We have relied on medicine to cure us when we are sick or wounded for several centuries. Vaccines and antibiotics are examples of significant breakthroughs that have enhanced quality of life and, in some cases, resulted in the successful eradication of infectious diseases.
Even though modern medicine has improved the human condition, we are still at the hands of disease. Malaria and HIV, for example, have no vaccines. Chronic conditions such as heart disease, Alzheimer’s disease, diabetes, and osteoporosis, while treatable, are persistent sources of pain. There is no one-size-fits-all solution for these issues. Managing the symptoms is always the best we can do.
Regenerative medicine in Bradenton, an area of study focused on the root causes of diseases, such as those being investigated now at the Institute for Stem Cell and Regenerative Medicine, may be one key to changing that (ISCRM).
What is the concept of regenerative medicine?
Regenerative medicine is a field that incorporates biology and engineering concepts to develop treatments for diseases characterized by cell depletion, tissue loss, or organ damage. Regenerative medicine aims to use natural growth and repair mechanisms like stem cells to engineer, rebuild, or replace tissue. Biopower technologies used in regenerative medicine include organoids, 3D organ printing, and tissue engineering.
What are Regenerative Medicine’s Objectives?
Harmful cell loss is at the root of many common chronic diseases. Alzheimer’s disease, for example, is characterized by the loss of brain cells, the loss of healthy heart muscle describes heart disease, and type 1 diabetes is characterized by the failure of pancreatic cells to produce insulin. The problem with cancer is that the cells develop too fast.
Regenerative medicine, according to scientists, is a means of curing illness by using the body’s innate ability to heal itself – in other words, to replace damaged cells and tissue and restore normal function. Researchers look into how to get cells in the brain, heart, pancreas, liver, kidney, eyes, ears, and muscles to develop faster.
Regenerative medicine’s ultimate aim is to change people’s everyday lives with crippling chronic conditions by creating a new wave of treatments that go beyond treating symptoms.
What is the Role of Stem Cells in Regenerative Medicine?
Researchers want to learn more about how regenerative medicine could be used to treat patients using stem cells as important instruments of exploration. ISCRM researchers are currently using stem cells to investigate how heart diseases grow, test stem cell-based treatments to repair damaged or destroyed heart tissue, and even send heart tissue into space to investigate the impact of microgravity on cardiovascular health. Many ISCRM researchers use stem cells to build organoids, which are three-dimensional organ models that enable them to study diseases and test regenerative therapies without using animals or human subjects.