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Vaxxas is a privately held biotechnology company focused on enhancing the performance of existing and next-generation vaccines with its proprietary high-density microarray patch (HD-MAP). Vaxxas is targeting initial applications in infectious disease and oncology. In addition to HD-MAP HexaPro clinical studies of a COVID-19 vaccine patch, Vaxxas is performing demonstration work in preparation for clinical evaluation under contract with the United States Biomedical Advanced Research and Development Authority (BARDA) on pandemic vaccination solutions. Vaxxas core technology was initially developed at the University of Queensland. The company was founded with the completion of an initial equity financing led by OneVentures Innovation Fund I with co-investors Brandon Capital Partners, Brandon BioCatalyst, and US-based HealthCare Ventures, followed by a further financing led by OneVentures. OneVentures Innovation Fund I and Brandon BioCatalyst are supported by the Australian Government’s Innovation Investment Fund (IIF) program. The IIF is an Australian Government venture capital initiative that provides investment capital and managerial expertise through licensed venture capital fund managers to investee companies.
Alphora Research Inc is a Mississauga, ON-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Arsanis is a leader in the discovery and development of monoclonal antibodies (mAbs) for the targeted immunotherapy of serious infections. Monoclonal antibodies have transformed the treatment of a wide range of diseases from cancer to immune system disorders. In infectious diseases, mAbs can target directly specific pathogens or their virulence mechanisms to avoid pathogenic processes in the infected individual, including resistant strains that give rise to serious infections. Unlike traditional antimicrobials that often target both pathogenic and non-pathogenic organisms in a non-specific way (e.g., broadly killing all Gram-positive bacteria), Arsanis` monoclonal antibodies selectively focus on specific pathogens and pathogenic processes. These targeted immunotherapies address critical infections while minimizing the collateral damage from antimicrobial overuse, resistance, and microbiome disruption. We believe that the ability to selectively and safely target causative pathogens provides a new way of preventing and treating infections in high-risk patients, and can generate both clinical and health economic benefits to patients and providers, ushering in a new era in infection prevention and management.
Exicure is developing a new class of immunomodulatory and gene silencing drugs against validated targets. Our 3-dimensional, spherical nucleic acid (SNA™) architecture unlocks the potential of nucleic acid therapeutics in multiple organs. Our lead programs address diseases from inflammatory disorders to oncology. SNA constructs overcome one of the most difficult obstacles to nucleic acid therapeutics: safe and effective delivery into cells and tissues. SNA constructs exhibit unparalleled transfection efficiency into numerous cell and tissue types including the skin without carriers or transfection agents. Moreover, SNAs can be used as potent immunotherapeutic agents for the treatment of cancer or infectious disease.
Connect Biopharma (Nasdaq: CNTB) is a global clinical-stage biopharmaceutical company dedicated to improving the lives of patients with chronic inflammatory diseases through the development of therapies derived from T cell-driven research. With operations and expertise in China, the United States and Australia and clinical development activities in those geographies as well as Europe, Connect Biopharma is building a rich pipeline of internally designed, wholly owned small molecules and antibodies targeting several aspects of T cell biology. Our core expertise is in the use of functional cellular assays with T cells to screen and discover potent drug candidates against immune targets. Our two most advanced clinical-stage programs include highly differentiated product candidates against validated targets.