The Use of Electrospun Scaffolds in Musculoskeletal Tissue Engineering: A Focus on Tendon | BenthamScience

The Use of Electrospun Scaffolds in Musculoskeletal Tissue Engineering: A Focus on Tendon

(E-pub Ahead of Print)

Author(s): Edward T Stace, Navraj S Nagra*, Saket Tibrewal, Wasim Khan, Andrew J Carr.

Journal Name: Current Stem Cell Research & Therapy

Abstract:

Introduction: Rotator Cuff tears affect 15% of 60 year olds and carry a significant social and financial burden. Current operative techniques and repair adjuncts are associated with unacceptably high failure rates, stimulating investigation into novel tissue engineering for regenerative medicine (TERM) approaches in the field of rotator cuff surgery. In this review we explore the most recent advances in the field of electrospinning, focussing on proposed tissue-engineered solutions in the rotator cuff niche. Methods: The MEDLINE/PubMed database was reviewed for English language papers and publication date within the last 5 years, using the search string “electrospinning AND tendon”. Results: Of 38 results, eighteen studies were included in the final analysis. Common themes identified included (1) drug/biological molecule delivery (2) using novel and biological materials in manufacture (3) increased mechanical strengths of materials, and, (4) techniques to improve the nanotopographical properties – of electrospun scaffolds. Human tissue was used in less than 15% of studies to determine cytocompatibility. Varying study designs were observed often employing differing outcome measures making direct comparisons and conclusions challenging. Conclusion: This review summarises the most current scientific knowledge in the study of TERM in the rotator cuff field and electrospinning techniques. We found that as knowledge of the pathology behind rotator cuff tears is furthered, specific molecules, mechanical properties and nanotopographical features are being incorporated into electrospun scaffolds.

Keywords: rotator cuff, electropinning, scaffolds, tissue engineering, drug delivery, mechanical properties,

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Article Details

(E-pub Ahead of Print)
DOI: 10.2174/1574888X13666180129105707
Price: $95

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