Virtuoso Epigenomic Platform

Virtuoso

Empowering Drug Development through Epigenomics

The Virtuoso epigenomic platform, by ClearNote Health, measures active disease biology from drug discovery through development, including dynamic insights into therapy response and resistance — all through a simple blood draw.


Virtuoso Epigenomics Platform: Revealing Biological Changes in Plasma

Traditional drug development processes are plagued by challenges such as high costs, limited tissue availability, and low success rates. To address these challenges, ClearNote Health introduced the Virtuoso Epigenomics Platform, a groundbreaking whole genome sequencing and 5hmC enrichment solution designed to revolutionize translational research by revealing active disease biology to empower drug discovery and development.

The Virtuoso Platform represents a paradigm shift in drug development, offering non-invasive testing, longitudinal research capabilities, and individualized patient epigenomics to reveal critical biological changes in plasma. By leveraging these capabilities, the Virtuoso Platform accelerates the pace of drug development, enhances patient safety, and transforms the future of healthcare.

 

  • Virtuoso utilizes the epigenetic marker 5hmC to deliver actionable insights into active disease biology.
  • Through this information-rich epigenetic marker, Virtuoso enables the assessment of gene activation patterns and identification of tumor-relevant molecular signatures offering disease specific insights.
  • Virtuoso uses whole genome sequencing with a proprietary 5hmC enrichment process.
  • Unlike traditional DNA methylation approaches that rely on deep sequencing over targeted panels, Virtuoso delivers an unbiased genome-wide view into active biology, accelerating research and discovery.
  • Virtuoso is a tumor-naive platform that allows detection of disease biology across cancer types and stages.
  • With unparalleled versatility the platform provides disease insights beyond tumor cells, from tumor microenvironment and immune cells, offering a holistic view into therapy response and clinical outcomes.

 

From Blood To Breakthrough

Integrated 5hmC-Profile Analysis for Enhanced Clinical Insight

ClearNote Health Biopharma

 

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Partner with the epigenomic experts to empower your oncology drug development

 

 

INNOVATE IN DRUG DISCOVERY
Leverage our unique 5hmC profiling to gain insights into disease biology with liquid biopsies and uncover new drug targets.

 

 

ENHANCE PATIENT SELECTION
Employ our precision diagnostics to ensure targeted patient enrollment in clinical trials, optimizing outcomes.

 

 

RECOGNIZE DYNAMIC THERAPY RESPONSE
Utilize our technology to identify patients most likely to benefit from new targets and to monitor for potential resistance.

 

 

PROACTIVELY MONITOR THERAPEUTIC OUTCOMES
Harness our advanced 5hmC analysis to track therapeutic efficacy and detect emergent resistance, guiding timely intervention strategies.

 

 


Virtuoso provides clinical insights for BioPharma Partners

 

CASE STUDY 1:
Drug Target Disease Biology from Plasma Profiles: PANCREATIC CANCER
– 5hmC analysis identified gene activation/deactivation downstream of KRAS activating and p53 inactivating mutations in plasma of patients with pancreatic cancer
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Ref:
Guler et al Nature Communications 2020
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CASE STUDY 2:
Non-Invasive Prediction and Monitoring of Immunotherapy Response: LUNG CANCER
– Demonstrated that anti-PD-1 response/resistance signatures, previously identified by others through tissue gene expression analysis, can be captured by 5hmC-profile analysis in plasma samples without the need for an invasive tumor biopsy.
– Observed responses early, with the first cycle of treatment.
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Ref: Guler et al JITC 2024
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CASE STUDY 3:
Prognostic Genes for mCRPC ARSI Treatment in Plasma-derived cfDNA: PROSTATE CANCER
– Marked epigenomic activation and identified cancer progression in prostate cancer-specific genes and pathways.
– Integrated whole genome 5hmC-profiling with DNA, 5hmC and transcriptome sequencing.
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Ref: Sjostrom et al Cancer Res. 2022
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