Sentence examples for functional fingerprinting from inspiring English sources

Our protocols are robust against donor variability and hence this method is feasible for functional fingerprinting.

Indeed, methodologies such as epigenetic profiling, sequencing technologies, microarrays, functional fingerprinting, and analysis of genomic alternations are all well-established methodologies in practice.

On the other hand, functional fingerprinting assays are required to fully understand the significance of the SNPs identified in both coding and non-coding regions.

Functional fingerprinting based on cell viability might complement current MSC characterization methods, such as surface marker expression and differentiation assays, to increase the repertoire for a better definition of MSCs.

Given these dissociations between low- and high-threshold salt processing, we use the concentration dependencies of the salt effects as functional "fingerprints" to compare 2 kinds of behavioral function in larval Drosophila (see Schipanski et al. [2008] for a similar analysis regarding sugar processing): How does salt concentration affect reflexive behavior?

Finally, we demonstrate that despite the low reliability of individual links, the information carried by the whole-brain FC matrix is robust and can be used as a functional fingerprint to identify individual subjects from the population.

This functional fingerprint was also observed for the ancestral construct (Figure 4B).

The aim of this study is to introduce the concept of Shannon entropy in decision making paradigms as a decision uncertainty descriptor of the task and to map the functional fingerprint of such uncertainty using an economic decision task under different configurations of probability and time.

This approach is focused on capturing as much information as possible, providing a functional fingerprint of the physiological and pathological state of the body.

In summary, we show that screening in heterogeneous primary adult stem cell populations is feasible and can be used to generate functional fingerprints.

This study characterized genes and multiple branches of putative regulatory networks associated with resistance to P. sojae in ten soybean NILs, and depicted functional "fingerprints" of individual Rps-mediated resistance responses through comparative transcriptomic analysis.