Tissue engineering in space.

N Conza; P Mainil-Varlet; F Rieser; J Kraemer; P Bittmann; R Huijser; L van den Bergh; A Cogoli

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PubMed · 12638606

Tissue engineering in space.

N Conza·P Mainil-Varlet·F Rieser·J Kraemer·P Bittmann·R Huijser·L van den Bergh·A Cogoli

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Abstract

The purpose of this paper is to present the status of that part of the [Microgravity Application Program] project related to the study of cartilage formation from pig chondrocytes. The work carried out so far followed two lines: (i) chondrocytes were incubated for up to three weeks in the RPM; (ii) a module developed for in-vitro cartilage formation will be tested in a sounding rocket flight (MASER 9, November 2001).

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Animals Biotechnology Cartilage Chondrocytes Equipment Design Evaluation Studies as Topic Space Flight Swine Tissue Engineering Weightlessness Weightlessness Simulation Journal Article Research Support, Non-U.S. Gov't

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N Conza, P Mainil-Varlet, F Rieser, J Kraemer, P Bittmann, R Huijser, L van den Bergh, A Cogoli. 2001. Tissue engineering in space.. https://pubmed.ncbi.nlm.nih.gov/12638606/

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