Immune-mediated diseases result from an imbalance of inhibitory and stimulatory factors that regulate the immune system. This imbalance can lead to an array of conditions including autoimmune disease, allergy, immunoproliferative disease, and cancer. Many ocular, cardiovascular, metabolic, neurological, and musculoskeletal diseases, affecting tens of millions of patients in the United States and hundreds of millions of patients worldwide, are at least partially immune-mediated.
An estimated 7% of western society suffers from some form of immune-mediated disease, and incidence has been increasing.
Given the complexity of immune dysregulation, which involves many mediators and signaling pathways, rarely is any single therapeutic approach effective, and today most immune-mediated diseases are generally considered to be inadequately treated. As such, we believe immune-mediated diseases represent considerable unmet medical need, and that demand for novel immune-modulating therapies is high.
Our Investigational New Drug Development Pipeline
Our deep and innovative development pipeline is focused on immune-mediated ocular diseases and select systemic diseases and encompasses three distinct biological mechanisms of actions: Reactive Aldehyde Species (RASP) inhibition, Dihydrofolate Reductase (DHFR) inhibition, and Chaperome (CHP) inhibition. The immunological activity of our candidates generally leads to diminished levels of pathological inflammation via the down-regulation of immune cell activation or proliferation.