and contain image data from patients' X-rays and scans. This
makes it possible to create tissues with customized properties. The duration of the printing process depends
on many factors, such as the type of organ or tissue to be printed. However, it usually takes between
a few to several hours.
When organs are removed from the taiwan phone code donor, they must be immediately placed in a bioreactor,
because otherwise the cells will die. In addition, the organ must be perfused by
providing it with a fluid (usually blood or a blood substitute). In the case of organ printing, several issues
and challenges arise in order for the printed organ to function like a real human organ
in the body. Once the printed organ is implanted in the patient, it will degrade over time. Some
people may think that the tissue will then break down. Nothing could be further from the truth. The cells sense that
the bridge is giving way and they no longer have a stable foothold. They then form their own glue and bridge - as they
do in all human organisms.
What level of sophistication are we at in terms of bioprinting?
Although tissue engineering is a rapidly developing field, with the
introduction of numerous innovative technologies, the implantation of fully functional printers of
organs in the human body would represent a real revolution in the world of medicine, which unfortunately we will
probably have to wait at least a few years for. However, once society has reached this stage,
the commercialization of bioprinting should not be a problem.