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We succeeded in fabrication of porous layers on the Ge substrates and found that the pore sidewall inclination angles with respect to the surfaces can be controlled by the H2O2 concentrations.
As shown in Figure 2c, Shin et al. measured the adhesion energy of graphene to various adhesive layers (or target substrates) and found that a graphene/poly vinyl phenol) (PVP) system exhibited the highest adhesion energy (2.31 ± 0.11 Jm − 2), higher than that of a graphene/Cu system (0.72 ± 0.07 Jm − 2) [53].
The transport studies examined the interaction of transported substrates and found positively co-operating interactions.
We tested ABTS, pyrogallol red and o-dianisidine as hydrogen peroxidase substrates and found only minor changes.
Finally, to test the reliability of the system, we cloned six candidate SETD6 substrates, and found that all of them were methylated by SETD6 in vitro.
For investigation of the functional activity of complex I, we used mitochondrial substrates and found that 5 mM pyruvate increased the NADH level in control and complex IV-deficient neurons but not in complex I-deficient neurons.
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The synthesised gold nanotriangles were coated over the glass substrate and found to be highly efficient in absorbing infra-red radiations for potential architectural applications.
The antioxidant activity of plant extracts was also studied using sunflower oil as an oxidative substrate and found that it stabilized the oil.
Kitt et al. directly measured the friction of graphene sliding over a SiO2 substrate and found that the friction behaviors for monolayer and bilayer graphene violate Amontons' law [24].
We verified these results using acetate as a substrate, and found that the response to the onset of lactation was similar but the rate of lipid synthesis using acetate as a substrate was greater in liver (data not shown).
The pH and temperature optimum of the rLac were measured using ABTS as the substrate and found to be 4.0 and 55°C respectively.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com