Sentence examples for minimal amount of sample from inspiring English sources

It is thus possible to identify and quantify more than 15 intracellular metabolites in parallel with a minimal amount of sample volume.

Among the numerous analytical protein arrays available, bead-based assay systems have evolved into a key technology that enables the quantitative protein profiling of biological samples whilst requiring only a minimal amount of sample material.

An optimal sample volume that allows for good S/N while requiring minimal amount of sample was determined by performing experiments with a series of aliquots, ranging from 300 to 50 μL of sample.

In Section "Decision-making with limited resources" we have argued that Thompson sampling can be regarded as an instantiation of free energy optimizing bounded rationality requiring the minimal amount of samples of the latent variable θ in the decision-making process determining the next action.

This assay is rapid, requires minimal amount of samples (25 to 250 ng/μl), and provides very precise estimates.

The NMR measurements have the advantage of being rapid, requiring minimal amounts of sample and being applicable for unconventional sample forms such as films, foams and powders.

The ability to mix aqueous liquids on microsecond time scales, while consuming minimal amounts of sample and maintaining UV-visible optical access to the mixing region, is highly desirable for a range of biophysical studies of fast protein and nucleic acid interactions and folding.

Prior studies have reported promising results with the use of multiplex bead assay (MBA) as an alternative to simultaneously detect the expression of multiple cytokines in minimal amounts of sample (Huang et al, 2005).

This technique measures changes in the hydration shell (due to conformational changes) along a temperature gradient, which makes it possible to determine Kd values using minimal amounts of sample.

High-density protein microarrays allow to display a high number of analytes using minimal amounts of samples, constituting a promising high-throughput platform for the characterization of protein expression patterns, functional analysis and biomarker discovery.

Since the sample requirement is small and the method allows for analysis of membrane potential even if some mitochondria are disrupted during sample preparation, this method could even be applied to studies in which minimal amounts of samples are available (e.g., human tissue).