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NRAS is a member of the RAS family of genes that include KRAS and HRAS. A normal NRAS gene teams up with a group of proteins as an “on/off” switch to monitor cell growth.
An abnormal mutation in the NRAS gene happens early in the development of cancer. This abnormality is known as a driver mutation because it causes the switch to be locked in the “on” position and drives uncontrolled cell growth, leading a tumor to form.


Patients with stage IV (metastatic) colorectal cancer should be tested for NRAS mutations. NRAS status must be determined prior to the start of any EGFR-inhibitors as a positive NRAS mutation is a predictor of a poor response to these drugs.


Patients with NRAS-mutated colorectal cancer should receive chemotherapy (some examples are FOLFOX, CAPOX, and FOLFIRI), with or without Bevacizumab (an antibody that inhibits the growth of blood vessels and oxygen supply in the tumor).
There is currently no specific anti-NRAS therapy, but there are ongoing clinical trials with new KRAS/NRAS inhibitors.

Every treatment has the potential to cause some side effects. Some people may be more sensitive than others to a particular drug. The response to a specific treatment also depends on your other treatments (for example, radiation) and medications. Contact your doctor immediately if you are experiencing severe symptoms.

The Colorectal Cancer Alliance is urging Americans to prioritize colorectal cancer screening, as the American Cancer Society (ACS) released updated guidelines today.

For many cancer patients, the end of active treatment brings a new kind of dread. Scans every few months and anxious waits for results. A blood test is changing that experience for a growing number of patients.

When Helen was diagnosed with metastatic colorectal cancer, the biggest concern for her medical team was that her cancer had spread to her liver. One type of therapy, hepatic artery infusion, offered a path forward, but there was a catch. Nobody at her hospital had ever done it before. She'd have to be first.