This approach addresses a critical need in precision oncology by offering concrete evidence to guide chemotherapy drug selection, ensuring treatments are tailored to each patient.
The test evaluates the effectiveness or resistance of chemotherapy drugs through direct observation of their action on tumor cells. It personalizes treatment, minimizing trial-and-error methods, reducing toxicity risks, and avoiding ineffective drugs. Currently available for patients with solid organ tumors, DCG's high-throughput testing delivers detailed reports on standard-of-care (SoC) and off-label drugs which are critical for treatment of drug-resistant cancers.
DCG's advanced platform uses human-supervised AI to analyze high-resolution, real-time videos of tumor cells exposed to chemotherapy drugs. These time-lapse videos provide clear, verifiable evidence to support treatment decisions. "For the first time, we can see how a patient's cancer cells respond to various chemotherapy treatments before administration," said Dr. Darshana Patil, Senior Director-Global Strategy and Medical Affairs.
Chemotherapy remains a cornerstone of cancer treatment, but treatment failure due to empirical drug selection is common. The absence of molecular biomarkers for many drugs increases risks of inefficacy and adverse effects. DCG's platform bridges this gap, improving decision-making and enhancing outcomes by reducing risks associated with ineffective therapies.
About Datar Cancer Genetics:
DCG is a global oncology leader developing non-invasive technologies for cancer detection and treatment. With CAP and CLIA accredited facilities in the UK and India, DCG serves patients worldwide, advancing precision cancer care.
