Sentence examples for generating complementary from inspiring English sources
Combining different techniques allows the assessment of aspects of system behaviour via various perspectives, thereby generating complementary knowledge.
A process for generating complementary design views from a goal model with high variability in configurations, behavioral specifications, architectural and business processes is presented in (Yu et al. 2008).
However, such methods usually require generating complementary single-stranded overhangs in both the insert and vector fragments, with or without RecA-mediation [8], [12], [14].
Existing sequence-independent cloning methods require generating complementary single-stranded overhangs between the insert and the vector, a time-consuming and expensive process.
Eliminating restriction enzymes from the cloning process necessitates utilizing another means of generating complementary DNA overhangs in the plasmid and target insert.
The third type of crowd-powered innovation enables a market for goods or services to be built on your core product or technology, effectively transforming that product into a platform that generates complementary innovations.
We conclude that linking a stakeholder analysis, comprising rarely asked questions, with a rigorous social network analysis is very fruitful and generates complementary results.
Total RNA was quantified using a Biodrop μLITE spectrophotometer and 500 ng used to generate complementary DNA (cDNA) in a reverse transcriptase reaction using the qScript cDNA synthesis kit (Quanta Bio, Beverly, MA), according to the manufacturer's protocol, on a Techne 3Prime Personal Thermal Cycler (Cole Parmer Instrument Company, London, UK).
In the qualitative stage, a novel approach integrating collaborative geographic information system (GIS) techniques and informal interviews generated complementary insights about the spatial and non-spatial factors influencing attitude towards urban green spaces.
Furthermore, there is limited knowledge as to the potential of structural and functional indicators to generate complementary knowledge about ecological condition that can be used to inform watershed management.
This shows that the combination of these highly advanced techniques, which were not designed with the purpose of answering geological or environmental questions, can generate complementary 2D and 3D imagery of geological materials, opening up new approaches in the study of element migration inside porous geomaterials.
