Clinical Applications

Liquid biopsies have clinical utility at many critical decision-making points within a patient’s treatment journey

Liquid Biopsies to Clinical Outcomes

Our Liquid Biopsy technology can offer a broad range of clinical applications throughout a patient’s treatment cycle.

This liquid biopsy approach has potential clinical utility at many critical decision-making points within a patient’s treatment journey, providing Oncologists with a platform for regular, non-invasive, and highly-sensitive tumor profiling.

Liquid biopsies can offer a complete picture of tumor heterogeneity and are available when a tissue biopsy is limited or unobtainable.

Analysis at Every Stage

Liquid biopsy can provide clinically actionable information to physicians at critical stages on a patient’s treatment cycle, from early detection through to personalized and dynamic adaptation of treatment plans.

Earlier Diagnosis

Non-invasive Liquid Biopsy

Non-invasive

Sensitive Analysis of the blood tested for tumor DNA

Sensitive analysis

Liquid Biopsies allow for frequent profiling

Frequent profiling

Molecular Stratification

Liquid biopsies have been shown to accurately identify mutations from circulating tumour DNA (ctDNA) in the blood (Pritchett et al. 2019; Plagnol et al. 2018). This can help the Oncologist to select an appropriate therapy according to clinical guidelines, when tissue is not available.

Graphic representation of the numbers of genes tested by tumor biopsy vs. liquid biopsy
Image displaying the genes displayed in the graphs representing Tumor vs Liquid biopsy
Graphical representation of the results of monitoring the cancer for mutations prior to and during treatment

Monitoring Treatment Response

When a patient starts a new treatment, liquid biopsy provides a novel way of reviewing the treatment’s effectiveness. In the example shown here, liquid biopsy was used to monitor the presence of mutations prior to and during treatment.

Once collected, the blood sample is centrifuged to separate the plasma containing the cell-free DNA from other components. The DNA is then extracted, amplified, and then analyzed for mutations. Being able to analyze the liquid biopsy for multiple mutations simultaneously allows the clinician to better understand the tumor profile and adapt treatment appropriately.

Detecting Disease Relapse

By monitoring ctDNA levels in the blood, it may be possible to track the dynamics of more advanced cancer and identify disease relapse ahead of other methods of detection, such as biomarkers and imaging, as well as measuring risk.

Graphical representation of mutation frequency enabling detection of disease relapse

Tumor Evolution

Liquid biopsy contains ctDNA arising from different sites in the body.

Analysis of ctDNA can detect new mutations early and potentially guide treatment with an alternate targeted therapy.

Liquid biopsies can offer a complete picture of tumor heterogeneity and are available when a tissue biopsy is limited or unobtainable.

Personalized Treatment Plan

When a patient relapses, as a result of residual disease or resistance to treatment, a liquid biopsy offers their physician an opportunity to identify changes in the tumor profile and react quickly and appropriately.

Liquid Biopsy offers physician opportunity to react quickly to tumor profile changes

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