Sentence examples for systematic context from inspiring English sources

Then, the much heralded but otherwise unremarkable Government Science and Innovation Strategy, published at the end of 2014, hinted at a change in thinking in its emphasis on the role of science and technology in 'place-making', potentially putting the one-off 'Crick North' initiative into some kind of more systematic context.

His emphasis on the necessity of religious worship as a means of salvation continued in a more systematic context the devotional effusions of the Alvars, the 7th 10th century poet-mystics of southern India, whose verse became incorporated into temple worship.

Finally, there are an increasing number of authors who concentrate on particular arguments of Schmitt's that are seen as worth developing in a systematic context.

Within this systematic context of second-class citizenry, the demand of the rising political party Israel Beteynu, led by Avigdor Lieberman, that all citizens sign a contract of loyalty to the State of Israel was not viewed by the Jewish majority as fascist or cynical -- even to demand loyalty from those who have been living on the land for countless centuries.

These results support the notion that a topological analysis of cancer genes using protein interaction data will allow the placement of the list of genes, often of the disparate nature, into the global, systematic context of the cell.

However, most of the partly or fully homoplastic GOs will remain as important molecular signatures, provided that they are considered in a phylogenetic and systematic context and that comparisons are made on complete GOs rather than focusing on local arrangements.

These universal systematic contexts can be social or political, economic or cultural, secular or religious.

Finally, community awareness, mobilisation and overcoming socio-cultural barriers to normalise KMC are critical and require systematic, context-specific approaches.

Indel detection methods that only employ gapped alignment of short reads to reference are often limited by false positives introduced by systematic, context-dependent sequencing error, and false negatives introduced by failure of the aligner to open or extend gaps.

However, all of the studies mentioned above were restricted to the analysis of single specimens or species in a non-systematic context.

More recently, synthetic biology is enabling these systems to be used within a systematic design context for prototyping DNA regulatory elements, genetic logic circuits and biosynthetic pathways.