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Performance of radiofrequency ablation used for metastatic spinal tumor: Numerical approach

L. Capek, P. Henys, P. Barsa, V. Dvorak,

. 2017 ; 231 (9) : 814-820. [pub] 20170509

Language English Country England, Great Britain

Document type Journal Article

Persistent link   https://www.medvik.cz/link/bmc18025037

Surgical treatment of spine metastases follows only local anatomical and biomechanical objectives. Few cases of actual solitary metastases are rather exceptional, while removal of these metastases and the primary tumor may help to eradicate the process. The aim of our subsequent numerical simulations was to find out the temperature distribution and the volume lesion in a spinal tumor. For this purpose, the parametric three-dimensional numerical model was developed. It was shown that by finite element modeling approach not only the temperature distribution but even the resulted cavity may be estimated. The numerical approach was shown as a strong tool in surgery planning.

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$a Surgical treatment of spine metastases follows only local anatomical and biomechanical objectives. Few cases of actual solitary metastases are rather exceptional, while removal of these metastases and the primary tumor may help to eradicate the process. The aim of our subsequent numerical simulations was to find out the temperature distribution and the volume lesion in a spinal tumor. For this purpose, the parametric three-dimensional numerical model was developed. It was shown that by finite element modeling approach not only the temperature distribution but even the resulted cavity may be estimated. The numerical approach was shown as a strong tool in surgery planning.
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$a Henys, Petr $u 1 Department of Textile Technologies, Technical University of Liberec, Liberec, Czech Republic.
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$a Barsa, Pavel $u 2 Department of Neurosurgery, Regional Hospital of Liberec, Liberec, Czech Republic.
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