Publication date 2010 - Basic Science
Brophy RH, Cottrell J, Maher SA., Rodeo SA, Warren RF, Wright TM

Implantation of a synthetic meniscal scaffold improves joint contact mechanics in a partial meniscectomy cadaver model.

Six sheep cadaver knees were mounted in a load‐controlled knee‐joint simulator. A pressure‐sensor sheet, secured to the tibial plateau, dynamically recorded pressure data over 10 gait cycles for the following conditions: (i) intact, (ii) partial meniscectomy, (iii) implanted scaffold, and (iv) total meniscectomy. Implantation of the scaffold increased the contact area and decreased the contact pressures compared to the meniscal defect knee. No significant difference was found between the average and peak contact pressures of the intact knees and scaffold‐implanted knees; however, contact area was significantly lower for the scaffold‐implanted knees compared to intact knees. Our hypothesis was accepted; replacement with a polyurethane scaffold improved knee‐contact mechanics relative to a partially meniscectomized knee. On the basis of these findings, the scaffold will be evaluated for its chondroprotective capacity in an in vivo ovine model.

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2021 - Clinical Study

A comparison between Polyurethane and Collagen Meniscal Scaffold for Partial Meniscal Defects: Similar positive clinical results at a mean of 10-Years of Follow-up.

Filardo G, Grassi A, Lucidi GA, Poggi A, Reale D, Zaffagnini S
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2003 - Basic Science

A porous polymer scaffold for meniscal lesion repair–a study in dogs.

Buma P, de Groot JH, Heijkants RG, Pennings AJ., Tienen TG, Veth RP
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