Lexogen are an end-to-end next generation sequencing service provider that specialise in RNA sequencing, offering a fully integrated workflow to sequence known and unknown RNA in any species. Their knowledge and experience allows them to advise customers based on their specific needs and offer fully customisable pipelines to suit their projects. Lexogen produce a range of innovative, high-quality RNA-seq kits that are commercially available and also used at each step of their service pipeline. With a team of sequencing experts, you can trust Lexogen to produce the best possible results from your samples, including from challenging low-input and low-quality samples, such as FFPE.
After a free consultation and customised workflow, Lexogen will provide a thorough data analysis report, as well as the option to arrange a meeting to discuss your data and results.
We are with you every step of the journey
Together, we provide excellent customer care and expertise with even the most challenging samples.
What makes Lexogen's services different?
- Expertise: Lexogen's kits are used by thousands of scientists around the world and trusted by pharma and biotech leaders
- Strict data protection: You can trust your data is safe, from sample extraction to data transfer
- Customisable: Lexogen's team of experts can adapt workflows to fit your unique needs
- Consultation: Projects start with a free consultation to find what will work best for you
Services available
- Gene expression profiling
- FFPE RNA sequencing
- Whole transcriptome sequencing
- Small RNA sequencing
- Single-cell RNA sequencing
- Ultra-low input RNA sequencing
- Bioinformatics services
What can you expect from Lexogen's services?
- Accurate sample identification: using Lexogen's 12-nt UDIs to maximise sequencing yields
- PCR bias-free quantification: ensures gene expression accuracy, for even the lowest quality samples
- Globin mRNA depletion: globin mRNA blockers improve sensitivity for blood samples.
- Error & bias detection: workflow validation & data set concordance provided by spike-in control transcripts
