U.S. stock insider trading | ProMIS Neurosciences disclosed one company insider transaction on March 6, including transaction details

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On March 6, 2026, ProMIS Neurosciences (PMN) disclosed one instance of company insider trading activity. On March 5, 2026, Director Williams Eugene bought 2,000 shares.

【Recent Insider Trading】

Disclosure Date Position Name Trading Date Buy/Sell Quantity Price per Share/USD Total Amount/USD
March 6, 2026 Director Williams Eugene March 5, 2026 Buy 2,000 24.40 48.8k
March 4, 2026 Director Williams Eugene March 3, 2026 Buy 1,000 21.89 21.9k
March 4, 2026 Director Williams Eugene March 2, 2026 Buy 1,000 22.53 22.5k
March 4, 2026 Director Williams Eugene March 4, 2026 Buy 2,000 24.00 48.0k
February 23, 2026 Executive Kaplan Johanne February 19, 2026 Buy 1,629 15.35 25.0k
February 5, 2026 Shareholder holding more than 10% ABG Management Ltd. February 3, 2026 Buy 700,700 12.13 8,500.00k
February 5, 2026 Director Warma Neil K February 3, 2026 Buy 6,183 12.13 75.0k
February 5, 2026 Shareholder Milbury Max A. February 3, 2026 Buy 6,595 12.13 80.0k
February 5, 2026 Director Cashman Neil February 3, 2026 Buy 4,122 12.13 50.0k
February 5, 2026 Director Kirwin Patrick D. February 3, 2026 Buy 3,050 12.13 37.0k

【Company Profile】

ProMIS Neurosciences Inc. was incorporated on January 23, 2004, under the Canada Business Corporations Act, and is located at 1920 Yonge Street, Central Toronto, Ontario. The company is applying its patented technology platform to build combinations of antibody therapies, therapeutic vaccines, and other antibody-based treatment approaches for neurodegenerative diseases and other misfolded protein disorders (including Alzheimer’s disease, multiple system atrophy, and amyotrophic lateral sclerosis). The company also plans to study other synucleinopathies, including Parkinson’s disease and Lewy body dementia, frontotemporal dementia, progressive supranuclear palsy, corticobasal degeneration, and schizophrenia. These diseases share a common biological cause—misfolded proteins, which would otherwise perform normal functions, become toxic, and kill neurons, thereby leading to disease. ProMIS’s technology platform is an example of advances in drug discovery achieved through computational power, computer-aided discovery, and artificial intelligence.

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