… of higher error rates than Sanger sequencing. Even so, … sequencing to achieve high-throughput
SNP discovery. Over 260 000 Mo17 ESTs were obtained from a single GS-20 sequencer …

… Although it is necessary to validate by sequencing or genotyping these in silico- detected
SNPs, our results confirm that resequencing strategy provides a large catalog of alleles in …

… that Solexa sequencing of the transcriptome is an efficient method for the identification of
sequence variation between oilseed rape lines. We have shown that the sequence variation is …

… discover coding SNPs. The objective of this study was to perform a SNP discovery analysis
in the milk transcriptome … cows were analyzed by sequencing cDNAs using the Illumina …

… SNPs requires genomic or transcriptome sequences from multiple genotypes. While automated
Sanger sequencing … costly to acquire deep Sanger sequence from several genotypes. …

… SNP discovery in a non-model marine fish based on transcriptome sequencing using NGS.
… The use of transcriptome sequencing in this study has resulted in only a few per cent of the …

… transcriptome sequences of the four accessions sequenced in this study were compared to
the custom reference, and omitting SNPs … heterozygous SNPs, a total of 27,302 SNPs were …

… , SNPs were discovered based on two transcriptomes of Litopenaeus vannamei (L. vannamei)
generated from Illumina sequencing … Recently, transcriptome sequencing has become the …

… During the development and evaluation of the various SNP discovery … SNP discovery, and
we are starting to see this approach of applying multiple variant calling tools to a sequencing …

… The basic procedures for converting raw data generated from whole genome or
transcriptome sequencing into a final SNP result include obtaining raw data from NGS platforms, …