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Cancer Genomics and Transcriptomics
Genomics and transcriptomics approaches for improved cancer biomarker discovery and verification
Research into cancer genomics and transcriptomics is advancing our understanding of cancer development and progression. Genomics approaches for biomarker discovery can lead to the identification and validation of potential diagnostic, predictive, prognostic, and therapeutic cancer biomarkers in the future.
Overcome the biggest challenges in cancer research
Thermo Fisher Scientific offers a variety of cancer genomics and transcriptomics solutions to help you solve the most urgent challenges in cancer research today:
- Uncover cryptic tumor heterogeneity
- Extract data from limited and challenging samples, such as FFPE tissues or cell-free DNA (cfDNA) samples
- Obtain key insights from vast amounts of data generated by multiple technologies
- Choose the right technology for each stage of biomarker discovery and verification
Cancer research areas
Solid tumor profiling for improved stratification
Extract more information from your FFPE samples with a multi-omic approach by combining somatic mutation and copy number variation profiling, fusion gene analysis, and transcriptome profiling using our NGS, Sanger sequencing, microarray, and qPCR solutions.
Liquid biopsy analysis for identification and monitoring of genomic abnormalities
Track genomic abnormalities, such as somatic mutations, copy number variations, and fusion genes, even against the background of dynamic tumor heterogeneity in cell-free nucleic acid (cfNA) samples with our targeted NGS and digital PCR assays.
Immuno-oncology biomarker discovery beyond PD-1/PD-L1
Discover the next-generation of biomarkers to enable better patient stratification with best-in-class tools for the analysis of tumor mutation burden (TMB), T cell receptor (TCR) repertoire, microsatellite instability (MSI), chromothripsis, tumor aneuploidy, and more.
- Microarrays for copy number analysis including chromothripsis and aneuploidy
- NGS for tumor mutation burden analysis
- Long read NGS for characterization of the TCR repertoire
- Short read NGS for characterization of the TCR repertoire
- Capillary electrophoresis for MSI analysis
- NGS for MSI analysis
- NGS for methylation analysis
- Real-time PCR for DNA and RNA analysis and verification
Updated Cancer research guidebook
Learn how to maximize funding, save time, save precious samples, and more.
Updated Immuno‑oncology (I‑O) guide
Discover key I‑O research approaches, including checkpoint inhibitor therapy research, CAR T cell therapy research, and cancer vaccine therapy research.
Cancer genomics and transcriptomics solutions
With access to these flexible and proven solutions, you can uncover the genetic variants and RNA signatures you need to power your next cancer research breakthrough.
Targeted NGS solutions for cancer research
Accelerate your cancer research with our Oncomine assays and Ion AmpliSeq technology and panels.
Liquid biopsy analysis
The Oncomine cfNA assays and TaqMan Liquid Biopsy dPCR assays together offer a comprehensive set of tools for liquid biopsy applications from broad detection of cancer biomarkers to rapid, precise monitoring of a targeted set of mutations.
Cancer genotyping and cytogenetics
Detect chromosomal alterations and somatic mutations that drive cancer as well as germline mutations associated with cancer risk using NGS, Sanger sequencing, microarrays, and qPCR.
Cancer epigenetics
Identify epigenetic changes that occur during tumor progression.
Whole-genome copy number analysis
Microarrays are the platform of choice for detecting copy number variations (CNVs) such as insertions, deletions, loss-of-heterozygosity (LOH), copy neutral LOH, chromothripsis, and more.
Cancer RNA expression
Choose from a variety of RNA expression solutions for fast, simple analysis of coding as well as short and long noncoding RNAs to uncover new RNA-based cancer biomarkers.
Whole exome sequencing
Discover new biomarkers for cancer research using exome sequencing, a simple and fast approach for the identification of rare mutations.
Laser capture microdissection
Isolate pure populations of cancer cells from tumor tissues for more efficient and accurate results with downstream techniques such as NGS, Sanger sequencing, microarrays, and qPCR.
For Research Use Only. Not for use in diagnostic procedures.
