Sentence examples for appropriate for probing from inspiring English sources

In brief, there was no effect on mortality, confirming that the exposure was appropriate for probing sub-lethal molecular responses, but the other functional assays all showed a response at medium to high levels of copper (40 to 160 mg/kg and above).

In Le Bihan et al. (1993) and Clark et al. (2001), no change in the apparent diffusion coefficient was found for diffusion times down to 16 ms, and respectively 8 ms. Therefore, the diffusion times used during the current study are appropriate for probing tissue microstructure.

Proteins were then transferred to nitrocellulose membranes for probing with appropriate antibodies.

By that logic, all other schools in the UK are assessing students at a volume above and beyond that already deemed necessary for probing an appropriate level of medical knowledge, skills and attitudes.

Sequence similarity dendrograms were created for hypervariable regions V1 V8, and for selected combinations of regions or short segments within individual hypervariable regions that might be appropriate for DNA probing and real-time PCR.

Thus, the statistical models tested were allowed to assign the coefficients (for three of the methods used in this study, see the Additional file 1) or proximity measures (for random forest, the fourth method tested in this study as shown in the Additional file 1) most appropriate for each probe, with the intention of increasing the overall accuracy of the tested models.

The PCR products were then cloned and sequenced to choose appropriate sequences for probes.

These characteristics enable the use of much shorter probes (7 10 nucleotides) and simplify the identification of appropriate regions for probe hybridization.

This table was used to determine the fields that would be most appropriate to probe for metadata annotation using the structured word lists (Table  2).

Physicians used a LogiQe ultrasonographer (General Electrics, Milwaukee, MI) with appropriate probes: 2 5 MHz probe for abdominal (3C-RS), 3 MHz probe for cardiac (3S-RS) and 4 10 MHz probe for vascular and bone views (8L-RS).

This paper describes emerging TPS technologies and the proposed use of an affordable, small 5 MW arcjet that can be used for TPS development, in test gases appropriate for future planetary probe and aerocapture applications.