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Omni 5 arrays

Manufactured by Illumina

The OMNI-5 arrays are a comprehensive genomic profiling platform designed for high-throughput genotyping. The arrays provide genome-wide coverage with over 5 million genetic markers, enabling researchers to perform in-depth genetic analysis and population-scale studies.

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Lab products found in correlation

2 protocols using omni 5 arrays

1

Genotyping and Imputation of EBV-Infected B Cell Lines

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We genotyped five EBV-infected B cell lines with available ChIP-seq data (Supplementary Table 2) on Illumina OMNI-5 arrays, as previously described71 (link). Genotypes were called using the Gentrain2 algorithm within Illumina Genome Studio. Quality control was performed as previously described71 (link). Quality control data cleaning was performed in the context of a larger batch of non-disease controls to allow for the assessment of data quality. Briefly, all cell lines had call rates >99%; only common variants (minor allele frequency >0.01) were included; and all variants were previously shown to be in Hardy-Weinberg equilibrium in control populations at P>0.000171 (link). We performed genome-wide imputation using overlapping 150 kb sections of the genome with IMPUTE272 (link) and a composite imputation reference panel of pre-phased integrated haplotypes from 1,000 Genomes (June 2014). Included imputed genotypes met or exceeded a probability threshold of 0.9, an information measure of 0.5, and the same quality-control criteria described above for the genotyped markers.
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2

Genotyping and Imputation of EBV-Infected B Cell Lines

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We genotyped five EBV-infected B cell lines with available ChIP-seq data (Supplementary Table 2) on Illumina OMNI-5 arrays, as previously described71 (link). Genotypes were called using the Gentrain2 algorithm within Illumina Genome Studio. Quality control was performed as previously described71 (link). Quality control data cleaning was performed in the context of a larger batch of non-disease controls to allow for the assessment of data quality. Briefly, all cell lines had call rates >99%; only common variants (minor allele frequency >0.01) were included; and all variants were previously shown to be in Hardy-Weinberg equilibrium in control populations at P>0.000171 (link). We performed genome-wide imputation using overlapping 150 kb sections of the genome with IMPUTE272 (link) and a composite imputation reference panel of pre-phased integrated haplotypes from 1,000 Genomes (June 2014). Included imputed genotypes met or exceeded a probability threshold of 0.9, an information measure of 0.5, and the same quality-control criteria described above for the genotyped markers.
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