and
carboxylic acids using carbon monoxide as a reductant was developed. This protocol does …

Aromatic isocyanates and carbamates have become increasingly important ever since the
work of O. Bayer in 1937 led to the formation of polyurethanes from diisocyanates and diols …

Carbon monoxide as an example of reducing agent, in contrast to classical reducing agents
(hydrogen and metal hydrides), can provide very high atom precision for reductive addition …