The number of 480 markers was chosen for practical reasons since this number fitted within the microarray format used for the further experiments which was a multi-well microarray, allowing for higher throughput.
These second-generation sequencing technologies, including resequencing microarray, allow for multiple gene tests in a single experiment and thus hold considerable promise for routine molecular diagnosis of heterogeneous disorders [ 66].
This level of hybridization reflects the levels of sequence diversity between the two species, although the 60-mer probes utilized in the Agilent microarray allow for a certain degree of mismatches, as reported previously for analysis of diverse potato genotypes (Ducreux et al., 2008).
In addition, the architecture of resequencing microarrays allows for detection and identification of natural or engineered sequence variations of targeted agents.
Gene expression profiling using microarrays allows for genome-wide examination of changes in the abundance of transcription products during the mosquito aging process.
Pooling genomic DNA samples within clinical classes of disease followed by genotyping on whole-genome SNP microarrays, allows for rapid and inexpensive genome-wide association studies.
The present simultaneous analysis of FAK expression using tissue microarrays allows for a more comprehensive method of analyzing FAK expression in breast tumor samples.
Gene expression profiling using microarrays allows for the study of changes in the RNA levels of a large number of genes simultaneously, and we have previously developed a microarray system for profiling the expression of most known C. elegans ncRNAs, including snoRNAs [ 14].
Conclusions: DNA microarrays allow for the simultaneous investigation of thousands of individual genes in a single experiment.
