Hence, 3C and 5C represent powerful new tools for assaying the three-dimensional architecture of bacterial genomes.
In this context, molecular markers are useful tools for assaying genetic variation, and have greatly enhanced the genetic analysis of crop plants.
PrimerROC thus provides a powerful tool for assay design, as it allows users to effectively prevent dimers in reactions and at primer concentrations where they have historically been difficult to avoid.
Aside from further insight into fundamental aspects of β-amyloid aggregation, time resolved static light scattering provides an appropriate tool for assay tests with drugs designed to interfere with the aggregation process.
Besides being an invaluable decision tool for assay developers, melting curves can also be of direct use in applications where high specificity is paramount (e.g., when analyzing single nucleotide polymorphisms, SNPs) [3], [4].
Muscle biopsy is the most common diagnostic tool for assay material.
The obtained results in this study indicate that the proposed ECL sensing possesses high sensitivity, specificity and stability and provides a powerful tool for assaying hOGG 1 activity.
The developed protocol represents, therefore, a simple, rapid and selective tool for assaying these acidic biomarkers in urine samples for neuroendocrine cancer diagnosis.
They also showcase flow cytometric FRET as a rapid and convenient tool for assaying protein biochemistry within the highly relevant context of living cells.
