Global Health Medical Device Compendium/Inject and Forget Contraceptive Drug Delivery Device

| Health topic | Maternal mortality |
|---|---|
| Classification | Preventative |
| Manufacturer location |
Perth, Australia |
Women in developing nations often do not have access to contraceptives, and in the case that they do, may find it difficult to adhere to tedious guidelines on a regular basis. Essentially, there is a need for easy-to-use, cost-effective contraceptives that do not require regular maintenance or effort.
Detailed description of the solution
[edit | edit source]This innovative drug delivery system is a subcutaneous biosynthetic bone-like material made of calcium minerals that, once implanted, can deliver contraceptives at regular intervals in a sustained manner for several months.
Designed by
[edit | edit source]- Designed by: This device is currently being developed by Gérrard Poinern of Murdoch University in Australia.
- Manufacturer location: Murdoch University in Perth, Australia
When and where it was tested/implemented
[edit | edit source]A research group is currently developing the technology to be feasible, and if successful, will collaborate with a drug company to begin human trials.
Funding Source
[edit | edit source]This device received funding from the Grand Challenges Exploration Grant from the Bill & Melinda Gates Foundation.
References
[edit | edit source]Other internally generated reports
[edit | edit source]Murdoch receives $100,000 to develop a contraceptive for third world. (2010, November 10). Murdoch University. Retrieved February 5, 2013. Link available here.
Externally generated reports
[edit | edit source]Grand Challenges Explorations: Round 5 Winners Highlights. (n.d.). Bill & Melinda Gates Foundation. Retrieved February 5, 2013. Link available here.
| Authors | Lonny Grafman, Chris Waterguy, Emilio, Kathleen Sienko, Amir Sabet Sarvestani |
|---|---|
| License | CC-BY-SA-3.0 |
| Cite as | Evashiu (2013–2026). "Global Health Medical Device Compendium/Inject and Forget Contraceptive Drug Delivery Device". Appropedia. Retrieved September 10, 2026. |