Many RNA-Seq researches aim to elucidate the quantitative nature of transcript variants. However, no RNA controls so far have been able to provide proper guidance for the correct assembly of transcript variants from RNA-Seq data.
To address this issue, Lexogen has developed Spike-in RNA Variant Control Mixes (SIRVs).
They include artificial transcripts which reflect variations such as alternative splicing, alternative transcription start- and end-sites, overlapping genes, and antisense transcripts. Therefore, with SIRVs spiked into the samples, the performance of RNA preparation, library generation, sequencing, and bioinformatics algorithms can be assessed adequately.
For more details please visit the SIRVs web page or contact us at [email protected].
To address this issue, Lexogen has developed Spike-in RNA Variant Control Mixes (SIRVs).
They include artificial transcripts which reflect variations such as alternative splicing, alternative transcription start- and end-sites, overlapping genes, and antisense transcripts. Therefore, with SIRVs spiked into the samples, the performance of RNA preparation, library generation, sequencing, and bioinformatics algorithms can be assessed adequately.
For more details please visit the SIRVs web page or contact us at [email protected].
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