Improvement of the features of an enzyme is in many instances a pre-requisite for the
industrial implementation of these exceedingly interesting biocatalysts. To reach this goal …

Chemical recycling of bio‐based polymers polyhydroxyalkanoates (PHAs) by thermal
degradation was investigated from the viewpoint of biorefinery. The thermal degradation …

The formulation of high-concentration protein solutions is a challenging issue for achieving
subcutaneous administration. Previously, we developed a method of precipitation …

A comprehensive bioinformatic analysis was performed on all protein homologous pairs
from mesophilic and thermophilic microorganisms present in the RCSB Protein Data Bank in …

A one-step method as a strategy of alpha-amylase concentration and purification was
developed in this work. This methodology requires the use of a very low concentration of …

The formation of non-soluble complexes between a positively charged protein and a strong
anionic polyelectrolyte, chymotrypsin, and poly vinyl sulfonate, respectively, was studied …

Complexes formation between two model proteins (catalase and chymotrypsin) and
polyelectrolytes (polyvinyl sulphonate and polyacrilic acid) and a non-charged flexible chain …

Manipulation of enzyme activity at will presents various research and industrial applications.
Herein we describe development of a technology for inactivation and reactivation of enzyme …

The formation of insoluble complexes between enzymes and polyelectrolytes is a suitable
technique for isolating these biomolecules from natural sources, because it is a simple and …

Precipitation of enzymes with reversible soluble–insoluble polymers is a simple approach
which can be easily scaled up. This work reports investigations aiming at verifying the …