Many biochemists would regard pressure as a physical parameter mainly of theoretical
interest and of rather limited value in experimental biochemistry. The goal of this overview is to …

In recent years, there has been increasing interest in exploiting the effects of applied pressure
on biological systems. During the past few years, progress in research into the use of high …

One of the main priorities of modern biotechnology is obtaining stable or stabilized biocatalysts
1. Thermostable enzymes 2, such as those from thermophilic microorganisms, are often …

The process of reversible denaturation of several proteins (α‐chymotrypsin, trypsin, laccase,
chymotrypsinogen, cytochrome c and myoglobin) by a broad series of organic solvents of …

Elevated hydrostatic pressure has been used to increase catalytic activity and thermal stability
of α‐chymotrypsin (CT). For an anilide substrate, characterized by a negative value of the …

CoMo/Al 2 O 3 catalysts were synthesised from the ammonium and Co salts of [CoMo 6 O
24 H 6 ] 3− and [Co 2 Mo 10 O 38 H 4 ] 6− anions as well as Co–chelate complexes with …

The dependence of the catalytic activities of α‐chymotrypsin and laccase on the concentration
of organic cosolvents (alcohols, glycols and formamides) in mixed aqueous media has a …

Abstract Effects of activated carbon of a carbon-coated alumina support and active phase
morphology of transition metal sulfide (TMS) catalysts in hydrotreatment (HDT) of S-containing …

This review states that the covalent multi-point attachment of enzymes to a support is the most
general approach to stabilize them against different denaturing conditions, namely against …

A comparison of the structure of (a) proteins from thermophilic and mesophilic microorganisms,
(b) closely related proteins with different thermostability from various mesophilic sources, …