The day is not far when doctors will be able to “Cure” Diabetes Patients With A Bio-Engineered Pancreas Implant
Science is always been on the lookout for more sophisticated medical treatments, unfortunately even the most forward thinking methods can have a inadequate effect on genetic conditions. That’s why it’s amazing that scientists are now at the brink of a breakthrough that could in the near future eliminate at least one common medical condition haunting humanity.
Scientists at the University of Miami’s Diabetic Research Institute have managed to bio-hack a diabetic patient’s anatomy in a unique way that she never has to administer an insulin shot ever again.
The undisclosed patient suffers from a variant of Type 1 diabetes, one that’s capable of crippling a person’s lifestyle, thanks to the strict nutritional & medication management it calls for. The researchers transplanted insulin-manufacturing islet cells into the membrane close to her abdomen in order to counter the need for synthetic insulin supplements. Now, almost one year later, the team is delighted to find the surgery is a victory, with the cells still in full working order.
The change of surgery location was also important, as it avoids technical hitches that arise when these cells are implanted, (conventionally) into the liver. The end game now is to spot a suitable position to implant a bioengineered imitation pancreas called the Bio-Hub, that could fabricate insulin to completely offset the patient’s diabetes.
The results are momentous, as the patient says her life prior to the surgery revolved around her condition. “Her quality of life was dramatically impacted,” said the study’s lead author Dr David Baidal told HealthDay. “She had to relocate and live with her parents. And, if she travelled, she had to take the trip with her father.”
If not appropriately treated, diabetes can lead to a variety of further problems, ranging from blindness to nerve damage, & even death. The test’s encouraging results then are a ray of hope to diabetes patients around the globe, who could soon be able to live regular, healthy lives. Instead of relying on a watcher & prescriptions, one simple surgery could render them similar to the next healthy individual, not having to always focus on their medical state.
“We’re looking into a way to optimise islet cell treatment to a larger population,” said Baidal. “This study gives us hope for a radically different transplant approach.”
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