Beyond investigations of radiation hard periodic matter, the approach offers intrinsic advantages to study beam-sensitive materials such as catalysts and molecules because dose-rate dependences can be exploited to help reducing beam-sample interactions so that atomic resolution and single atom sensitivity may be achieved without altering the pristine structure of radiation sensitive matter [8].
can be exploited to estimate the attribute values for sampled and non-sampled pixels, thus producing maps for the entire region of interest.
High-throughput mRNA and miRNA expression data from large cohorts of normal and pathological tissue samples can be exploited to detect miRNA regulatory activity.
To create a useful edge for extrapolation, it is necessary that the spatial sampling rate exceeds the Nyquist critical rate of two samples per wavelength, i.e., frac{1}{varDelta }>2 (10)since only the fulfillment of this condition may give rise to a dependency between the field samples that can be exploited to achieve our purpose.
These results suggest that caries- induced reduction in autofluorescence lifetime can be exploited to distinguish between healthy and carious teeth samples.
The near-field optical interaction between a sharp probe and a sample of interest can be exploited to image, spectroscopically probe, or modify surfaces at a resolution (down to ∼12 nm) inaccessible by traditional far-field techniques.
After performing an avidity assay of two dilutions of a given sample, this relationship can be exploited to calculate a linear equation from the two pairs of absorbance values (with and without denaturation).
In summary, we have shown that the shape of reconstructed genealogies holds information about the relative fitness of the sampled individuals that can be exploited to predict the genetic composition of future populations, at least when fitness differences depend on multiple mutations.
This can be exploited to directly calculate substitution rates and divergence times using the sampling age as tip calibration in a Bayesian framework analysis.
Furthermore, it can be exploited to address the structural plasticity of macromolecules fluctuating between transiently sampled excited states and a ground state.
