Microarray analysis identifies more chromosome ... some marker chromosomes and aneuploidy. SNP arrays have the added advantage of the ability to identify polyploidy and long stretches of ...

Most samples collected for SNP microarray were from pediatric patients ... The expected coefficient of inbreeding based on the patient report was 12.5% but the observed percentage of homozygosity ...

The possibility of highly multiplexed analyses combined with the low costs per data point offered by microarray-based assays denote considerable advantages for SNP genotyping on a large scale.

Copy neutral LOH or acquired UPD is also important in cancer. BlueGnome now supplies the CytoChip SNP 4x180K microarray for investigation of constitutional samples, based on the international standard ...

which now includes support for CGH+SNP analysis of genetically complex samples such as hematological cancer samples. The new microarrays are based on designs by the Cancer Cytogenomics Microarray ...

Chromosomal microarray analysis has emerged as a primary ... The development of array-based molecular cytogenetic techniques has improved the detection of small genomic deletions and duplications ...

Southern blotting, now over three decades old, is based on the transfer to ... Console 3.0.1 software (GTC 3.0.1). The SNP Array 6.0 is a single microarray that measures more than 1.8 million ...

SNP microarrays are capable of detecting a large number of subtle ... Quantification is then performed using a fluorescence-based method to establish the results. This enables the simultaneous ...

Single-nucleotide polymorphism (SNP) oligonucleotide microarray analysis ... There are limitations of microarray-based technology. Truly balanced rearrangements cannot be detected on microarray ...

The sequencing of the human genome afforded the development of chromosomal microarrays that can be used ... some marker chromosomes and aneuploidy. SNP arrays have the added advantage of the ...