Sentence examples for probe methodologies from inspiring English sources

Oligonucleotide probes (60mers) were designed to target contig sequences using the eArray Gene Expression (GE) probe design tool (Agilent Technologies, UK), employing the base composition and best probe methodologies, and designed in sense orientation with 3' bias.

The present study is the first report on the application of snapback primer probe methodology for the differentiation of nematode parasites.

The single probe methodology allowed the unique detection of Wnt-pathway activation in DN.

A single 60-mer probe was designed to target shorter sequences (60∼150 bps) following the best probe methodology.

The accelerated progression relapse test is developed using the multi-state probe methodology.

The eArray parameters, that we used, include probe length (60nt), probes per target (1), probe orientation (sense) and design options ("best probe methodology" and "design with 3' bias").

For each of the four probes 212020_s_at (MKI67), 212022_s_at (MKI67), 203967_at (CDC6), and 203145_at (SPapply apply the multi-state probe methodology to divide the samples into high and low components.

The results in the paper consist of both the development of the multi-state probe methodology for survival models, and the application of this method to breast cancer.

We then applied the selected probes to the design via Agilent e-array (https://earray.chem.agilent.com/earray/) using 'Best probe methodology' and 'Design with 3′ bias' options to prevent cross-hybridization (Fig.  2).

Overall, the cultural probe methodology generated rich information to inform how ALTs might fit into the home (or not) and the implications for wider socio-technical networks (lay, commercial and professional) needed to support their effective use.

A 8 × 15 K microarray was designed using eArray (Agilent technologies (https://earray.chem.agilent.com/earray/)) with the following parameters: probe length 60 bp, 1 probe per target, probe orientation sense, best probe methodology, design with 3' bias, possibility of probes trimming, preferred Tm 85°C (isothermal and GC rich genome).