SALTO TALARIS◊ Total Ankle Prosthesis
The SALTO TALARIS Total Ankle Prosthesis for ankle replacement is designed to relieve pain and restore function in the ankle. It’s modeled after human anatomy and designed to reproduce the natural movement of the ankle.1-5
The SALTO TALARIS system is made up of three components:
- The top component is made of metal and replaces the end of your tibia (shin bone).
- The bottom component is also made of metal and replaces the tip of the talus (ankle bone).
- Between the two metal components is a smooth plastic insert for the metal parts to glide over.
These components are implanted during a surgical procedure that usually lasts 2-3 hours. Most patients have a hospital stay of 1-3 days.
To learn more, read the section on Ankle Surgery.
What are the components made of, exactly?
The metal components are made with titanium and cobalt chrome. The middle component is made with polyethylene plastic. The materials are similar to those used in knee and hip replacements.
What else should I know about the implants?
It’s important to protect these new parts of your ankle from infection. Your surgeon will likely recommend that you take antibiotics before and after any invasive medical procedure.
Notify all of your doctors, dentists, and healthcare providers that you have an ankle replacement. Together, you and your providers can help protect your implants.
- Morris CH, Christensen JC, Ching RP, Chan F, Schuberth JM. Articular congruency of the Salto Talaris total ankle prosthesis. Foot and Ankle Surgery. 2015;21(3):206-210.
- Rush SM, Todd N. Salto Talaris Fixed-Bearing Total Ankle Replacement System. Clinics in Podiatric Medicine and Surgery. 2013;30(1):69-80.
- Cracchiolo Iii A, DeOrio JK. Design features of current total ankle replacements: Implants and instrumentation. Journal of the American Academy of Orthopaedic Surgeons. 2008;16(9):530-540.
- Choi JH, Coleman SC, Tenenbaum S, Polo FE, Brodsky JW. Prospective study of the effect on gait of a two-component total ankle replacement. Foot and Ankle International. 2013;34(11):1472-1478.
- Saito G, Sturnick D, Deland J, Ellis S, Demetracopoulos C. Influence of tibial component position on altered kinematics following total ankle arthroplasty during simulated gait. Foot and Ankle International. 2018;39(2 SUPPL):111S-112S.