New “Game Changing” Test can detect Early Tumor Recurrence in solid Cancers

ABC News reports that a new cutting edge blood test seeks to change the game in cancer management. Signatera, a “tumor-informed” blood test developed by Natera, can detect circulating tumor DNA in the bloodstream for certain types of cancers.

“What makes the tumor DNA different is that it has certain mutations that actually lead to the uncontrolled cell growth that became the cancer,” Solomon Moshkevich, the general manager of oncology at Natera, said in an interview with Good Morning America. “And by virtue of analyzing a sample of the tumor, from the patient, we actually know what the mutations are in that cancer and we know exactly what we’re looking for when we go analyzing the blood sample.”

The blood test works by looking at over 20,000 genes from the patient’s tumor and comparing it to normal genes. Once a unique fingerprint of that tumor is identified, a personalized blood test is created that is unique to that person’s cancer. According to Natera, the company that developed the test, Signatera works best for solid cancers such as lung, colon, bladder and breast cancer, and has proven to detect disease recurrence of some cancers at the microscopic level as much as two years earlier than a scan.

“Having that inside information, that huge heads up, can be the difference between life and death,” said Dr. Kristi Funk, a breast cancer surgeon and the medical director for Pink Lotus, a leader in breast health and cancer care. Funk said her patients have been using the test for the past six months, and it’s had a huge impact. “I’ve seen it dramatically impact the emotional response that patients have to their cancer journey,” she said. “It’s so empowering to get a negative test. But if you get a positive one, and you know that you can intervene at the earliest possible moment in time to eradicate a potential stage for recurrence, that’s also empowering. So I’m so excited to add this to the armamentarium of what we have to defeat cancer.”

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