Macromolecular crowding experiments bridge the gap between in-vivo and in-vitro studies
by mimicking some of the cellular complexities like high viscosity and limited space, while …

Macromolecular crowding bridges in vivo and in vitro studies by simulating cellular
complexities such as high viscosity and limited space while maintaining the experimental …

Water dynamics are investigated in binary osmolyte–water mixtures, exhibiting a
microscopic heterogeneity driven by molecular aggregation, on the basis of molecular …

Hydrated deep eutectic solvents (DESs) are recognized for their potential in biocatalysis due
to their tunability, biocompatibility, greenness, and ability to keep protein stable and active …

The β-glucosidase enzyme is a glycosyl hydrolase that breaks down the β-1, 4 linkage of
cellobiose. It is inhibited by glucose at high concentrations due to competitive inhibition …

The behavior of water molecules around organic molecules has attracted considerable
attention as a crucial factor influencing the properties and functions of soft matter and …

Various biophysical techniques have been extensively employed to study protein
aggregation due to its significance. Traditionally, these methods detect aggregation at …

Abstract α-amylases are industrially important enzymes which are used in different starch-
based industries. They are adapted to different environmental conditions like extremes of …

Optimizing the liquid reaction phase holds significant potential for enhancing the efficiency
of biocatalytic processes since it determines reaction equilibrium and kinetics. This study …

Accelerated climate change and a growing population worldwide have caused an increase
in abiotic stress and a reduction in agricultural productivity. Drought stress (DS) can …