Acrivon Therapeutics, Inc. has announced promising Phase 2 clinical trial data for ACR-368 in endometrial cancer patients and FDA clearance for ACR-2316 to enter Phase 1 trials. The Phase 2 data revealed a 62.5% response rate among endometrial cancer patients selected using Acrivon's OncoSignature assay. These patients remain in treatment, and the median duration of response has not yet been reached at approximately 6 months. Dosing for ACR-2316 is expected to begin in Q4 2024.
ACR-368 Efficacy in Endometrial Cancer
The Phase 2 trial results highlight the potential of ACR-368 as a targeted therapy for endometrial cancer. The OncoSignature assay is used to identify patients most likely to respond to ACR-368, demonstrating a precision medicine approach. The 62.5% response rate is clinically significant, especially considering the challenges in treating advanced endometrial cancer. The fact that responders are still in treatment and the median duration of response has not been reached suggests a durable benefit.
ACR-2316 Advancement to Phase 1
The FDA clearance of ACR-2316 for Phase 1 trials marks a crucial step in its development. This allows Acrivon to begin evaluating the safety, tolerability, and pharmacokinetics of ACR-2316 in humans. The initiation of dosing in Q4 2024 will provide initial data on the drug's potential and inform further development strategies.
Financial Stability
Acrivon Therapeutics reports a solid financial foundation, with sufficient funds to operate until the second half of 2026. This financial stability allows the company to continue its research and development programs, including the advancement of ACR-368 and ACR-2316, as well as leverage its AP3 Interactome platform for precision medicine.
AP3 Interactome Platform
Acrivon's proprietary AP3 Interactome platform continues to be a key driver of its precision medicine approach. This platform enables the identification of drug targets and the development of therapies tailored to specific patient populations, as demonstrated by the OncoSignature assay used in the ACR-368 trial.