His talk covered three very different applications of next - generation sequencing: high - throughput mutational studies of core promoters, sub-assembly of Illumina reads to 454 - length contigs, and
exome capture to unravel Mendelian disorders.
Illumina sequencing of
the exome capture generated about 6.4 gigabases per individual.
Whole -
exome capture of gene coding regions and a small shoulder region of intron — exon boundaries was performed using SeqCap EZ Exome V3 (64.1 Mb; Nimblegen).
They also performed
an exome capture — based analysis of domestication among wild and domesticated genotypes of emmer wheat.
We are currently working toward determining the molecular basis of these modifiers using a combination of recombinational mapping crosses and high - throughput sequencing of
exome captured libraries generated from modifier strains.
Not exact matches
Our sequencing process is able to
capture around 98 % of the
exome.
To
capture uncommon genetic variants, the study used an
exome genotyping array to genotype 7,060 epithelial ovarian cancer (EOC) cases and 6,712 cancer - free women from the Ovarian Cancer Association Consortium.
Exome sequencing is a technique that
captures the part of the genome that holds the «coding instructions» to make the body's proteins.
Targeted
capture and massively parallel sequencing of 12 human
exomes.
Their defined «
exome» was 30 Mb, which they targeted using two solid - phase array
capture chips.