Sprout BioVentures

AmacaThera Inc. is a clinical-stage biotechnology company based in Toronto, Canada, founded in 2016. The company is focused on developing an innovative injectable hydrogel platform technology designed to enhance drug delivery and improve patient outcomes in various medical applications, particularly in post-surgical pain management, cancer treatment, and other challenging therapeutic areas. AmacaThera's technology features a unique fast-gelling material that liquefies under mechanical force, consisting of a reversible blend of hyaluronan and methylcellulose. This approach allows for localized and sustained drug delivery, potentially reducing postoperative pain and addressing other medical needs effectively.

Mebias Discovery, LLC is a pharmaceutical company focused on the discovery and development of pathway-selective drugs targeting G-protein coupled receptors (GPCRs). Founded in 2015 and headquartered in Philadelphia, Pennsylvania, the company aims to identify innovative molecules that bind to GPCRs, thereby minimizing on-target side effects traditionally associated with drug therapies. Mebias Discovery's technology emphasizes validated drug discovery methods, offering a robust platform that reduces the risks typically associated with exploring new therapeutic mechanisms. The company's research primarily targets neurodegenerative disorders, mood disorders, non-opioid pain management, cardiovascular conditions, and immuno-oncology, presenting significant opportunities for healthcare providers to address various diseases with improved therapeutic profiles.

AmacaThera Inc. is a clinical-stage biotechnology company based in Toronto, Canada, founded in 2016. The company is focused on developing an innovative injectable hydrogel platform technology designed to enhance drug delivery and improve patient outcomes in various medical applications, particularly in post-surgical pain management, cancer treatment, and other challenging therapeutic areas. AmacaThera's technology features a unique fast-gelling material that liquefies under mechanical force, consisting of a reversible blend of hyaluronan and methylcellulose. This approach allows for localized and sustained drug delivery, potentially reducing postoperative pain and addressing other medical needs effectively.