Anges Québec is a network of more than 230 angel investors focused on accelerating innovation in Québec by providing capital and time to early-stage companies across sectors. The collective has invested more than 80 million in the Québec economy, making more than 210 investments in over 115 innovative companies. Through its professional development center, Anges Québec supports its members with ongoing knowledge and skills development in investment practice.
Founded in Ottawa, Ontario in 2019, Trexity is a shipping platform empowering customers with real-time tracking and on-demand delivery solutions. It connects users directly with drivers via its unique marketplace, enabling same-day shipments and last-mile logistics.
Spiderwort
Series A in 2022
Spiderwort is an innovative company based in Ottawa, Ontario, founded in 2015, focused on developing biomaterials for regenerative medicine. The company specializes in creating cellulose-based biomaterials that serve as living scaffolds, which can be utilized for various medical applications, including spinal cord injury repair and soft tissue regeneration. Spiderwort's products encompass a range of biological and synthetic polymers available in multiple forms, such as powders, gels, membranes, and pastes. Currently in the pre-clinical stage, their novel biomaterials have shown promising results in terms of biocompatibility and the ability to induce angiogenesis, which is the generation of blood vessels within the scaffold. This approach aims to advance the repair and regeneration of tissues within the human body, providing new solutions for challenging medical conditions.
Spiderwort
Seed Round in 2020
Spiderwort is an innovative company based in Ottawa, Ontario, founded in 2015, focused on developing biomaterials for regenerative medicine. The company specializes in creating cellulose-based biomaterials that serve as living scaffolds, which can be utilized for various medical applications, including spinal cord injury repair and soft tissue regeneration. Spiderwort's products encompass a range of biological and synthetic polymers available in multiple forms, such as powders, gels, membranes, and pastes. Currently in the pre-clinical stage, their novel biomaterials have shown promising results in terms of biocompatibility and the ability to induce angiogenesis, which is the generation of blood vessels within the scaffold. This approach aims to advance the repair and regeneration of tissues within the human body, providing new solutions for challenging medical conditions.
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