We present a novel procedure which overcomes this drawback by generating multiple sequencing rules.
Therefore, it is necessary to develop multiple sequencing approaches and platforms, including the third-generation long read technologies, high-quality long-insert clones and new assembly algorithms.
Multiple sequencing was preformed by using MSG sequencing technology, while QTLs linked to agronomic traits were mapped and analyzed for their effect.
In the present study, multiple sequencing was performed on progeny of an F2 population based on male parent R1128 and female parent Nipponbare.
However, in some samples this interpretation is difficult, i.e. when (almost) equally quantitative LH variants are present or when multiple sequencing primers result in the presentation of different dominant types.
This technology is based on the use of multiple sequencing primers in the same pyrosequencing reaction.
S. suis SC84 and BM407 genomes were sequenced using multiple sequencing technologies to generate contiguous drafts.
The scope of the project required multiple sequencing runs.
Moreover, linker fragments can have multiple sequencing errors.
In case multiple sequencing lanes were available, fastq files were merged before alignment.
There are multiple sequencing methods that are utilized in next-generation methods.
