31 research outputs found

    Structural Basis for Specificity of Propeptide-Enzyme Interaction in Barley C1A Cysteine Peptidases

    Get PDF
    C1A cysteine peptidases are synthesized as inactive proenzymes. Activation takes place by proteolysis cleaving off the inhibitory propeptide. The inhibitory capacity of propeptides from barley cathepsin L and B-like peptidases towards commercial and barley cathepsins has been characterized. Differences in selectivity have been found for propeptides from L-cathepsins against their cognate and non cognate enzymes. Besides, the propeptide from barley cathepsin B was not able to inhibit bovine cathepsin B. Modelling of their three-dimensional structures suggests that most propeptide inhibitory properties can be explained from the interaction between the propeptide and the mature cathepsin structures. Their potential use as biotechnological tools is discussed

    Study of the process of formation of the cut cavity by a cut with a bottom outburst charge

    No full text

    Selection of the type of explosive for specific mining-geological conditions

    No full text

    Efficiency of dzhezpolit blasting mixtures with controllable density

    No full text

    An algorithm for calculating the charge for a blast hole

    No full text

    Regulation of the energy content of a drilling charge

    No full text
    corecore