US Stock Insider Trading | ProMIS Neurosciences Discloses 6 Insider Transactions on February 5

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On February 5, 2026, ProMIS Neurosciences (PMN) disclosed six insider trading transactions. Shareholder ABG Management Ltd., holding more than 10%, purchased 700,700 shares on February 3, 2026.

[Recent Insider Transactions]

Disclosure Date Position Name Transaction Date Buy/Sell Quantity Price per Share/USD Total Amount/USD
February 5, 2026 Executive Johanne Kaplan February 3, 2026 Buy 2,060 12.13 $25,000
February 5, 2026 Shareholder Max A. Milbury February 3, 2026 Buy 6,595 12.13 $80,000
February 5, 2026 Director Patrick D. Kirwin February 3, 2026 Buy 3,050 12.13 $37,000
February 5, 2026 Director Neil Cashman February 3, 2026 Buy 4,122 12.13 $50,000
February 5, 2026 Director Neil K. Warma February 3, 2026 Buy 6,183 12.13 $75,000
February 5, 2026 Shareholder with >10% ABG Management Ltd. February 3, 2026 Buy 700,700 12.13 $8,500,000
October 6, 2025 Shareholder Max A. Milbury October 3, 2025 Buy 30,400 0.49 $1,490
February 12, 2025 Director Neil Cashman February 10, 2025 Buy 15,000 0.97 $1,460
September 24, 2024 Director Madge K. Shafmaster September 20, 2024 Buy 60,000 1.25 $75,100
September 24, 2024 Director Madge K. Shafmaster September 24, 2024 Buy 70,000 1.30 $91,000

[Company Information]

ProMIS Neurosciences Inc. was incorporated under the Canada Business Corporations Act on January 23, 2004, and is located at 1920 Yonge Street, Toronto, Ontario. The company is leveraging its patented technology platform to develop antibody therapies, therapeutic vaccines, and other antibody-based treatment combinations for neurodegenerative diseases and other misfolded protein disorders, including Alzheimer’s disease, multiple system atrophy, and amyotrophic lateral sclerosis. The company also plans to research other synucleinopathies, such as 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 that, if functioning normally, would perform their roles but instead become toxic and kill neurons, leading to disease. ProMIS’s technology platform exemplifies advances in drug discovery through computational power, computer-aided discovery, and artificial intelligence.

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