25 tests from 14 laboratories side by side: whether they need tissue or blood, whether they read a chosen panel of genes, the whole exome, the exome plus the RNA, or only trace tumour DNA after treatment, what the report contains, and the regulatory status where it is certain. A blank cell means OnCo does not state it.
Most tests here are laboratory-developed tests: run in one accredited laboratory in the United States under CLIA rules rather than approved as a kit. FDA approval applies to a specific version with named companion diagnostic claims, and CE marking to sale in Europe. Which test you get depends on your hospital, your country and your insurer; in England the NHS Genomic Medicine Service funds the tests in its directory. Ask the treating team which test was run and for the report itself; the report reader explains the values.
Reads the coding DNA and the RNA, so it also sees which genes are switched on and catches fusions.
Reads the protein-coding part of every gene, about one to two per cent of the genome.
Reads a chosen set of cancer genes, usually a few hundred, at high depth.
Looks in blood for traces of tumour DNA after treatment, to catch relapse early.
Looks in blood for signs of a cancer in someone without symptoms.
Needs a piece of the tumour, from a biopsy or surgery.
Needs a blood draw and reads the tumour DNA circulating in it.
Runs on tumour tissue or on blood, or offers a version of each.
Read from each row's stated status; a test can carry more than one.
| Test | What it returns | |||
|---|---|---|---|---|
| BostonGene Tumor Portrait The immune microenvironment classification is the distinctive part: it groups tumours by how immune cells are arranged, which BostonGene reports alongside the genomics. | BostonGene | Somatic mutations, copy number and fusions from whole exome sequencing of tumour and normal, gene expression from RNA sequencing, tumour mutational burden, microsatellite status, and a classification of the tumour's immune microenvironment. | ||
| Caris MI Cancer Seek | Caris Life Sciences | The FDA-approved whole exome and whole transcriptome assay, with companion diagnostic claims for specific drug and cancer pairs alongside the broader profile. | ||
| Caris MI Profile | Caris Life Sciences | Whole exome and whole transcriptome sequencing of the tumour, with immunohistochemistry where relevant, reporting mutations, copy number, fusions, expression, tumour mutational burden, microsatellite status and loss of heterozygosity, matched to approved drugs and trials. 1p/19q codeletionBRAF fusion or rearrangementFGFR2 fusion or rearrangementFGFR3 alterationH3 K27M mutationHER2 IHC 3+HRD-positiveMET amplificationMET exon 14 skipping mutationMGMT promoter methylationMYCN amplificationNRG1 gene fusionNTRK1/2/3 gene fusionPD-L1 CPSPDGFRA exon 18 mutationPTEN alterationTP53 mutation and del | ||
| Exact Sciences OncoExTra | Exact Sciences (Abbott) | Whole exome and whole transcriptome sequencing of tumour with matched normal, reporting mutations, copy number, fusions, expression, tumour mutational burden and microsatellite status. | ||
| Natera Altera | Natera | Whole exome sequencing of the tumour reporting mutations, copy number and fusions, tumour mutational burden and microsatellite status, matched to therapies and trials; the same exome data seeds a Signatera panel. | ||
| Tempus xE | Tempus AI | Whole exome sequencing of tumour and matched normal, reporting somatic and germline variants across the coding genome, tumour mutational burden and microsatellite status. | ||
| Exact Sciences Oncotype DX Breast Recurrence Score Not a mutation test: it measures expression of 21 genes to predict recurrence risk and chemotherapy benefit. | Exact Sciences (Abbott) | A 21-gene expression Recurrence Score from 0 to 100 for early hormone receptor positive, HER2 negative breast cancer, estimating the benefit of adding chemotherapy to endocrine therapy. | ||
| FoundationOne CDx | Foundation Medicine (Roche) | Substitutions, indels, copy number changes and selected rearrangements in 324 genes, plus tumour mutational burden and microsatellite status, with companion diagnostic claims for a long list of targeted drugs. 1p/19q codeletionAKT1 E17K mutationALK fusionBRAF class II and class III mutationsBRAF fusion or rearrangementBRAF V600EEGFR exon 19 deletionEGFR exon 20 insertionEGFR L858REGFR T790MESR1 mutationFGFR2 fusion or rearrangementFGFR3 alterationH3 K27M mutationHER2IDH1 R132 mutationKRAS G12CKRAS G12DMET amplificationMET exon 14 skipping mutationMSI-highMYCN amplificationNRG1 gene fusionNTRK1/2/3 gene fusionPDGFRA exon 18 mutationPIK3CA mutationPTEN alterationRAS wild-typeRET fusion and RET mutationROS1 fusionTMB-highTP53 mutation and delTumour | ||
| FoundationOne Heme | Foundation Medicine (Roche) | DNA sequencing of several hundred genes plus RNA sequencing of fusion genes for leukaemias, lymphomas, myeloma and sarcomas, from blood, bone marrow or tissue. | ||
