CentoXome® – Turning Years Into Days
It takes approx. 7 years to diagnose a patient with a rare disease. With CentoXome, we can turn those years into days – powered by our best-in-class insights based on superior technology, our extensive clinical experience, and wealth of genetic data in rare diseases.
Whole Exome Sequencing (WES) is a comprehensive genetic test that identifies changes in a patient's DNA that are causative or related to their medical concerns. By focusing on the entire protein-coding regions of the genome – the exome – WES offers you the coverage you need to diagnose patients rapidly and reliably.
Overcoming the Obstacles of Rare Disease Diagnostics with CentoXome
With more than 7,000 identified rare diseases and approximately 80% being linked to genetic causes, diagnosing rare disease patients can often be difficult – resulting in lengthy, expensive, and emotional diagnostic odysseys.1,2
With WES, this doesn’t have to be the case. Containing the majority (~85%) of known disease-causing changes, WES uncovers the cause of rare diseases in less time and at a lower overall cost – leading to better patient outcomes. With CentoXome, we’ve taken WES to the next level. Enhanced to provide unparallel clinical coverage and diagnostic power in a single test, our product design and medical interpretation utilizes the world’s largest rare disease-centric Bio/Databank containing >31 million unique variants from over 120 countries.
The Results: Diagnosing complex and unsolved patient cases – quicker and with the highest levels of certainty.
Why Choose CENTOGENE?
Distinctive product offering centered around high-quality genetic testing
Strong presence in and access to countries with a high prevalence of rare diseases
CentoCard provides easy logistics for central testing
Rare disease-centric Bio/Databank generates best-in-class medical insights
Deep expertise in rare, metabolic, and neurodegenerative diseases, as well as multiomics enables better diagnostics
Best-in-class insights from the leader & trusted partner in rare disease diagnostics – Turn Our Expertise Into Your Advantage
Superior technology from the experts in omics testing for rare diseases – Turn Your Open Questions Into Answers
Life-long support by a team dedicated to improving the lives of patients with rare diseases – Turn Our Commitment Into Your Promise
We Think It’s Time for a Change. Are you ready to turn years into days?
CentoXome's design and service delivers the ideal quality and performance from the world leader and trusted partner in rare disease diagnostics, with outstanding clinical coverage and unmatched clinical diagnostic power in a single test. Coupling insights from our extensive and unique rare disease-centric Bio/Databank with superior omics technology, patients and physicians benefit from a unique approach that increases diagnostic yield by up to 20% compared to routine WES3-8 via enhanced coverage of the exome, full mitochondrial genome, and known clinically-associated genes and variants.
Features & Performance
|Broad and uniform exome & mitochondrial genome coverage|| |
|Enhanced coverage of clinically relevant regions|| |
|Advanced and sensitive detection of nearly all types of variants in one single test|| |
SNVs: single nucleotide variants; InDels: small insertions/deletions; CNVs: copy number variations; UPD: uniparental disomy; mtDNA: mitochondrial DNA
*UPD screening is performed using an in-house specific algorithm for the following well-known clinically relevant chromosomal regions: 6q24, 7, 11p15.5, 14q32, 15q11q13, 20q13 and 20
**CNV detection software has a sensitivity >95.0% for all homozygous/hemizygous and mitochondrial deletions, as well as heterozygous deletions/duplications and homozygous/hemizygous duplications spanning at least three consecutive exons
***Variants with low quality and/or unclear zygosity are confirmed by orthogonal methods (i.e., SNVs and InDels by Sanger sequencing; CNVs by Multiplex ligation-dependent probe amplification, MLPA; quantitative polymerase chain reaction, qPCR; or chromosomal microarray, CMA)
We recommend WES for complex and undiagnosed cases with suspicion of genetic causes.
