Showing posts with label EOTTS. Show all posts
Showing posts with label EOTTS. Show all posts

Thursday, February 7, 2013

How To Diagnosis Partial TaloTarsal Displacement


Ultimately, the best way to diagnosis the presence of talotarsal displacement is through radiographic examination, which officially confirms the presence and severity of the condition.

Traditionally, most specialists will order a series of standing radiographs, that is, x-rays of the foot while the person is standing. These should be taken with the foot in its relaxed position (full weight applied) and also with the hind-foot bones in their balanced “neutral” or ideal position.

In addition, a specialist may perform further movement tests, as well as some computer-aided exams like gait pattern analysis, if deemed necessary.

All of these diagnostic methods are completely painless and non-invasive. They are safe, fast and are simple routine processes.

  • If you are a physician interested in learning more, please visit www.GraMedica.com, where you can find online training.
  • Are you a patient? Make an appointment today with a HyProCure® specialist near you! Find one on our doctor locator at www.HyProCure.com.

Thursday, October 18, 2012

Importance of Foot Alignment

The foot is the foundation to the body. The alignment of the foot is crucial for proper foot function. This lecture discusses normal and abnormal alignment and the exact cause that leads to a faulty foot structure. Learn more at www.GraMedica.com.

Thursday, September 20, 2012

HyProCure® Classified as a Type II Device: Improved Design and Function

The Journal of Foot & Ankle Surgery Article, September 2012

Extra-Osseous Stabilization Devices: A New Classification System. Visit http://www.jfas.org/article/S1067-2516(12)00242-6/abstract for the article abstract.

Clinical Significance & Conclusions
  • The partial/recurrent dislocation of the talus on the tarsal mechanism is a triplane deformity. Displacement on any one of the four articular facets of the TTM leads to displacement at the other facets.
  • The ideal method to stabilize the TTM is exactly at the axis of triplanar talotarsal motion. In the TTM, this is referred to as the “cruciate pivot point” and is generally located at the entrance of the canalis tarsi along the longitudinal talar bisection line.
  • It has been acknowledged that a device that better matches the anatomical shape of the tarsal sinus and follows its natural orientation would allow for better biomechanical functioning.
  • Only Type II devices meet the ideal parameters, which has an impact on their improved success rates.
  • This improved design and function may also contribute to the success of Type II devices in decreasing the effects of or even eliminating secondary pathologies.