Sentence examples for made it possible to probe from inspiring English sources
Seismic observations have made it possible to probe the lunar interior.
Their process of heating DNA strands to separate them, then cooling them to encourage them to recombine, ultimately made it possible to "probe" vast amounts of genetic material, he said.
In addition, the availability of an increasing number of crystal structures of translational GTPases such as EF-Tu and EF-G have made it possible to probe the molecular details of GTP hydrolysis on the ribosome.
This made it possible to probe formation of the first and second loop separately.
Such modern techniques have made it possible to probe, under mechanical load, the kinetics of biomolecular processes at the single-molecule level.
Recent advances in glycoproteomics have made it possible to probe specific glycosylation changes [ 18], in particular sialylation changes [ 19- 21], in proteins between the disease and normal state.
And, if the flurry of patents related to genetic diagnostics is anything to go by, DNA-chip technology will revolutionise genetic testing by making it possible to probe for a large number of different genes at once.Winners and losersWhat are the implications of giving providers of life and health insurance routine access to the results of such tests?
They could guess at the future only by looking at the kind of health problems experienced by their parents or grandparents (who provide the metaphorical pack from which the cards are dealt).Genetic testing, which makes it possible to probe for dangerous genes, has changed all this.
It is also satisfying to develop techniques that will make it possible to probe even further into the fundamental laws of nature.
Rayleigh surface wave, as a special form of ultrasonic waves, makes it possible to probe initial stress at various depths from the surface by changing its frequencies because of its propagation characteristic.
The optimized design of ECIS-based microelectrode devices reported in this work will make it possible to probe the entire beta dispersion region of adherent biological cell layers by reducing measurement artifacts and improving the quality of data across the beta-dispersion region.
