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Porous Polymeric Bioresorbable Scaffolds for Tissue Engineering

Part of the Springer Theses Book Series

DOI: 10.1007/978-3-642-19272-2

ISBN: 978-3-642-19271-5

Publisher: Springer Berlin Heidelberg - Springer Journals

Apr 8, 2011

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Chapter 1Introduction

Gualandi, Chiara

Pages: 1 –30

[Since its origin, regenerative medicine has rapidly grown and has attracted the interest of many scientists and surgeons throughout the world. Nowadays regenerative medicine encompasses different strategies for the creation of new tissue including the use of cloning, of isolated cells, of...
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Chapter 2Materials and Methods

Gualandi, Chiara

Pages: 31 –41

[Electrokinetic analyses were performed with a SurPASS electrokinetic analyzer (Anton Paar, Österreich, Austria) equipped with a cylindrical glass cell. ES samples pre-wetted in EtOH and thoroughly rinsed with deionized water were analysed. The wet sample was inserted into the cylindrical cell....
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Chapter 3Results and Discussion

Gualandi, Chiara

Pages: 43 –118

[The first two sections illustrate scaffold fabrication technologies employed in the present research (i.e. scCO2 foaming and electrospinning) and describe porous scaffold production and characterization. Experiments of scCO2 foaming were carried out at the Inorganic and Material Chemistry...
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Chapter 4Conclusions

Gualandi, Chiara

Pages: 119 –121

[Tissue engineering (TE) is a rapidly growing discipline which integrates the basic principles of biology, engineering and material science with the aim to repair or regenerate damaged tissues. To this scope, a cell-construct is engineered in vitro by using a porous 3D material as cell culture...

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