Workflow
Daré Bioscience Receives $6 Million Non-Dilutive Grant Installment; $37.8M to Date of up to $49M Commitment Supporting Smart Drug Delivery Device for Contraception; Platform has Broader Application Potential in Obesity and Metabolic Disorders

Core Insights - Daré Bioscience, Inc. has received a $6 million non-dilutive funding installment, increasing total funding to approximately $37.8 million out of a potential $49 million for the development of DARE-LARC1, a contraception-focused application of its intelligent drug delivery system [1][10] - DARE-LARC1 is a preclinical-stage long-acting reversible contraceptive utilizing a programmable drug delivery device to administer levonorgestrel, with broader applications in various chronic conditions [2][6] - The DARE-IDDS platform, originally developed at MIT, has been enhanced by Daré to improve its functionality and is capable of delivering multiple doses over extended periods without the need for recharging or surgical replacement [3][4] Funding and Development - The recent funding milestone will support the advancement of DARE-LARC1 and the development of a versatile drug delivery platform across high-value therapeutic areas [3][10] - Daré is eligible for additional non-dilutive funding of up to approximately $11.2 million, contingent on achieving specified technical milestones [10] Market Potential - The DARE-IDDS platform has potential applications beyond reproductive health, including obesity, diabetes, and other chronic conditions, which could significantly improve patient adherence and reduce healthcare costs [6][7] - The platform's features include precision dosing, extended duration of action, and remote programmability, making it suitable for various therapeutic areas [9] Strategic Partnerships - Daré is actively exploring strategic partnerships to expand the evaluation of the DARE-IDDS platform into additional therapeutic categories [2][10] - The company aims to leverage its innovative technology to address unmet needs in women's health and enhance treatment options [11]