We highlight how the varying scope and intended use of the libraries affects their features, content, and potential exploitation in applications.
Web services are at the heart of SOA, which splits functions into different services, accessible over a computer network that enables users to associate and reuse them in the exploitation of applications.
Green microalgae for several decades have been produced for commercial exploitation, with applications ranging from health food for human consumption, aquaculture and animal feed, to coloring agents, cosmetics and others.
However, the potential immunogenicity of the murine framework regions represents a limitation for their exploitation in therapeutic applications.
α-Mo2C is stable only at temperatures above 1,000 °C while δ-MoC1−X and η-MoC1−X are stable only at temperatures closer to 1,700 °C, which greatly hinders their exploitation for commercial applications.
This approach allows a more complete picture of both molecular and crystalline deformations to be developed, and with the advent of nanocomposites it is shown that a combination of the two techniques will be vital for our understanding of their exploitation in technological applications.
Recombinant production presents a significant barrier to their exploitation for commercial applications in industry.
The EBI makes extensive use of ontologies to annotate data, however, the richness of these annotations is rarely available in native RDF for exploitation by external applications.
The Rhodobacter sphaeroides reaction centre is a relatively robust and tractable membrane protein that has potential for exploitation in technological applications, including biohybrid devices for photovoltaics and biosensing.
As illustrated by notable recent examples, the possibility to leverage natural or artificial enzyme scaffolds for "non-native" chemical transformations is bound to disclose exciting, new opportunities toward their exploitation for synthetic applications.
