
Inaedis develops RTAD technology for stable biologic formulations and flexible drug delivery.
inaedis.comCrawled Oct 16, 2026
The company describes a platform for multiple drug delivery routes and formulation strategies, including monoclonal antibodies above 500 mg/mL and subcutaneous injections. It says these can reduce administration time by hours and enable at-home self-administration.
The page reports that Prof. John Carpenter reviewed Inaedis’s study on rapid room-temperature aerosol dehydration versus spray drying, published in the Journal of Pharmaceutical Sciences.
Inaedis, Inc. closed a pre-seed investment from Roadrunner Venture Studios to continue developing its platform biotechnology company.
Princeton University researchers developed Rapid Room-Temperature Dehydration Technology, which was selected by the University City Science Center for further funding and development.
A joint study by Inaedis, Inc. and researchers from a pharmaceutical company found that Inaedis’s rapid room-temperature aerosol dehydration methods offered improved outcomes compared with traditional drying techniques.
Inaedis, Inc. received $150,000 in non-dilutive funding from the Catalyst Seed R&D Grant Program, a state-led initiative supporting deep biotechnology ventures in New Jersey.
Inaedis develops a scalable, cGMP-compatible platform to address formulation, manufacturing, and delivery constraints for biologics, which can be expensive, fragile, cold-chain dependent, and tied to invasive administration.
Inaedis’s scalable, cGMP-compatible RTAD technology converts liquid biologics into room-temperature-stable formulations and enables patient-centric drug administration and shelf stability.
Inaedis received a $209,565 Department of Defense SBIR Phase I contract to develop thermostable biologic formulations and vaccines.
Sep 2025 · InaedisNews article
Inaedis was selected for the Merck Digital Sciences Studio cohort. The company will develop its biologic formulation technology through the cohort.
Nov 2024 · InaedisNews article