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Taylor Technology is a Princeton, NJ-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Entasis Therapeutics is developing a portfolio of innovative cures for serious drug-resistant bacterial infections, a global health crisis affecting the lives of millions of patients. Our deep pipeline of novel clinical and preclinical antibacterial programs is designed to revolutionize the way physicians treat serious bacterial diseases.
Genome Sciences Centre is a Vancouver, BC-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Syntimmune approaches areas of high unmet medical need in a unique way. Instead of searching for novel, unproven disease biology, Syntimmune focuses on areas of science that are well understood and extensively researched. We seek new treatments that build on these areas of scientific consensus and broad applicability. In the case of our lead drug candidate, SYNT001, both the cellular pathway and the specific molecular target have been studied extensively for more than 25 years, spearheaded by the groundbreaking research of the scientific team behind Syntimmune. Building on proven areas of science enables Syntimmune to advance its drug candidates swiftly and predictably. The result is a significantly derisked approach to new drug development. More importantly, we believe our approach speeds approval of medicines for patients in areas where existing treatments involve inconvenience, dangerous side effects, or poor efficacy. In an industry that often places a premium on novelty, Syntimmune understands that creating real value comes from helping patients who are suffering with diseases for which current treatments are inadequate or nonexistent.
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.