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alginate cell deformation deformation diameter compression strain nucleus stress chondrocyte study 60 min period alginate concentration cartilage concentration change knight approx nucleus deformation value cell volume y diameter strains volume / biochimica unstrained ratio behaviour morphology reduction signi agarose £uence confocal nucleus morphology time points 25 min diameter ratios ¢cant x diameter strains x diameter strain guilak bader period mechanotransduction loading model unstrained state biophysica signi ¢cant y diameter bbagen biochimica 11-4-02 image 60 min nuclei relaxation 37‡ c state modulu threshold 1^8 diameter ratio orthop increase material strain rate articular cartilage recovery tissue articular property sca ¡old component appendix cell diameter ratios cell membrane cell deformation characterised sca ¡olds signi ¢cant change cell x matrix
1 Most Recent Publications
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Cell and nucleus deformation in compressed chondrocyte-alginate constructs: temporal changes and calculation of cell modulus
(Article)
Knight, M.M. Breevaart Bravenboer, J. van de Lee, D.A. Osch, G.J.V.M. van Weinans, H.H. Bader, D.L. |
2002-02-15
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