| FoundationOne Liquid CDx | Foundation Medicine (Roche) | Alterations in more than 300 genes from cell-free DNA in a blood draw, including blood tumour mutational burden and microsatellite status, with companion diagnostic claims; a negative result does not rule out the alteration in tissue. | ||
| Guardant360 CDx | Guardant Health | Mutations, amplifications and fusions in more than 50 genes from cell-free DNA, with companion diagnostic claims in lung and breast cancer; the wider laboratory Guardant360 reports more genes. | ||
| Illumina TruSight Oncology 500 | Illumina | A kit laboratories run themselves: DNA variants in 523 genes and RNA fusions in 55 genes, plus tumour mutational burden and microsatellite status; a cell-free DNA version exists for blood. | ||
| Illumina TruSight Oncology Comprehensive | Illumina | The in vitro diagnostic form of the TSO 500 content, reporting variants across the same gene set with companion diagnostic claims for fusion-directed drugs. ALK fusionBRAF class II and class III mutationsBRAF fusion or rearrangementBRAF V600EEGFR exon 19 deletionEGFR exon 20 insertionEGFR L858RFGFR2 fusion or rearrangementFGFR3 alterationHER2IDH1 R132 mutationKRAS G12CMET exon 14 skipping mutationNTRK1/2/3 gene fusionRET fusion and RET mutationROS1 fusionTumour | ||
| Labcorp OmniSeq INSIGHT | Labcorp | DNA and RNA sequencing across several hundred genes plus immune gene expression, reporting mutations, fusions, tumour mutational burden, microsatellite status and PD-L1 in one report. | ||
| Myriad myChoice CDx | Myriad Genetics | BRCA1 and BRCA2 status and a genomic instability score combining loss of heterozygosity, telomeric allelic imbalance and large-scale transitions, reported together as homologous recombination deficiency status. | ||
| NeoGenomics NeoTYPE profiles | NeoGenomics | Cancer-specific DNA and RNA panels (solid tumour, lung, myeloid and others) reporting mutations, copy number and fusions, often combined with immunohistochemistry and FISH from the same laboratory. | ||
| StrataEXP | Strata Oncology | Quantitative gene-expression measurements of drug targets and an immunotherapy response score, meant to be run alongside StrataNGS to inform choice of immunotherapy and antibody-drug conjugates. | ||
| StrataNGS | Strata Oncology | Mutations, copy number, fusions, tumour mutational burden and microsatellite status from a targeted DNA and RNA panel designed to work on very small tissue samples. | ||
| Tempus xT and xT CDx | Tempus AI | Mutations, copy number and fusions across several hundred genes from tumour tissue with a matched normal sample, plus RNA sequencing for fusions, tumour mutational burden and microsatellite status; xT CDx carries companion diagnostic claims. 1p/19q codeletionAKT1 E17K mutationALK fusionBRAF class II and class III mutationsBRAF fusion or rearrangementBRAF V600EEGFR exon 19 deletionEGFR exon 20 insertionEGFR L858RESR1 mutationFGFR2 fusion or rearrangementFGFR3 alterationGermline BRCA1/2 pathogenic variantH3 K27M mutationHER2HRD-positiveIDH1 R132 mutationIDH2 mutationKRAS G12CKRAS G12DMET amplificationMET exon 14 skipping mutationMGMT promoter methylationMSI-highNRG1 gene fusionNTRK1/2/3 gene fusionPDGFRA exon 18 mutationPIK3CA mutationPTEN alterationRAS wild-typeRET fusion and RET mutationROS1 fusionTMB-highTP53 mutation and delTumour | ||
| Guardant Reveal | Guardant Health | Presence or absence of circulating tumour DNA after surgery or during surveillance, using mutations and methylation without needing a tumour sample first, in colorectal, breast and lung cancer. | ||
| Natera Signatera | Natera | A tumour-informed residual disease result: whole exome sequencing of the tumour and normal picks 16 patient-specific variants, which are then tracked in serial blood samples and reported as detected or not detected with a level. | ||
| NeoGenomics RaDaR | NeoGenomics | A tumour-informed residual disease result: the tumour is sequenced first and a personalised panel of its variants is then tracked in blood over time. | ||
| Personalis NeXT Personal | Personalis (Tempus) | An ultra-sensitive tumour-informed residual disease measurement: whole genome sequencing of the tumour designs a panel of up to about 1,800 variants that is then tracked in blood, reported as tumour DNA level over time. | ||
| Galleri In the NHS-Galleri randomised trial (Nature Medicine, 22 September 2026) about 1 in 100 tests were positive each year, 58.0, 50.4 and 45.8 percent of positives were cancer across three rounds, and the primary endpoint of fewer stage III/IV diagnoses was not met. | GRAIL | Cancer signal detected or not detected from cell-free DNA methylation, with a predicted cancer signal origin when a signal is found; a positive result leads to diagnostic work-up. | ||
| Guardant Shield | Guardant Health | A positive or negative result for colorectal cancer signal in cell-free DNA, for people at average risk aged 45 and over; a positive result leads to colonoscopy. |
Free routes to testing, including charity-funded sequencing programmes and the NHS directory, are on the free in oncology page. Companion diagnostic assays with FDA claims, by drug, are on the assays page.