Sentence examples for using a combination of engineering from inspiring English sources

Using a combination of engineering and scientific knowledge gained from field studies, as well as interaction with communities in developing countries, some researchers in our department are developing methods to effectively communicate information about best practices to the farmers, as well as methods to train them by example.

Using a combination of metabolic engineering and chemobiosynthetic approach, we achieved exclusive production of FK506, representing a significant step towards development of an advanced industrial bioprocess.

It's highly unlikely that the "hacker" (or it may have been a group of hackers) was not able to breach Apple's security in general, but instead targeted specific victims using a combination of social engineering, cracking the password or using Apple's "Forgot my password" route.

Here, we address the mechanism of complex formation using a combination of protein engineering, pre-steady-state kinetics and isothermal titration calorimetry, in order to understand the underlying basis for specificity.

Using a combination of genetic engineering with SELEX and rabbit immunization, we developed a novel sandwich ELISA based on an anti-MPT64 antibody aptamer.

Observing this process of transfer and refinement in nature is challenging, but we can recreate the same process in the laboratory using a combination of genetic engineering and experimental evolution.

By using a combination of kinetic, protein engineering, biophysical and computational techniques we have recently determined the structure of a misfolded intermediate of a PDZ domain and shown that this state is characterized by an alternative packing of the N-terminal β-hairpin onto an otherwise native-like scaffold.

An embayment in the southern rock slopes of Little Loch Broom, NW Scotland, was surveyed using a combination of morphological mapping and engineering geology techniques.

Using a combination of protein and genetic engineering, we achieve significant improvements in the production of sclareol and several other isoprenoids, including cis-abienol, abietadiene and β-carotene.

Variability and uncertainty (due to lack of information) in transformer accident frequency and severity are assessed simultaneously using a combination of historical accident data, engineering model-based cost estimates, and subjective judgement.

However, by using a combination of mass spectrometry, protein engineering, and high-temperature reversed-phase liquid chromatography, we were able to identify methionine residues that are susceptible to oxidation by hydrogen peroxide, and quantify their reactivity.