The full-field strain distribution, which drives the cellular morphological modifications on these EHS, is totally unexplored to date. The study developed a micro-CT in situ protocol to investigate the full-field strain distribution of electrospun scaffolds using digital volume correlation (DVC).
Alberto Sensini, G.M. (2022). A Micro-CT in Situ Protocol to Investigate the Full Field Strain Distribution in Electrospun Hierarchical Scaffolds for Tendon and Ligament Regeneration. London.
A Micro-CT in Situ Protocol to Investigate the Full Field Strain Distribution in Electrospun Hierarchical Scaffolds for Tendon and Ligament Regeneration
Nicola Sancisi;Carlo Gotti;Maria Letizia Focarete;Luca Cristofolini;Andrea Zucchelli
2022
Abstract
The full-field strain distribution, which drives the cellular morphological modifications on these EHS, is totally unexplored to date. The study developed a micro-CT in situ protocol to investigate the full-field strain distribution of electrospun scaffolds using digital volume correlation (DVC).File in questo prodotto:
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