Multiplexed SNP Genotyping Using Allele-Specific Primer Extension on Microarrays
Juha Saharinen, Pekka Ellonen, Janna Saarela, Leena Peltonen
Abstract
Juha Saharinen, Pekka Ellonen, Janna Saarela, Leena Peltonen
Abstract
Systematic sequencing of the genomic DNA of multiple individuals from different populations has produced detailed information of a high number of single nucleotide variations across the human genome (1, 2). The single nucleotide polymorphisms (SNPs) are excellent genetic markers; when compared to the repeat polymorphisms, SNPs are more stable and evenly distributed across the genome (3). Currently over 9 million SNPs in the human genome are deposited to various databases, such as NCBI, dbSNP, HGVBase and the SNP Consortium (4-6). However, despite the overwhelming amount of identified SNPs in databases, only a fraction of them have been carefully validated and their allele frequency information in various populations determined (7, 8). Table 8.1 presents some major SNP databases and validation efforts.
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Systematic sequencing of the genomic DNA of multiple individuals from different populations has produced detailed information of a high number of single nucleotide variations across the human genome (1, 2). The single nucleotide polymorphisms (SNPs) are excellent genetic markers; when compared to the repeat polymorphisms, SNPs are more stable and evenly distributed across the genome (3). Currently over 9 million SNPs in the human genome are deposited to various databases, such as NCBI, dbSNP, HGVBase and the SNP Consortium (4-6). However, despite the overwhelming amount of identified SNPs in databases, only a fraction of them have been carefully validated and their allele frequency information in various populations determined (7, 8). Table 8.1 presents some major SNP databases and validation efforts.
Key concepts: dbSNP, Molecular Inversion Probe, SNP genotyping, Single-nucleotide polymorphism, Genotyping, Genetics, Human genome, Biology