Nucleosides are ubiquitous to life and are required for the synthesis of DNA, RNA, and other
molecules crucial for cell survival. Despite the notoriously difficult organic synthesis of …

Lear et al. question the kinetic model presented by us for the 1A53-2.5 designer enzyme
[Åqvist. ACS Catal. 2022, 12, 1452− 1460], specifically arguing that there should be a …

A crucial prerequisite for industrial applications of enzymes is the maintenance of specific
activity across wide thermal ranges. β-Glucosidase (EC 3.2. 1.21) is an essential enzyme for …

Nanozymes were introduced approximately 15 years ago as inorganic materials capable of
mimicking the catalytic abilities of natural (protein-based) enzymes. While the catalytic …

Heat capacity effects in protein–ligand binding as measured by calorimetric experiments
have recently attracted considerable attention, particularly in the field of enzyme inhibitor …

The reduction of carbon dioxide to valuable chemicals through enzymatic processes is
regarded as a promising approach for the reduction of carbon dioxide emissions. In this …

Abstract Amylosucrase (ASase; EC 2.4. 1.4), a member of glycoside hydrolase family 13
(GH13), produces α-1, 4-glucans and sucrose isomers using sucrose as its sole substrate …

Enzyme engineering techniques optimize enzymes to synthesize value-added chemicals,
degrade environmental pollutants, and improve therapeutics. The field is entering a new era …

El uso y aprovechamiento de residuos vegetales es de gran importancia, sobre todo si en la
actualidad se fomenta la economía circular. En tal sentido, este trabajo tuvo por objetivo …

Biological catalysts, which encompass enzymes, organelles, and microbes, constitute
indispensable components within the realm of biofuel cells. Among these, enzymes hold a …