Your ARP is about orthopedic reconstruction of the equine distal limb, which refers to a break in one or more of the bones from a horse’s knee joint to its hoof. You describe this type of fracture as one of the most devastating injuries in horses. How do you see your ARP making an impact on horses and other equine animals in the future?
Repair procedures must allow for the horse to stand almost immediately following surgery, and the current standard is locked plate fixation. It’s fairly straightforward. Plates are placed underneath the skin, and screws or wires are fastened in place to stabilize the area. While successful, the use of metal heightens the risk for infection and rejection. I’m working to come up with a repair alternative, another procedure, or a product that makes it easier for the horse to heal. The injury I’m researching is so devastating to horses, in part because their skeletal structure is built so that horses can’t redistribute weight over the other three legs without causing damage. I’d like to decrease recovery time and fatality rates following this injury.
How do you expect to present your ARP at the end of the year?
I’d like to use the standard poster board method to share my results, but I would like to have a physical product as well. My goal for my ARP is to design and produce a product which would work with the body’s natural healing process, allowing for faster recovery time and, hopefully, fewer complications. I’m in the development stage right now since it’s the beginning of the year, and I’m mapping out my research plan now. There’s a long road ahead!
How did you connect with your expert mentors?
My mom is from Alabama and she went to Auburn University, and my dad taught there for a while. My godparents have two friends who are professors at Auburn in clinical studies and I took the chance to talk with them. Dr. R. Reid Hanson corresponded with me, even though he was in Germany at the time. Dr. John Schumacher also gave me some good information. We discussed some high-profile cases, in particular Barbaro, a horse that won the Kentucky Derby, but shattered his leg in Preakness. We talked about why the surgery wasn’t successful and he recommended a book called Equine Surgery, which was very helpful. A wonderful thing about Liggett, though, is that our teachers have experienced so much. Ms. Dann knows so many people who can help me, and those in my class. They really can connect us to a multitude of resources.
What skills have you gained as a result of your ARP?
Organization and research. I’ve learned how to research something, where to look, and how to reach out to professionals in a professional manner. That will help me in college and certainly if I decide to become a researcher some day.
What have you learned about horses that surprised you?
Thoroughbreds are genetically predisposed to develop the horse version of osteoporosis, and much of this is with breeding. They have a lighter, thinner frame, like a greyhound, which is more aerodynamic, but more likely to break a bone. With thinner bones or higher porosity, the horse is lighter, but more fragile.