Regenerative medicine researchers are leading the way in treating all kinds of conditions and injuries. Read on for the latest developments!
Heart DiseaseDoctors are currently using bone marrow stem cells taken from the patient’s own body to treat heart disease. Hearts get injured when they suffer a heart attack, and a patch of heart muscle cells die. Left to its own devices, the heart tissue will create scar tissue which will leave it prone to more injury. Doctors are researching scaffolds and stem cells to hopefully create healthy new tissue instead!
Diabetes
Current Research:
Read more about the study that examines making islet cells from brain stem cells here.
Spinal Cord Injuries
Korean researchers have transplanted multipotent adult stem cells from umbilical cord blood to a patient suffering from a spinal cord injury and she can now walk on her own, without difficulty! The patient had not been able stand up for the last 19 years.
Parkinson’s diseaseStem cells may be used to form a neuron that secretes dopamine. These nerve cells can theoretically be transplanted into a patient where they will rewire the brain and restore the functioning that is lost through the disease.
CancerTraditionally, it has been very hard to treat brain cancer because it spreads quickly. Researchers have found that injecting neural (adult) stem cells into the brains of animals like dogs and rats can successfully treat cancerous tumors.
DeafnessUsing stem cells, scientists have regrown cochlea hair cells.
Blindness and vision impairmentResearchers have successfully transplanted retinal stem cells into damaged eyes to restore vision. Using embryonic stem cells, scientists are able to grow a thin sheet of totipotent stem cells in the laboratory. When these sheets are transplanted over the damaged retina, the stem cells stimulate renewed repair, eventually restoring vision.
ALS (Lou Gehrig’s Disease)Researchers at Johns Hopkins University used stem cells to cure rats of an ALS-like disease. The rats were injected with a virus to kill the spinal cord motor nerves related to leg movement. Their spines were then injected with stem cells, which migrated to the sites of injury. There, they regenerated the dead nerve cells and gave the rats back the ability to walk!
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