Understanding Regenerative Medicine

Regenerative Medicine

The world of technology continues to evolve, and with it comes better ways of solving problems. Medicine has not fallen behind in using technological advancement to improve the treatments they offer. Technology has enabled medicine to provide treatment for diseases that were otherwise considered untreatable. Regenerative medicine involves the use of the healing ability of the body to stimulate faster healing, including activating the healing process in areas deemed irreparable. You may be a victim of an accident and may have suffered an amputated toe. Imagine having the medical ability to stimulate the toe to grow back? Regenerative medicine continues to advance and will soon offer solutions in areas considered medically impossible. If you live in Hudson, thyroid problems should not overwhelm you anymore, visit us and let us help you manage your condition. Regenerative medicines have specific categories where research and development are ongoing to advance the field of medicine.

Medical Devices to Grow Organs

Some people suffer from conditions that make their organs fail, thus the need for an organ transplant. The use of organs from other individuals poses the danger of rejection, and the eligibility for an organ transplant is another issue due to the scarcity of organs. Regenerative medicine has made a medical device that extracts tissue cells from the patient and uses them to grow the failing organ. When the organ fully develops, it can be transplanted to the patient and has a lower probability of rejection since the cells come from the patient. There has occurred a successful growth of a bladder from tissue cells taken from a teenage patient.

Tissue Engineering

The growth of whole organs has proved successful with the first trial showing good results. You will find that some parts of the organs in our bodies may suffer irreparable damage requiring the whole organ to be replaced. This is common for heart transplants where the aortic valve stops functioning, and a heart transplant is needed to save a patient. The replacement of the valve with that of a pig or the use of a mechanical device has low success rates with dangers of blood clotting around the valves or the inability of the aortic valve to regenerate due to chemicals used to make the heart accept the foreign valve. However, with tissue engineering, doctors can extract tissues from the erratic valves and engineer them to develop into the defective parts for replacement. The valve developed has the same tissues as the patient, and rejection by the body remains low.

Cellular Therapies

Cancer has been one of the epidemics of the modern world. The use of chemotherapy helps to kill cancer cells but also harms healthy cells. The body has to fight cancer cells and later start regenerating healthy cells. Increasing the chances of regenerating healthy cells requires the use of stem cells from another person with compatible blood cells and transferring them to a patient. However, regenerative medicine allows doctors to store stem cells from a patient that can later help to form new cells when required. Stem cells are cells that grow and multiply in the body to create the various definitive organs. Stem cells can grow to form any organ in the body; therefore, when you have an organ defect, a replacement can occur by producing a new organ from the stored stem cells.

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.