1. Assessment of the mechanical properties of nano-cellulose constructs designed for auricular cartilage engineering

Nimersken, L., Martinez, H., Gatenholm, Paul, Müller, R. und Stok, K.S. (2012)

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2. Bacterial nano-cellulose is a promising mechanically tuneable biomaterial for regenerative tissue engineering of the outer ear

Nimersken, L., Martinez, H., Pleumeekers, MM., Feldmann, E.M., Klein, S., Rotter, Nicole, van Osch, GJVM, Gatenholm, Paul, Müller, R. und Stok, K.S. (2012)

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3. Mechanical characterization of cell-seeded nano-cellulose scaffolds developed for auricular cartilage engineering

Nimersken, L., Martinez, H., Feldmann, E.M., Schwarz, S., Rotter, Nicole, Gatenholm, Paul, Müller, R. und Stok, K.S. (2012)

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4. Mechanical evaluation of nano-cellulose constructs designed for tissue-engineering of auricular cartilage

Nimersken, L., Martinez, H., Gatenholm, Paul, Müller, R. und Stok, K.S. (2012)

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5. Microstructural imaging for sample-specific finite element analysis in a rat osteoarthritis model

Steiner, T.H., Choo, R.J., Zulliger, M.A., Nesic, D., Müller, R. und Stok, K.S. (2012)

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6. Novel imaging approach for quantitative morphometry of nano-cellulose scaffolds

Nimersken, L., Martinez, H., Gatenholm, Paul, Müller, R. und Stok, K.S. (2012)

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7. Whole joint structure in a rat osteoarthritis model for sample-specific mechanical evaluation

Steiner, T.H., Choo, R.J., Quintin, A., Müller, R., Zulliger, M.A., Nesic, D. und Stok, K.S. (2012)

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