Transcriptomics & Single Cell

RNA Sequencing (RNA-Seq)

Quantify gene and transcript expression to investigate differential expression, alternative splicing and functional pathways.

Principle

RNA-Seq profiles the transcriptome of cells or tissues to compare expression between study groups. Suitable designs also support transcript structure and alternative splicing analysis, providing expression-level evidence for complementary omics studies.

Applications

  • Compare expression profiles across cells, tissues or treatments
  • Identify differentially expressed genes and functional pathways
  • Investigate transcriptional changes during development, differentiation or disease

Method features

  • Provides sequence and expression abundance information
  • Analysis is tailored to the organism and research question
  • Suitable coverage supports investigation of low-abundance transcripts

Workflow

  1. 01

    Assess samples and RNA quality

  2. 02

    Select an RNA enrichment strategy and prepare libraries

  3. 03

    Sequence and check raw data quality

  4. 04

    Quantify expression and interpret differential and functional results

This is a workflow overview. Experimental and analytical details depend on sample conditions and research objectives.

Start your project

A plan built around your research question

Discuss samples, key comparisons and analysis objectives with our project team.

Discuss a project