Innervations in Engineered Organs

Engineered organs are man-made organs that have been scientifically manufactured to perform functions similar to those found in natural organs. Innervations in engineered organs are the nerves that control, regulate and respond to the mechanical or chemical signals of the organ, allowing them to interact with the body's other organs. By adding innervations, the engineered organ can detect and control the environment within the body, and thus perform the same activities that an organic organ does, such as controlling hormones, glucose levels and other chemical concentrations. Innervations in engineered organs have the potential to improve the quality of life for those with organ disorders, as well as enhance the function of many medical therapies. The addition of innervations into engineered organs also has implications for regenerative medicine, as it enables organs to heal themselves more effectively. As the field of engineering advances, the applications for innervations in engineered organs are only expected to increase.