P r o d u c t R a t i o n a l e S u r g i c a l T e c h n i q u e - Biomet
P r o d u c t R a t i o n a l e S u r g i c a l T e c h n i q u e - Biomet
P r o d u c t R a t i o n a l e S u r g i c a l T e c h n i q u e - Biomet
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The Nancy and ECMES Nails Philosophy<br />
Elastic Stable Intramedullary Nailing (ESIN) is an established philosophy for treatment of long bone<br />
fractures in children. Pioneered at the Hopital des Enfants in Nancy, France, ESIN relies on the<br />
flexibility of Titanium to provide a stable reduction and dynamisation of long bone fractures in<br />
children. ESIN uses Two Small Diameter Titanium Nails which are pre-bent and inserted in<br />
either a retrograde or antegrade fashion into the fractured bone.<br />
M/L Stability (Figure 1)<br />
The Bend in the nails causes the nails to act as springs which<br />
stabilise the two bone fragments in the medio-lateral plane.<br />
Axial and Rotational Stability (Figure 2)<br />
Figure 1<br />
The Sharp Flattened Extremities penetrate the distal or proximal<br />
cancellous bone to provide both axial and rotational stability to the<br />
bone fragments.<br />
Figure 2<br />
Minimally Invasive Approach (Figure 3)<br />
The Small Diameter of the nails (maximum 4 mm) allows for a<br />
minimally invasive approach (2 cm incision).<br />
Figure 3<br />
Continuous Dynamisation (Figure 4)<br />
Titanium provides flexibility to the nails, thus allowing continuous<br />
dynamic loading of the fracture site.<br />
The Results<br />
These design and biomechanical factors combine to benefit the<br />
child by enabling:<br />
• Early Weight Bearing<br />
• Rapid Return to Normal Activities<br />
Figure 4<br />
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