Regenerative Medicine is a therapeutic approach that seeks to restore organs and tissues that were negatively affected by trauma, disease or congenital issues by using latest clinical treatments that focus on the symptoms of a patient’s condition. The different approaches used to achieve these results are tissue engineering, cellular therapies, medical devices and artificial organs.
Merging these approaches, our body’s natural healing process can be enhanced or activated in the areas of the body where it is most needed. The Regenerative Medicine approach is still in its relative infancy in the medical world. This field assembles professionals from biology, engineering, robotics, genetics, computer science and medicine to uncover solutions to some of humankind’s most challenging health problems.
When injured or attacked by diseases, the human body can naturally heal and defend. What if the healing power of the body can be harnessed and then focused to help the body heal itself?
This therapeutic approach is an exciting field; its work is to make sure that the structures and functions of critically damaged tissues and organs are rejuvenated. It also ensures that permanently damaged organs get suitable solutions. Regenerative Medicine aims to discover a strategy to cure injuries and diseases that were previously thought to be untreatable.
Allograft shows no signs of aging and have a longer stability rate. This allograft therapy is ideal for those individuals who want to:
- Decrease and eliminate inflammatory and oxidative cellular processes.
- Slow down and even stop degenerative tissue damage.
- Repair and replace damaged tissue.
- Promote muscle mass preservation.
- Generate a stabilized microenvironment for normal tissue function.