Sentence examples for spur for the development from inspiring English sources

It is not only important for numerous human activities, but it has also always been a major spur for the development of surface science.

Such debates are important in any field and are a spur for the development of new experimental approaches and technologies.

16 In particular, the occurrence of 'ghost-writing' (ie, unacknowledged use of medical writers) and guest or honorary authorship (ie, named authors not fulfilling journal authorship criteria) were spurs for the development of general and specific guidelines.

(And beyond: excreted antibiotics that make their way into sewers have been blamed for spurring the development of drug-resistant bacteria in the wild).The brief active window does, however, mean that Dr Feringa's drug would only be useful in fighting localised infections, where a half-hour antibiotic raid is plenty, rather than more general ones which require a sustained onslaught.

For instance, the government says it wants to spur the development of consumer credit, for which there will be a great appetite.

GAVI also works to ensure that children in developing countries have access to the effective newer vaccines already widely used in industrialized countries, such as those for hepatitis B and yellow fever, and to spur the development of new vaccines for the diseases most prevalent in poorer countries.

The Orphan Drug Act (ODA) was designed to spur the development of drugs for rare diseases.

In order to succeed in implementing the United Nations Sustainable Development Goal #14 within the allotted 2030 timeframe, we need to encourage and spur the development of marine technologies for all the focus areas, not just for ocean acidification.

As a standards organization, BiTA aims to create a common framework to spur the development of blockchain applications for logistics management, asset tracking, transaction processing and more.

These synthetic biology approaches promise to deepen our understanding of existing signaling pathways and spur the development of new cellular tools for research, industry, and medicine.

These ever-expanding applications have spurred the interest for the development of efficient experimental, database and computational techniques to support these efforts [ 22].