• 作者：E. Guerado^a ; ^e ; ^{eguerado@hcs.es} ; T. Andrist^b ; J.A. Andrades^c ; ^e ; L. Santos^c ; ^e ; A. Cervá ; n^a ; G. Guerado^d ; J. Becerra^c ; ^e
• 关键词：Artrodesis ; Raquis ; Columna vertebral ; Instrumentació ; n ; Autoinjerto ; Aloinjerto ; Biomateriales ; Cé ; lulas mesenquimales ; Cé ; lulas troncales
• 刊名：Revista Espa?ola de Cirug¨ªa Ortop¨¦dica y Traumatolog¨ªa
• 出版年：2012
• 出版时间：May-June, 2012
• 年：2012
• 卷：56
• 期：3
• 页码：227-244
• 全文大小：1830 K

Spinal arthrodesis consists of a combination of a system of mechanical stabilisation of one or more vertebral segments with a biological substance that promotes osteoneogenesis, with aim of achieving the permanent fusion between areas more or less the same size of these segments.

In spinal arthrodesis, the biological support par excellence is the autograft. However, obtaining this involves a high incidence of morbidity and, in cases of arthrodesis of more than one intervertebral space, the quantity available is usually insufficient. The extraction and implantation time prolongs the surgery, increasing the exposure to and risk of bleeding and infection. For these reasons, there is a search for substances that possess the properties of the autograft, avoiding the morbidity and added surgical time required to extract the autograft.

The biomechanical-biological interaction in vertebral arthrodesis has been studied in this article.