Sentence examples for make these assays from inspiring English sources

The high manufacturability of semiconductors and their adaptability to inexpensive electrochemical microarray readers, which are small and field deployable, make these assays much more powerful than simple Real Time-PCR systems.

Today's costs, while substantial, are rapidly falling and newer technology will make these assays much more accessible.

Therefore, specificity, sensitivity, speed and real-time detection make these assays attractive for use in epidemiological and ecological studies.

The substantial oligonucleotide modifications that allowed for successful detection of mutations within diverse sequence backgrounds, combined with extensive validation and improved sensitivity, make these assays feasible for large-scale resistance testing.

Low plasma levels make these assays technically difficult to perform and relatively unreliable as a measure of curcumin's pharmacodynamic properties.

Often genetic or chemical modifications in different luciferase substrate system in use have afforded new functionalities making these assays even more robust.

However, most of these models employed monolayer cell cultures, making these assays difficult to translate to clinical applications [ 6].

The application of multiplex PCR protocols further assists in monitoring problems of contamination and ADO in addition to mutation detection, making these assays highly accurate.

The TaqMan assay based QRTPCR assays used were not designed biased to any particular region of each target transcript, while the probes on the AB microarray were biased to the 3' UTR (within 1500 bp of the 3' UTR), making these assays independent for mRNA quantitation.

Since CTCs are enriched by immunomagnetic beads linked with anti-EpCAM antibodies and detected using antibodies against epithelial antigens, loss of epithelial markers during EMT could make these cells "invisible" to the assay and possibly influence treatment decisions [ 78, 89].

The sensitivity and the small sample requirements make the assay suitable for high-throughput screening of biological samples.