Figure 6. Influence of voltage and frequency on HRP after 1 min plasma treatment
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Datasets
975 results
Figure 7. Immobilization of HRP protects against plasma-mediated damage
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Figure 8. Production of (R)-1-phenylethanol with immobilized rAaeUPO using plasma-treated KPi buffer (250 mm) treated for several cycles
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 1. Background activity of direct biocatalysis using HRP.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 2. Comparison of active and inactive HRP in direct catalysis.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 3. Spectrum of reaction products of HRP and guaiacol.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 4. Conversion of substrates by plasma in the absence of enzyme.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 5. HRP inactivation kinetics at different protein concentrations during treatment.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 6. Influence of SodA on HRP activity.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis
Supplementary Figure 7. Relative activity of HRP after plasma treatment with and without mannitol.
Applied Microbiology
- Plasma‐driven in situ production of hydrogen peroxide for biocatalysis