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Decellularized Scaffolds as a Platform for Bioengineered Organs #MMPMID24480969
Tapias LF; Ott HC
Curr Opin Organ Transplant 2014[Apr]; 19 (2): 145-52 PMID24480969show ga
PURPOSE OF REVIEW: Patients suffering from end-stage organ failure requiring organ transplantation face donor organ shortage and adverse effect of chronic immunosuppression. Recent progress in the field of organ bioengineering based on decellularized organ scaffolds and patient derived cells holds great promise to address these issues. RECENT FINDINGS: Perfusion-decellularization is the most consistent method to obtain decellularized whole-organ scaffolds to serve as a platform for organ bioengineering. Important advances have occurred in organ bioengineering using decellularized scaffolds in small animal models. However, the function exhibited by bioengineered organs has been rudimentary. Pluripotent stem cells seem hold promise as the ideal regenerative cells to be used with this approach but the techniques to effectively and reliably manipulate their fate are still to be discovered. Finally, this technology needs to be scaled up to human size to be of clinical relevance. SUMMARY: The search for alternatives to allogeneic organ transplantation continues. Important milestones have been achieved in organ bioengineering with the use of decellularized scaffolds. However, many challenges remain on the way to producing an autologous, fully functional organ that can be transplanted similar to a donor organ.
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Curr+Opin+Organ+Transplant 2014 ; 19 (2): 145-52
