Sentence examples for sensitive integration from inspiring English sources
His songs, which range from parody to tragedy, are admired for their lyricism and for their sensitive integration of vocal line and accompaniment.
Today, through sensitive integration of landscape values and the incorporation of computer visualizations, wind turbines have been installed in the Danish countryside and offshore with substantial public support.
PCR-amplified fragments from the 5' region of the respective genes were cloned into the temperature-sensitive integration vector pG+host4 and transformed into E. coli TG1 [61].
L. monocytogenes strains NF-L1774 (prfA G155S ΔsigB), NF-L1772 (inlAm), and NF-L1773 (prfA G145S inlAm) were constructed using derivatives of the temperature-sensitive integration vector pKSV7 [85].
For construction of the in frame deletion mutant (Δlmo0799) PCR-amplified fragments of ∼300 bp from the 5' and 3' region of lmo0799 were cloned into the temperature-sensitive integration vector pG+host4 and transformed into E. coli TG1 [102].
Myers and Troyanskaya (2007) propose a Bayesian approach for context-sensitive integration of diverse genomic data.
In another study, 257 genes were identified as potentially essential genes for in vitro growth in LB using an insertion-duplication mutagenesis (IDM) strategy based on a temperature-sensitive integration plasmid [ 5].
Even though the functional networks are restrained by the limitations of the structural connections, context-sensitive integration during cognition tasks necessarily requires a divergence between structural and functional networks.
Dynamic numerical methods, which solve the dynamic formulation of the equations by means of a direction-sensitive time integration until a steady state is reached, are stable in the presence of transient flow reversal.
Sensitive issues of integration and community cohesion have become entangled in the securitised discourse of the war on terror.
The following future trends are suggested: more sensitive detection, increased integration and miniaturization, multianalyte analysis, more robust reagents and devices, and increased functionality of surface treatments.
