Integrated DNA Technologies acquires Archer™ next generation sequencing research assays to advance actionable scientific discoveries.

  1. Products
  2. Next Generation Sequencing
  3. Whole transcriptome sequencing
Hybridization capture product icon

Whole transcriptome sequencing

In today’s competitive genomics landscape, RNA sequencing will help you quickly obtain your desired results. Our xGen RNA sequencing product offerings cover a wide range of diverse inputs while maintaining predictable outputs, efficiencies, and coverage metrics.

xGen™ NGS—made to differentiate.

Overview

  • Fast and cost-efficient workflow—curated for RNA sequencing
  • Flexible—prepare RNA-seq libraries from a wide range of sample types and input quantities
  • Powered by Adaptase™ technology—for adapter tailing and ligation to 1st strand DNA; does not require 2nd strand DNA and leads to stranded RNA libraries
  • Customizable—easily combine a hybridization capture workflow for targeted RNA-seq
  • Combine the xGen Normalase™ Module with your RNA-seq workflow—for fast and easy library balance and pooling
  • Automation-friendly RNA-seq workflow

What is whole transcriptome sequencing?

RNA sequencing (RNA-seq) is a next generation sequencing method for analyzing the transcriptome of cells and assessing gene expression variation. The xGen RNA Library Prep Kit and the xGen Broad-Range RNA Library Prep Kit are fast transcriptomics research workflow solutions with comprehensive transcript coverage and NGS data quality.

The workflow used in these kits employs Adaptase™ technology which adds a single-stranded R2 Stubby Adapter onto the 3’ end of the 1st strand cDNA product. This technology does not require 2nd strand cDNA synthesis and degradation and results in stranded RNA libraries. While the xGen Broad-Range RNA Library Prep Kit supports a wider range of total RNA inputs (from 10 ng to 1 µg) than the xGen RNA Library Prep Kit (from 100 ng to 1 µg), the latter offers a faster workflow with fewer steps. This RNA-seq workflow is compatible with upstream mRNA enrichment and rRNA depletion modules. It is easily combined with a hybridization capture workflow for a targeted mRNA capture sequencing study.

For high-throughput labs, the 96-reaction size group of products includes the xGen Normalase Module, a proprietary enzymatic library normalization kit for multiplexing. The method eliminates the need for individual sample quantification followed by manual equimolar pooling. Instead, the fragments are indexed by PCR using the included plate of xGen Normalase UDI Primer Pairs followed by the xGen Normalase Module. Final normalized library pools are then ready for Illumina-based multiplex sequencing.

Icons Library_White Outline_85x85_Extraction

Extraction

Icons Library_White Outline_85x85_mRNA enrichment

rRNA depletion or mRNA enrichment

Icons Library_White Outline_85x85_Library prep

Library prep

xGen RNA Library Prep Kit (everyday samples)

xGen Broad-Range RNA Library Prep Kit (low-quality or low-input samples)

UDI Normalase primers (96 rxn)

Icons Library_White Outline_85x85_Normalase

Normalization

xGen Normalase Module

Icons Library_White Outline_85x85_Sequence and analyze

Sequencing & analysis

IDT ALIGN℠ Program

Method Data

Figure 1. Normalase technology enables consistent pooling of RNA-seq libraries without compromising transcriptomic data quality. The IDT xGen RNA Library Prep Kit and the xGen Broad-Range RNA Library Prep Kit were used to create whole transcriptome libraries from universal human total RNA samples (Thermo Fisher Scientific; Cat. No. QS0639) that were either ribodepleted or mRNA enriched upstream of library construction. Libraries were indexed using xGen Normalase CDI primers and amplified with the number of PCR cycles recommended in the respective protocols. Library pools were then normalized using the xGen Normalase Module and sequenced to determine the percentage of reads corresponding to each sample index. Respective sequencing platforms and the number of pooled libraries are indicated in the figure. Error bars represent the mean ± standard deviation of replicates.

Ordering

RUO22-0957_002