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Orthopaedic Proceedings
Vol. 96-B, Issue SUPP_11 | Pages 324 - 324
1 Jul 2014
Marmotti A Mattia S Bonasia DE Bruzzone M Terrando S Tarella C Ponzo E Blonna D Castoldi F Peretti GM Rossi R
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Summary Statement

Hypoxia enhances chondrocyte phenotype of cells migrating from cartilage fragments, thus supporting the use of chondral fragment as a potential cell source for one-stage cartilage repair

Introduction

Minced cartilage fragments are a viable cell source for one stage cartilage repair, as shown in both in preclinical and clinical studies. However, the joint microenvironment, in which the repair process takes place, is hypoxic and no evidences are present in literature regarding the behaviour of cartilage fragments in a hypoxic environment. Aim of the study is to verify if hypoxia could influence chondrocyte outgrowth from cartilage fragments into a Hyaluronic-Acid/fibrin scaffold and evaluate its effects on migrating chondrocyte behaviour, compared to normoxic condition. This could be significant in the perspective of a wide clinical application of human chondral fragments for single stage repair.