Sentence examples for microarray surface due from inspiring English sources

Also, difference in protein stability and variability in efficiency and manner of immobilization on the nitrocellulose microarray surface due to charge or size could affect the amount of properly folded and oriented protein in each spot.

We cannot completely rule out the presence of a length bias in the microarray data, for example due to decreased accessibility of long transcripts for the microarray surface, and we note that care must be taken to control for length bias in any method that measures expression.

A known solution consists in exciting specifically the microarray surface with evanescent fields.

Owing to the different natural concentrations of 13C and 15N, and more importantly, different background contributions from the microarray surface, HCEs for 15N substrates and 13C substrates are not comparable.

Rather than applying newly introduced microarray surface substrates, we optimized a method to spot and hybridize unmodified short 20 mer oligonucleotide probes on conventional amino-silane based microarray surfaces.

Despite studies showing that surfaces do affect hybridization kinetics in microarrays, it is generally assumed that solution models provide a reasonable approximation to probe-target interaction at the microarray surface [18], [35].

As the Agilent microarrays had a default of 60-mer probes, the probe was divided into three sections: proximal (closest to the microarray surface), central (in the middle) and distal (furthest away from the surface).

MHC microarrays offer the advantage of spatial resolution of different pMHC complexes when spotted or printed on the microarray surface.

When binding occurs on the surface of the microarray, however, the probes are immobilized on the microarray surface and unlikely to associate bimolecularly.

Only the carbon signal is enhanced on the surface due to inevitable surface contamination.

In certain microarrays, gene probes are printed on the microarray surface according to their chromosomal position or a simple transformation thereof.