Titlebook: Organ Tissue Engineering; Daniel Eberli,Sang Jin Lee,Andreas Traweger Reference work 2021 Springer Nature Switzerland AG 2021 Stem cell bi

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Heart Valve Bioengineeringlar focus on preclinical and clinical validation of TEHVs. In this context, we will also discuss in silico, in vitro, and in vivo models that can be used to manufacture TEHVs, test their functionality, and predict their remodeling before moving to preclinical and clinical settings. Finally, we addre

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Cell Sheets for Cardiac Tissue Engineeringdiac tissue containing a vascular network by in vitro perfusion culture of cell sheets stacked sequentially on a vascular bed obtained from resected tissue. Since the vascular bed was excised with its artery and vein intact, the bioengineered tissue could be transplanted by anastomosis of its vessel

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Bioengineering of Trachea and Esophagusdies in humans, repair of circumferential defects remains altogether more challenging due to difficulties with stenosis, luminal collapse, and anastomotic leak. More work is required to establish safe and standardized methods for circumferential organ transplantation in this field prior to advanceme

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Bioprinting Strategies to Engineer Functional Salivary Gland Organoidsese organoids with different 3D culture platforms and the importance of the presence of a neuronal network to make them achieve a functional status. A neuronal network that responds to parasympathetic and sympathetic neurotransmitters is crucial for testing saliva secretion arising from the epitheli

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insolence

Tissue-Engineered Approaches for Penile Reconstructiong has been started and developed. Clinical trials in penile tissue engineering will be introduced. Also, the new approaches and investigations for better physiologic reconstruction of penis in the future including stem cell applications, cell therapy and gene therapy, new scaffolds, and 3D printing

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Tissue-Engineered Teethaffolds, and growth factors/signaling molecules/cytokines – and recent findings in each. We next review the use of dental stem cells for applications in tooth regeneration, including highlights on the use of innovative and promising scaffold materials and growth factors. We discuss the significant b

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