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NRXBF Pushing into US Market

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By Brad Sorensen, CFA

OTC:NRXBF

READ THE FULL NRXBF RESEARCH REPORT

NurExone (OTC:NRXBF) is developing a product known as ExoPTEN that is designed to treat patients with acute spinal cord injuries, while also conducting preclinical tests for other conditions that ExoPTEN may be able to treat. On that latter point, the company recently announced some preclinical test results that have the potential to benefit thousands of patients and increase the value of NRXBF to investors.

Before we detail those results, however, we want to point out that investors in Canada appear to already be recognizing the potential that NRXBF has. NurExone just announced that it has been included in the 2025 TSX Venture 50, which is a well-thought-of annual ranking of top-performing companies on the TSX Venture Exchange. The TSX Venture 50 recognizes the top 50 performing issuers out of the 1,605 listed issuers on the TSXV, across all sectors. This recognition highlights NurExone’s strong market performance and strategic advances in the past year including 110% share price appreciation and 209% market cap growth on the exchange.

This follows other actions by NurExone to expand its presence in the United States. The company recently announced that it is forming a US-based subsidiary, known as Exo-Top Inc. Management characterizes the establishment of Exo-Top as “a key step towards an independent and scalable supply of high-quality exosomes for the company’s future nanodrug pipeline and collaboration opportunities.”

Finally, the company announced that it is going to be presenting at the International Society for Cell & Gene Therapy (ISCT) 2025 Annual Meeting (“ISCT 2025”), a major global cell and gene therapy translation conference, taking place from May 7-10, 2025 in New Orleans, Louisiana, United States. This is another chance for United States investors to hear some of the potential breakthrough treatments the company is pursuing.

For example, company management announced significant findings from an expanded study of ExoPTEN for repairing optic nerve damage. Using a rodent model of optic nerve crush to simulate damage associated with conditions such as glaucoma. Analysis of the data showed clear recovery of signal transmission in treated eyes compared to untreated controls, which showed no significant response.

According to the company, the study also showed significantly enhanced the survival of retinal ganglion cells, which are key neurons responsible for transmitting visual information to the brain.

We were also encouraged to hear comments from the lead investigator at the Goldschleger Eye Institute, part of a top hospital the company is collaborating with, when Dr. Ifat Sher said, “the results from this expanded study are extremely encouraging. ExoPTEN demonstrates potential as a treatment that restores functionality and offers neuroprotection. The study shows clear signal recovery, healthier optic nerve structures and preserved retinal ganglion cells. These results suggest that ExoPTEN could fundamentally change how we approach conditions like glaucoma and optic nerve trauma.”