Salvatore Alesci, MD, PhD
Dr Salvatore “Salvo” Alesci is the Chief Scientific Officer of Invea Therapeutics, Inc. In his role, Dr. Alesci is responsible to lead a multidisciplinary team of drug discovery, data science, translational, clinical, commercial and IP experts to initiate and progress programs from target validation to early clinical development, with the primary goal of building an innovative AI-powered derisked pipeline of drug candidates for immune-mediated inflammatory diseases (IMIDs).
Dr Alesci received his MD (cum laude) and a PhD in Experimental Endocrine and Metabolic Sciences from University of Messina, School of Medicine (Italy), where he also did his clinical training in Endocrinology. He also completed a Research Fellowship in Rheumatology, Immunology and Allergy at Georgetown University. After his post- graduate training, Dr Alesci spent almost a decade conducting cutting-edge basic and translational research on the interplay between the neuroendocrine and immune systems at the National Institutes of Health (NIH). His last appointment was Staff Scientist at the Clinical Neuroendocrinology Branch, National Institute of Mental Health.
From 2006 to 2011, Dr Alesci served in a number of Translational Medicine leadership roles at Wyeth, Pfizer and Merck covering multiple therapy areas and large and diverse drug portfolios. In 2011, Dr Alesci joined PhRMA as Vice President, Scientific & Regulatory Affairs to lead the association’s science advocacy and engagement efforts, serving as chief scientific and medical expert for input on biomedical policy issues. After his departure from PhRMA in 2015, Dr Alesci joined Takeda, where his last appointment was Head, R&D Global Patient and Scientific Affairs.
More recently, Dr Alesci has served as Chief Scientist and Strategy Officer and Chair of the Scientific Advisory Council at Beyond Celiac, the leading research-driven patient advocacy organization focused on accelerating discovery and development of treatments for Celiac disease, a disease that among others affects his daughter and son.