Semen Stimulating Additive for Artificial Insemination
University of Missouri System: University of Missouri-Columbia
posted on 06/17/2011
MU inventors have developed a semen stimulating additive which improves artificial insemination fertization rates in both humans and animals. This technology is simple and inexpensive which makes it ideal for potential commercial application
Artificial insemination is a technology that has aided both human and animal reproduction. However, artificial insemination does not always result in pregnancy whether human or animal. In the food animal production industry, an animal that does not conceive after artificial insemination results in inefficiencies and potential economic loss for the producer. In humans, the emotional toll and financial costs for couples being unsuccessful in conceiving can be substantial. Both the human and animal assisted reproductive industries are billion dollar entities and inventions that improve fertilization rates are highly sought after.
The current invention developed by researchers at University of Missouri is a simple and inexpensive additive for semen extenders and fertilization media that improves fertilization rates after artificial insemination and in vitro fertilization. In addition, mammalian oocytes fertilized in vitro in a medium with the additive have superior developmental potential, benefiting commercial embryo transfer in livestock species and infertility treatment in humans.
Suggested Uses
- Semen extender with improved sperm viability and motility
- Media increasing the pregnancy rates after in vitro fertilization
- Media for embryo transfer in farm animals
Advantages
- Inexpensive and durable
- Easy to store and ship in powder form
- All natural compound
Detailed Description
STATE OF DEVELOPMENT
Prototype delivery device ready for testing, and semen extender field trials underway
LICENSING POTENTIAL
University seeks development partner or licensee with potential to commercialize
PATENT STATUS: Patent application planned
TECHNOLOGY INNOVATORS
Peter Sutovsky, Young-Joo Yi
File Number: 11UMC015
Other Information:
TECHNOLOGY MANAGER CONTACT
Harriet F. Francis, MS, JD
Senior Licensing Associate
Email: francish@missouri.edu
Phone: 573-884-0374
This innovation currently is not available for online licensing. Please contact Harriet Francis at University of Missouri Office of Technology and Industry Relations for more information.
This innovation currently is not available for online licensing. Please contact Harriet Francis at University of Missouri System: University of Missouri-Columbia for more information.
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