Translational medical research discovers and delivers solutions that utilize the body’s natural mechanics and healing capacity; thus, improving the lives of animals and the humans that care for them.
Innovation
By contracting and cooperating with existing biotechnology firms and educational institutions, IFEPR tests and develops products backed by scientific research. The invention and design of new materials and techniques allow for improved function of the equine foot on varying surfaces and for varying athletic pursuits. These new materials allow for a decrease in the degeneration of foot tissues typically attributed to hard use.
Through study of the tissues of the equine foot, an engineering marvel, important learning can also translate to the human foot. This learning leads to the invention and design of materials for both the horse and the human.
Twenty to thirty-three percent of the human population experience foot pain, a higher incidence than knee or back pain, and eighty percent of arthritis cases are located in the toes and fingers. The translation of learned bioengineering of the equine foot results in improved knowledge and material design for the human foot. This innovative approach allows IFEPR to develop products, including prosthetic devices, to decrease pathology in the human foot.
“There is a way to do it better —find it.”
Material Design
Design
Develop products which address all three functions of the equine foot
Develop products for different aesthetic functions and environments
Develop products for different pathologic conditions
Scientifically Prove
Use Scientific method to test each design and product
Test application of new materials on horses
Assess most advantageous materials
Distribute
Proven products will be distributed by IFEPR
Proven products will be patented and sold by IFEPR to further research studies