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For large arrays this is extremely inefficient and should be avoided by all means.
For SNP arrays, this is generally a n × 3 matrix of total copy numbers (c ), allelic ratios (b ) and germline genotypes.
In high-density oligonucleotide arrays this is recognized as a crucial step for the global performance of the data analysis from raw intensities to expression values.
For the SNP-CGH arrays, this is an integral aspect of the platforms and nearly all of the observations are actually averaged from replicate probes, 4 replicates for the Affymetrix SNP probes, and an average of 16 replicates for Illumina probes (although this ranges from 0 to over 40).
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Usually, when designing a PV array, this is done during the calculation of the electricity yield.
Due to the orthogonality induced by the massive array, this is in fact a quasi-optimal approach [17].
And as one example, this might, let's say, represent a spatial antenna array where this is array number in, let's say, the horizontal direction, and this is array number in the vertical direction.
In our arrays this region is where target concentrations are in the range 100 200pM.
Before being applied to the array, this mixture was denatured (>95°C, 5 minutes).
This array is unique in its design, and results indicate that the array is sensitive and reproducible.
This array is not entirely random.
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