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Showing 1 to 3 of 3 for “"Enzyme Orientation"”.

  1. Enzymatic Electrode Design: A Systematic Approach to Enhanced Bioelectrocatalysis

    … key design parameters is concerned with how the enzyme catalyst engages the underlying electrode current collector. This one design consideration has led to considerable branching of the field into different fundamental endeavors such as development of enzyme immobilization techniques, research …

    unm Repository record for Enzymatic Electrode Design: A Systematic Approach to Enhanced Bioelectrocatalysis (opens in a new tab)

  2. Tailoring Microenvironment and Orientation of Immobilized Lactase for Improved Catalysis at Suboptimal pH

    … solution. Covalent immobilization allows enzymes to be reused and prevents contamination of the product. While immobilizing lactases has been found to enhance their pH and temperature stability, undesired enzyme-substrate interactions can still lead to reduced enzyme activity. This study …

    vt Repository record for Tailoring Microenvironment and Orientation of Immobilized Lactase for Improved Catalysis at Suboptimal pH (opens in a new tab)

  3. Tailoring the redox enzyme-material interface for enhanced electro- and photocatalytic fuel synthesis

    … with a highly efficient catalyst. Redox enzymes serve as model natural catalysts that can convert substrates such as protons (H+) and CO2 to useful fuels such as hydrogen (H2) and formate (HCOO–) with higher efficiencies than artificial systems. Although their oriented non-covalent …

    cambridge Repository record for Tailoring the redox enzyme-material interface for enhanced electro- and photocatalytic fuel synthesis (opens in a new tab)