A critical review of different prominent nanotechnologies adapted to catalysis is provided,
with focus on how they contribute to the improvement of selectivity in heterogeneous …

Biocatalytic transformation has received increasing attention in the green synthesis of
chemicals because of the diversity of enzymes, their high catalytic activities and specificities …

Biocatalysis can empower chemical, pharmaceutical, and energy industries, where the use
of enzymes facilitates low-energy, sustainable methods of producing high-value chemicals …

When challenged by a difficult reduction reaction, a chemist should always also consider
biocatalysis in synthesis planning. The inherent selectivity of enzymes has been known for …

Organic electrochemistry is concerned with the reduction and oxidation of organic molecules
at electrodes. Although it is now more than 200 years ago that the so-called Volta pile was …

Enzymatic catalysis and homogeneous catalysis offer complementary means to address
synthetic challenges, both in chemistry and in biology. Despite its attractiveness, the …

The reduction of carbon dioxide (CO 2) gas into soluble formate is one of the most promising
carbon neutralization strategies since it facilitates simultaneous fixation of carbon dioxide …

In a continuous effort to emulate the efficiency of biosynthetic pathways, considerable
progress has been made in developing one-pot chemoenzymatic processes that take full …

Green chemistry aims to minimize the environmental hazards of chemical processes and
their products. Ever since its introduction by Anastas,[1] this principle has inspired …

Redox enzymes have tremendous potential as catalysts for preparative organic chemistry.
Their usually high selectivity, paired with their catalytic efficiency under mild reaction …