Revolution Medicines' Pancreatic Cancer Drug Doubles Survival in Phase 3 Trial, May Redefine Treatment

April 13, 2026
Revolution Medicines' Pancreatic Cancer Drug Doubles Survival in Phase 3 Trial, May Redefine Treatment
  • The article emphasizes that the data are preliminary and exclusive to STAT+, indicating subscriber access is required for the full story.

  • Revolution Medicines reported that its pancreatic cancer drug daraxonrasib nearly doubles median overall survival in a Phase 3 trial, improving from 6.7 months with chemotherapy to 13.2 months.

  • In the trial, patients on daraxonrasib averaged 13.2 months of survival versus 6.7 months on standard chemotherapy, a 6.5-month gain and a 60% reduction in the risk of death.

  • The company announced that daraxonrasib met all primary and secondary endpoints in the Phase 3 study and significantly improved survival compared with chemotherapy.

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  • The FDA rejection notes highlighted difficulty in isolating the virus treatment’s effects when used with an approved PD-1 checkpoint inhibitor, fueling ongoing debate about FDA review standards for combination therapies and accelerated approval pathways.

  • Independent experts not involved in the study described the result as very impressive and potentially meaningful in a hard-to-treat cancer.

  • The drug showed a manageable safety profile with no new safety concerns, with rash as a known, typically manageable side effect.

  • The report is an excerpt from STAT, with full details available to STAT+ subscribers.

  • Revolution Medicines characterized the results as unprecedented, noting no prior Phase 3 pancreatic cancer trial has shown an overall survival benefit greater than one year, and the CEO suggested the findings could be practice-changing and may pursue FDA approval soon via a National Priority Voucher.

  • The company plans to seek approval for second-line use and is conducting a Phase 3 trial for newly diagnosed patients, with additional trials in progress.

  • Daraxonrasib targets RAS mutations, present in about 90% of pancreatic cancers, potentially signaling a new era of RAS-targeted therapy for this disease.

Summary based on 3 sources


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