WES is conventionally recommended when patients present complex, heterogeneous phenotypes that are suggestive of multiple conditions or are otherwise unclear or atypical. WES may also be recommended when a prior genetic test was unsuccessful. The latest clinical evidence also supports WES as a first-line test when a patient’s symptoms or family history suggests a genetic cause of the diseases. This is especially true for neurodevelopmental disorders, including intellectual disability, global developmental delay, and autism spectrum disorder due to the high diagnostic yield.9,10 The ACMG (American College of Medical Genetics and Genomics) recommends the use of exome/genome sequencing as first-tier test for children with intellectual disability, developmental delay, or multiple congenital anomalies.11 The test results from WES may also lead to more rapid diagnoses, improved prevention of symptomatic illness, more targeted treatments or even end the need for some costly or invasive procedures.9,11–13
We particularly recommend CentoXome for patients when:
- Symptoms are very broad, complex, or unspecific, not pointing towards specific disease or typical phenotype
e.g., patients with developmental delay, intellectual disability, autism spectrum disorder, epilepsy
- Suspicion of chromosomal imbalances, microdeletion, or microduplication syndromes
e.g., children with global development delay, and/or multiple congenital anomalies, DiGeorge syndrome
- Clinical suspicion of mitochondrial disease
e.g., patients with muscular weakness, cardiomyopathy, visual problems
- A severe presentation in the neonatal or childhood period
e.g., neonate babies and infants critically ill in Neonatal and Pediatric Intensive Care Units (NICU and PICU, respectively)
- Prior genetic testing did not provide a conclusive diagnosis
e.g., patient with neurodevelopmental delay, with similarly affected siblings, and negative testing with microarrays
- Need a cost-conscious alternative to Whole Genome Sequencing (WGS)
CentoXome can help you tackle challenging and undiagnosed patient cases across all stages of life and covers a broad spectrum of disorders encompassing >7,000 rare diseases
We offer flexible testing options and additional services to provide a CentoXome analysis tailored to patients’ needs, such as for ongoing pregnancies with fetal abnormalities to establish a prenatal diagnostis and expedited WES for critically ill patients that need rapid and precise genetic diagnosis.
Committed to improving the lives of patients with rare diseases, CentoXome is paired with life-long diagnostic support via a free-of-charge and proactive reclassification program, as well as an affordable case-level reanalysis in case of uncertain or negative results. WES diagnostic yield is continuously increasing due to the rapid rate of new gene-disease discoveries, and it is estimated that about 10–20% of undiagnosed patients can be diagnosed by reclassification and genomic data reanalysis.14
Options & Additional Services
|Turnaround time||Regular||≤30 business days|
|Fast||≤15 business days|
|Testing design||Solo, Duo, Trio, and Trio Plus|
|Prenatal testing*|| |
|Genome wide analysis of structural variants|| |
|Raw data|| |
|Life-long diagnostic support|| |
Solo: only the affected index patient is tested; Duo: index patient and affected or unaffected family member are tested; Trio: index patient and two family members, affected or unaffected are tested; PLUS: additional family member beyond Trio is tested;
*More details at Prenatal Testing
**More details at Variant Reclassification Program
When choosing our WES, physicians, patients, and partners can feel confident that they will receive high-quality sequencing combined with best data analysis and interpretation, documented in comprehensive medical reports. By combining deep phenotype data with genotype data using our advanced bioinformatics pipeline and artificial intelligence (AI), we accurately identify and prioritize disease-causing variants to deliver best-in-class clinical interpretation and reporting.
CentoXome always includes medical reporting based on our clinical interpretation expertise, best-in-class curated variant data from our Bio/Databank, and international best-practice guidelines. A team of highly trained clinical geneticists and scientists interpret the data and cross-check every medical report. All historical high-quality classifications are curated and codified in our rare-disease centric Bio/Databank, which is a reference for diagnostic decisions and classifications. This data repository covers a wide range of ethnicities, unique variant data, and multiomic data from more than 120 countries.
Test reports always contain clear actionable clinical results, recommendations, and follow-up options. They are phenotype-driven and focused on reporting findings related to the patient’s clinical presentation/patient’s indications.
Integrated genomic and biochemical testing facilitates the decision on the pathogenicity of clinical variants leading to higher diagnostic yield
Biochemical testing allows for orthogonal confirmation of disease – accelerating the path to a diagnosis by avoiding stepwise testing
Multiomics provides a complete clinical picture – enabling the assessment of disease severity and thus accelerating personalized treatments
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CentoXome – Case Study
Case study: Diagnosis of primary coenzyme Q10 deficiency-4
CentoXome MOx Trio – Index, Positive Secondary and Additional Findings
CARRIER STATUS CONFIRMED – Likely pathogenic variant identified
1RARE Facts - Global Genes; 2NIH Genetics and Rare Disease (GARD); 3Clark et al. 2018, PMID: 30002876; 4Gross et al. 2018, PMID: 30293986; 5Wagner et al. 2019, PMID: 31059585; 6Schon et al. 2020, PMID: 3267494; 7Cheema et al. 2020, PMID: 3308301; 8Trujillano et al. 2017, PMID: 27848944; 9Stark et al. 2016, PMID: 26938784; 10Srivastava et al. 2019, PMID: 31182824; 11Smith. et al.2019, PMID: 29760485; 12Vissers et al. 2017, PMID: 28333917; 13Liu et al. 2019, PMID: 31216405; 14Miller et al. 2021, PMID: 34012069; 15Richards et al. 2015, PMID: 25741868; 16Clinical Genome Resource. www.clinicalgenome.org [15/02/2022]; 17Matthijs et al. 2026, PMID: 26508566