Ovaprene
Description: A non-hormonal intravaginal contraceptive ring, which is one-size-fits-all, made from silicone, serves as a barrier, and is designed to continuously release spermiostatic and spermicidal non-drug agents over a four-week period.
Product Details
Delivery Method: ,
Duration: 4 weeks
Regimen:
Inactive material: silicone
Status Details
Status Details: - Phase II trial was reported completed in 2010. A Phase 1 safety-and-tolerability study concluded that "the Ovaprene device is well-tolerated and acceptable to sexually active women and their partners."
- Daré began a postcoital clinical trial of Ovaprene® in 2018 (https://clinicaltrials.gov/ct2/show/NCT03598088).
- Phase II trial was reported completed in 2010. A Phase 1 safety-and-tolerability study concluded that "the Ovaprene device is well-tolerated and acceptable to sexually active women and their partners."
- Daré began a postcoital clinical trial of Ovaprene® in 2018 (https://clinicaltrials.gov/ct2/show/NCT03598088).
Additional Information
References: Daré Bioscience website: https://www.darebioscience.com/pipeline
Del Priore G, et al. (2009) A pilot safety and tolerability study of a nonhormonal vaginal contraceptive ring. J Reprod Med. 54(11-12):685-90.
Vaughn MA, et al. (2014) Effects of Ascorbic Acid on Available Ferrous Iron from the Non-Hormonal Contraceptive Ovaprene® Ring. Abstract. Society for Biomaterials.
Vaughn MA, et al. (2014) Effects of Ascorbic Acid on Available Ferrous Iron from the Non-Hormonal Contraceptive Ovaprene® Ring. Abstract. Society for Biomaterials.
Press Release: http://ir.darebioscience.com/news-releases/news-release-details/dare-bio...
Daré Bioscience website: https://www.darebioscience.com/pipeline
Del Priore G, et al. (2009) A pilot safety and tolerability study of a nonhormonal vaginal contraceptive ring. J Reprod Med. 54(11-12):685-90.
Vaughn MA, et al. (2014) Effects of Ascorbic Acid on Available Ferrous Iron from the Non-Hormonal Contraceptive Ovaprene® Ring. Abstract. Society for Biomaterials.
Vaughn MA, et al. (2014) Effects of Ascorbic Acid on Available Ferrous Iron from the Non-Hormonal Contraceptive Ovaprene® Ring. Abstract. Society for Biomaterials.
Press Release: http://ir.darebioscience.com/news-releases/news-release-details/dare-bio...