Abstract
By the end of 2013, almost 122,000 organ transplant candidates in the United States remained active on the national waiting list. The current number of candidates exceeds 123,000. To address this overwhelming need, researchers have been exploring methods to supplement traditional organ donations. At the forefront of this research is regenerative medicine, the field of regenerating or replacing tissue and organ function by studying the body’s own healing mechanisms. Regenerative medicine is quickly fulfilling its promise of producing vascularized, functioning organs in vitro by combining two other areas of research: the replication of cell lines in vitro and the recent adaptation of three-dimensional printing for the health care industry. Today, physicians armed with the latest generation of bioprinters and imaging equipment are creating high-resolution airway splints and personalized bone replacements for human use. These techniques have even achieved success with more complicated structures, including human kidneys and livers.
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