Stem Cell and Tissue Engineering

Program Summary

It is the utilization of cytology, bioengineering, biomaterials, and biochemistry to replace or treat the functions of a particular bio tissue.

Textile engineering: includes the science of genetic engineering; Genetic vaccine manufacture and gene therapy science is a controversial technology in tissue engineering. Genetic engineering is the formation of genetically modified organisms.

But this technique comes with a weaker organism than the one from which the first cell was taken, which is the most useful use of this science in the possibility of implanting new organs in the place of damaged or defective organs (such as the bladder and blood vessels, and perhaps the heart, liver, pancreas and other organs).

This technique is based on the transplantation of undifferentiated embryonic cells known as genetic stem cells.

Where these stem cells are grown on a networked template with the relevant organ shape, and (wires) this mold consists of a degradable, degradable material.

Embryonic stem cells are placed on the outer and inner mold surfaces in the eyes of the network and embrace the organ concerned.

As for the embryonic stem cells, they are taken where the fetus is in its second week, and before the cells start to contrast, they are still not writing on any direction, and they can be directed in any desired differential path and enter them into the composition of the culture medium, because the DNA plexus in these cells The naive did not have a specific pattern.

In spite of the benefits that textile engineering brings in where diseased organs can be made, this may be at the expense of fetal trafficking in the future.