Guard Therapeutics (publ) today announced top-line results from the company’s Phase 2b POINTER study evaluating the investigational drug candidate RMC-035 as a kidney-protective therapy in patients undergoing open-heart surgery. The study did not meet its primary and key secondary efficacy endpoints.
“The results from the POINTER study are disappointing, given previous findings of efficacy for RMC-035 and the significant unmet medical need in preventing irreversible kidney damage after open-heart surgery,” said Tobias Agervald, CEO of Guard Therapeutics. “While the data do not support further development of RMC-035, we remain committed to fully understanding the study outcome and evaluating next steps.”
The Phase 2b POINTER study did not demonstrate a statistically significant difference between RMC-035 and placebo in the primary endpoint, change in estimated glomerular filtration rate (eGFR) from baseline to Day 90. The placebo-adjusted change in eGFR for RMC-035 at Day 90 was –2.76 mL/min/1.73 m² (90% Confidence Interval [CI]: –6.10 to 0.58; p=0.17). Similarly, the key secondary endpoint, Major Adverse Kidney Events at Day 90 (MAKE90), was not met. The common relative risk for MAKE90 was 0.89 (90% CI: 0.48 to 1.66; p=0.76).
RMC-035 was generally well tolerated, and no safety concerns were identified.
The complete data set from POINTER is expected to be available within approximately two weeks. However, the company does not anticipate that additional analyses will change the overall outcome of the study.
Guard Therapeutics will host an open web call on October 27 at 2:00 p.m. CET to discuss the study results and respond to questions.
Link to the web conference: https://www.finwire.tv/webcast/guard-therapeutics/topline-results/
Upon completion of the full data review, the company’s Board of Directors will initiate a strategic evaluation process to determine the optimal path forward for Guard Therapeutics. This review will include an assessment of the company’s remaining resources, an integrated analysis of the full RMC-035 data set and the GTX peptide technology platform, as well as potential strategic alternatives. Further communication will be provided once the process has been completed.