Update on the Swedish experience of cartilage surface repair

Mats Brittberg; George Bentley; Paulo Cherubino; Tim Briggs; David Wood; Anders Lindahl; Derek Willoughby; Ming Hao Zheng

Update on the Swedish experience of cartilage surface repair

Mats Brittberg, George Bentley, Paulo Cherubino, Tim Briggs, David Wood, Anders Lindahl, Derek Willoughby, Ming Hao Zheng

Surgery

Research output: Contribution to journal › Article › peer-review

Abstract

The ideal cartilage repair technology ought to be simple and fairly cheap, and it should use cellular tissue from tissue banks and, possibly, stem cells in the future. It should involve transarthroscopic delivery and injectable chondroglues. Optimum cartilage repair techniques can only be developed through teamwork between surgeons, engineers and cell biologists, such as those involved in the Swedish team that developed ACI-P.

Original language	English
Pages (from-to)	17-26
Number of pages	10
Journal	Round Table Series - Royal Society of Medicine
Issue number	77
Publication status	Published - 2003

Cite this

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abstract = "The ideal cartilage repair technology ought to be simple and fairly cheap, and it should use cellular tissue from tissue banks and, possibly, stem cells in the future. It should involve transarthroscopic delivery and injectable chondroglues. Optimum cartilage repair techniques can only be developed through teamwork between surgeons, engineers and cell biologists, such as those involved in the Swedish team that developed ACI-P.",

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AU - Willoughby, Derek

AU - Zheng, Ming Hao

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AB - The ideal cartilage repair technology ought to be simple and fairly cheap, and it should use cellular tissue from tissue banks and, possibly, stem cells in the future. It should involve transarthroscopic delivery and injectable chondroglues. Optimum cartilage repair techniques can only be developed through teamwork between surgeons, engineers and cell biologists, such as those involved in the Swedish team that developed ACI-P.

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Update on the Swedish experience of cartilage surface repair

Abstract

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