| Name | Title | Contact Details |
|---|
We operate with a “No Analog” mindset—continually pushing boundaries, navigating new terrain and unleashing fresh thinking. We are committed to seeking better outcomes which compels us to ask questions that have not been asked before or remain unresolved. We are driven by a desire to create meaningful impact across business, health and society to ease the burden on people living with chronic diseases. Intarcia is a rapidly emerging biotech company dedicated to redesigning the treatment, prevention and experience of chronic disease. Our cross-disciplinary teams include forward-thinking scientists and entrepreneurs collaborating in a fast-paced environment redefining the future of medicine.
Axsome Therapeutics is a biopharmaceutical company developing novel therapies for the treatment of CNS disorders. Axsome has a balanced portfolio of clinical development stage as well as research stage product candidates. The company is based in New York City.
ContraFect is a biotechnology company focused on discovering and developing therapeutic protein and antibody products for life-threatening, drug-resistant infectious diseases, particularly those treated in hospital settings. Due to drug-resistant and newly emerging pathogens, hospital acquired infections are currently the fourth leading cause of death in the United States, following heart disease, cancer and stroke. We intend to address drug-resistant infections using our therapeutic product candidates from our lysin and monoclonal antibody platforms to target conserved regions of either bacteria or viruses (regions that are not prone to mutation). ContraFect's initial product candidates include new agents to treat antibiotic-resistant infections such as MRSA (drug-resistant staphylococcus bacteria) and influenza.
Benitec is a biotechnology company developing a proprietary therapeutic technology platform that combines RNA interference (RNAi) with gene therapy with a goal of providing sustained, long-lasting silencing of disease-causing genes from a single administration.