On 7th July 2011, the world’s first artificial organ transplant was achieved, using which artificial part of the body coated with stem cells?
Artificial organ in the Nobel Prize. As of 2017 engineering a trachea—a hollow tube lined with cells—had proved more challenging then originally thought; challenges include the difficult clinical situation of people who present as clinical candidates, who generally have been through multiple procedures already; creating an implant that can become fully developed and integrate with host while withstanding respiratory forces, as well as the rotational and longitudinal movement the trachea undergoes. It is also possible to construct and install an artificial organ to give its possessor abilities that are not naturally occurring. Research is proceeding in areas of vision, memory, and information
Artificial organ to serve as a supportive device, either allowing the liver to regenerate upon failure, or to bridge the patient's liver functions until transplant is available. It is only made possible by the fact that it uses real liver cells (hepatocytes), and even then, it is not a permanent substitute. Researchers from Japan found that a mixture of human liver precursor cells (differentiated from human induced pluripotent stem cells [iPSCs]) and two other cell types can spontaneously form three-dimensional structures dubbed “liver buds.” With some almost fully functional, artificial lungs promise to be a great success in the near future. An