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1-7 of 7
Keywords: Tissue engineering
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Journal Articles
Urethral Reconstruction with Small Intestinal Submucosa Seeded with Oral Keratinocytes and TIMP-1 siRNA Transfected Fibroblasts in a Rabbit Model
Available to Purchase
Journal:
Urologia Internationalis
Urol Int (2016) 96 (2): 223–230.
Published Online: 17 October 2015
... muscle content and microvessel density among three groups revealed a significant increase (p < 0.05). Conclusions: TIMP-1 siRNA transfected FB could be used as a source of seed cell for urethral tissue engineering and could prevent the proliferation of urethral scar tissue. [email protected]...
Journal Articles
Development of a Bioreactor to Culture Tissue Engineered Ureters Based on the Application of Tubular OPTIMAIX 3D Scaffolds
Available to PurchaseSubject Area:
Further Areas
Volker Seifarth, Matthias Gossmann, Heinz Peter Janke, Joachim O. Grosse, Christoph Becker, Ingo Heschel, Gerhard M. Artmann, Aysegül Temiz Artmann
Journal:
Urologia Internationalis
Urol Int (2015) 95 (1): 106–113.
Published Online: 29 January 2015
...Volker Seifarth; Matthias Gossmann; Heinz Peter Janke; Joachim O. Grosse; Christoph Becker; Ingo Heschel; Gerhard M. Artmann; Aysegül Temiz Artmann Regenerative medicine, tissue engineering and biomedical research give hope to many patients who need bio-implants. Tissue engineering applications...
Journal Articles
Tubularized Urethral Replacement Using Tissue-Engineered Peritoneum-Like Tissue in a Rabbit Model
Available to PurchaseSubject Area:
Further Areas
Journal:
Urologia Internationalis
Urol Int (2012) 89 (3): 358–364.
Published Online: 11 July 2012
...Gang-Li Gu; Shu-Jie Xia; Jie Zhang; Guo-Hua Liu; Lei Yan; Zhong-Hua Xu; Ying-Jian Zhu Introduction: This study aims to investigate whether mesothelial cells could function as seed cells to construct tissue-engineered peritoneum-like tissue for urethral reconstruction in a rabbit model. Materials...
Journal Articles
Ureteral Reconstruction Using Autologous Tubular Grafts for the Management of Ureteral Strictures and Defects: An Experimental Study
Available to PurchaseSubject Area:
Further Areas
Journal:
Urologia Internationalis
Urol Int (2012) 88 (1): 60–65.
Published Online: 04 January 2012
... and the editor(s) disclaim responsibility for any injury to persons or property resulting from any ideas, methods, instructions or products referred to in the content or advertisements. 30 12 2010 8 11 2011 4 1 2012 Ureter Peritoneal cavity Mesothelial cells Tissue engineering...
Journal Articles
Preliminary Experimental Study of Tissue-Engineered Urethral Reconstruction Using Oral Keratinocytes Seeded on BAMG
Available to PurchaseSubject Area:
Further Areas
Journal:
Urologia Internationalis
Urol Int (2008) 81 (3): 290–295.
Published Online: 16 October 2008
...Chao Li; Yuemin Xu; Lujie Song; Qiang Fu; Lei Cui; Shuo Yin Introduction: This study investigates the feasibility of replacing urinary epithelial cells with oral keratinocytes seeded on a bladder acellular matrix graft (BAMG) to reconstruct a tissue-engineered urethra. Materials and Methods: After...
Journal Articles
Chitosan Scaffold Enhances Nerve Regeneration within the in vitro Reconstructed Bladder Wall: An Animal Study
Available to PurchaseSubject Area:
Further Areas
Journal:
Urologia Internationalis
Urol Int (2008) 81 (3): 330–334.
Published Online: 16 October 2008
... as (++) and (+), while PGA grafts were evaluated as (++) and (+) in neuron-specific enolase staining. The control group was evaluated as (+). Conclusion: Chitosan improved PGA’s abilities as a cell matrix and in guiding neurons into the graft. Bladder reconstruction Tissue engineering Polyglycolic acid Chitosan...
Journal Articles
Different Types of Scaffolds for Reconstruction of the Urinary Tract by Tissue Engineering
Available to PurchaseSubject Area:
Further Areas
Journal:
Urologia Internationalis
Urol Int (2007) 78 (1): 23–29.
Published Online: 10 January 2007
...Bernhard Brehmer; Dorothea Rohrmann; Christoph Becker; Günther Rau; Gerhard Jakse Introduction: Tissue engineering is an important and expanding field in reconstructive surgery. The ideal biomaterial for urologic tissue engineering should be biodegradable and support autologous cell growth. We...