Peroxidases from different sources are of wide interest because of their extensive potential applications in the clinical, biochemical, biotechnological and industrial fields, and in the synthesis of useful compounds (e.g. various aromatic chemicals) (Srinivas et al. 2002).
The results revealed that these features endow PPy/GH-PSS composite film electrode with the excellent electrochemical properties such as the high specific capacitance of 640.8 F g−1 at 1 A g−1 and energy density of 68.2 W h kg−1 at a power density of 438.5 W kg−1, suggesting of its extensive potential application for the flexible thin film supercapacitors.
Because of these extensive potential applications, we were particularly interested in the production of a bioactive recombinant cutinase.
The military man's affair, divulged when he got a job with a defense contractor and applied to upgrade his clearance, is just one example of the extensive potential for disruption, embarrassment and even blackmail arising from the hacking.
Owing to the emerging, serious impact of miRNAs on tumourigenesis, an extensive potential of these small RNA molecules on the development of new diagnostic tools and therapeutic approaches is expected.
The electrochemical stability of the N-doped carbon catalyst is still unclear with some groups claiming the N-doped C is stable thermally and chemically [34], electrochemically in both acidic [35] and alkaline medium [36], and the loss of electrochemical performance under extensive potential cycling is only related to the delamination of the catalyst layer (mechanical instability) [37].
Tin oxide is a versatile wide band gap (3.6 eV at 300 K) [2], n-type semiconducting oxide with an extensive potential of applications including solid-state gas sensors [3], dye-based solar cells [4], field emission displays [5], luminescent devices [6].
Trump himself faces numerous questions about his business ties and extensive potential conflicts of interest.
These extensive potentials of amylase to be used in broad range of industries have placed greater stress on researchers to search for more efficient amylase production.
In general, the CPG- and muscle synergy-based model was promising in view of its simple architecture, yet extensive potentials for neuromuscular control, e.g., resolving redundancies, distributed and fast control, and modulation of locomotion by simple control signals.
