2004PubMedRequires access

[Molecular mechanisms of stabilizing proteolytic enzymes. Model of a thermolysin-like microbial metalloproteinase].

Demidiuk, Zabolotskaia Mv, Safrina Dr, Kostrov Sv

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Abstract

The molecular mechanisms that ensure the stability of proteolytic proteins are discussed. The autolytic pathway of protease degradation is emphasized. Experiments aimed at increasing the thermal stability of thermolysin-like metalloproteases are comprehensively described.

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The molecular mechanisms that ensure the stability of proteolytic proteins are discussed. The autolytic pathway of protease degradation is emphasized. Experiments aimed at increasing the thermal stability of thermolysin-like metalloproteases are comprehensively described.

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Available abstract

The molecular mechanisms that ensure the stability of proteolytic proteins are discussed. The autolytic pathway of protease degradation is emphasized. Experiments aimed at increasing the thermal stability of thermolysin-like metalloproteases are comprehensively described.

Key concepts: Thermolysin, Chemistry, Metalloproteinase, Proteolytic enzymes, Protease, Proteolysis, Enzyme, Neutral protease

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[Molecular mechanisms of stabilizing proteolytic enzymes. Model of a thermolysin-like microbial metalloproteinase]. — Research Paper | ScholarLens