Mech uter.jpg
Location data
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Location Virginia, United States


Medical equipment data
Health topic Maternal mortality
Health classification Treatment
Project data
Made? No
Replicated? No
Export to Open Know How Manifest
Page data
Part of Global Health Medical Device Compendium
Type Medical equipment, Project
SDGs Sustainable Development Goals SDG03 Good health and well-being
SDG09 Industry
innovation and infrastructure
Authors Evashiu
Published 2013
License CC BY-SA 3.0
Language English (en)
Page views 129


Problem being addressed[edit | edit source]

Uterine atony, a loss of uterine muscle tone after cesarean birth, affects more than three million women each year. It can lead to potentially fatal postpartum hemorrhage, and treatment in low-resource clinical setting is often inadequate.

Detailed description of the solution[edit | edit source]

The Mechanical Uterine Clamp applies three different levels of compression to the uterus after a cesarean section. This device is simple to use and an inexpensive alternative to uterine massage.

Designed by[edit | edit source]

  • Designed by: This device was designed by a team of five engineering students at the University of Virginia through a course offered by Timothy Allen, an Assistant Professor of Biomedical Engineering. These students are: Kimberly Everett, Vinu Ilakkuvan, Lara Wooten, Katie Youell and Kathryn Barbante. PDF available here.
  • Manufacturer location: The University of Virginia, USA

Funding Source[edit | edit source]

This project received funds ($16,100) from the National Collegiate Inventors and Innovators Alliance in 2008. Link available here.

References[edit | edit source]

Other internally generated reports[edit | edit source]

University of Virginia School of Engineering and Applied Science. (2009, Spring). Reducing the risk of caesareans. Retrieved January 6, 2013. PDF available here.

Externally generated reports[edit | edit source]

National Collegiate Inventors and Innovators Alliance. (2008). Uterine atony device design team. Retrieved January 6, 2013. Link available here.