Repeated optrode insertion in brain and nerve tissue demonstrated the suitability of the arrays as a neural interface in terms of depth access and durability.
The suitability of this array system for CNV analysis are demonstrated in panels (C) and (D).
As we were dealing with a comparative approach, we checked the suitability of this array for both genotypes by hybridizing with genomic DNA.
To indicate the suitability of the new array to discriminate the differences in the experimental treatments, hybridizations comparing samples with controls and controls with controls were performed.
We demonstrate suitability of these arrays in sustaining cellular functions, and their potential in applications that range from tissue engineering to minimally invasive sensing and/or stimulation.
Irrespective of the algorithm used for the sequence selection of the probe set, the final functional test of the suitability of an oligonucleotide array for genotyping results from an empirical analysis of the hybridization performance of the oligonucleotide probes.
The suitability of Illumina array DNA methylation data for use in genotyping was explored in two ways.
While the titania bandgap is not suitable for high visible spectrum efficiencies, the high photoconversion efficiency achieved under UV illumination indicates the suitability of the highly ordered nanotube-array architecture for hydrogen generation by water photoelectrolysis.
Since conventional methods of clinical tissue preparation commonly employ formalin fixation, we studied the suitability of formalin for array CGH studies and compared the results to that of clinical samples that were preserved in a newly developed, molecular-friendly fixative.
