Congenital disorders, cancer, trauma, infection, inflammation, iatrogenic injuries, or other
conditions of the genitourinary system can lead to organ damage or complete loss of …

Recently, scientists in the fields of regenerative medicine and tissue engineering have
applied the principles of cell transplantation, material science, and bioengineering to …

Patients suffering from a variety of urologic diseases may be treated with transplanted
tissues and organs. However, there is a shortage of donor tissues and organs, which is …

Tissue engineering refers to the techniques that are aimed at regeneration of human tissues
and organs. Two elements are necessary for these techniques: matrix and cells. Matrix is the …

Tissue engineering is a promising technique for the development of biological substitutes
that can restore, maintain, or improve tissue function. The creation of human tissue …

Techniques that are aimed at regeneration of human tissues and organs (tissue
engineering) have recently entered into clinical practice. Tissue engineering is currently …

Many congenital and acquired anomalies affect the genitourinary tract, necessitating
surgical intervention. Among these are bladder exstrophy, hypospadias, epispadias …

Repair and reconstruction of damaged tissues and organs has been a major issue in the
medical field. Regenerative medicine and tissue engineering, as rapid evolving …

Acquired and congenital abnormalities may lead to genitourinary organ damage or loss,
requiring eventual reconstruction. Tissue engineering follows the principles of cell …

Regenerative medicine, a recently defined field, involves the diverse areas of tissue
engineering, stem cells and cloning, towards the common goals of developing biological …