Moreover, biocompatibility of peptide nanotubes makes them valuable for applications as biosensors and in tissue engineering.
In particular, information on co- or by-production is valuable for applications in industrial ecology and related fields.
An average optical transmittance of more than 70% was observed, which is valuable for applications in transparent electronics.
Typically, graphene shows over 5,000 cm2/Vs of electron mobility [11], and this feature is valuable for applications such as sensors [12] and photovoltaic cells [13].
Revisiting the β-ketoadipate pathway might be valuable for applications in different fields, such as biochemistry and metabolic engineering, that use lignin monomers as a carbon source.
The ability of P450s to introduce oxygen atoms at specific positions on complex molecules makes these enzymes particularly valuable for applications in synthetic biology.
The large increase of QDs' conductance at large biases should be an exciting result, as it suggests that the coupled QDs' conductive properties can be greatly regulated by bias voltage, which should be valuable for applications.
It is also valuable for applications that need to be delivered on multiple platforms and technologies, which may also change over time, as the models are generally independent of these, hence longer-lived.
The ability to create these multilayers as laterally nano-patterned films, which has only been scarcely investigated so far, augments the functionality of the multilayer and makes it valuable for applications that require nanoscale features or periodic arrangement, such as photonic devices, catalytic surfaces, and biomedical applications.
