News

PharmNovo AB announces today new preclinical findings supporting the potential of PN6047 in migraine and opioid withdrawal syndrome. The findings were generated through the company's NIDA-funded collaboration with researchers at Washington University School of Medicine.

Take the opportunity to listen to Per von Mentzer, CEO, presenting PN6047 at the LSX World Europe congress in Lisbon, March 2026. Learn how PharmNovo is shaping a new approach to pain relief with the goal to prove that powerful pain treatment doesn’t have to come with the cost of addiction. Discover how the company’s lead candidate PN6047, delivers effective pain relief without activating the mu-opioid receptor and avoiding the addiction risks associated with conventional opioids. The Phase II-ready Delta Opioid Receptor Agonist (DORA) with first-in-class potential, PN6047 represents a safer, non-addictive approach targeting a neuropathic pain market that is expected to double until 2033 and reach 13 bEUR.

PharmNovo is pleased to announce that that the company has completed drug product manufacturing for its lead candidate PN6047. This is an important milestone as the company prepares for its upcoming Phase IIa proof-of-concept study in neuropathic pain.

As the company prepares for the next phase of clinical development, the new Board composition strengthens our strategic capabilities ahead of Phase II development of our lead candidate, PN6047.

We are delighted to share that Professor Amynah Pradhan has been awarded a prestigious Endowed Chair at Washington University, where she now serves as the Russell D. and Mary B. Shelden Professor of Anesthesiology.

PharmNovo AB is pleased to announce that the clinical trial application (CTA) for a Phase IIa proof of concept (PoC) study investigating the safety and efficacy of lead candidate PN6047 in patients with neuropathic pain has been approved in Spain. The full title of the study is: “Randomized Double-Blind Placebo-Controlled Cross-Over Trial of the Safety, Tolerability, and Efficacy of PN6047 HCl in Peripheral Neuropathic Pain Characterized by Mechanical Allodynia.”