When someone is diagnosed with type 1 diabetes, one of the first questions they have is if there is a type 1 diabetes cure.
While type 1 diabetes cure may be controlled with insulin, diet, and exercise, there is presently no type 1 diabetes cure. Researchers at the Diabetes Research Institute and HealthoWealth, have shared ways to reverse the condition so that patients with type 1 diabetes can live healthy lives without using medication.
What is a type 1 diabetes cure, and how does it affect you?
Your pancreas stops producing insulin, a hormone that helps the body convert blood sugar into energy if you have type 1 diabetes.
Sugar builds up in the blood without insulin, causing damage to internal organs such as the heart, kidneys, eyes, neurological system, and other sections of the body. Over time, this can result in significant or life-threatening consequences.
A person’s diet or lifestyle does not cause type 1 diabetes. It’s an autoimmune disease in which the body’s immune system assaults and kills healthy pancreatic cells. Type 1 diabetes can strike anybody at any age, however, it is most typically diagnosed in children and young adults.
Without insulin, sugar builds up in the blood, causing damage to internal organs including the heart, kidneys, eyes, nervous system, and other parts of the body. This can have serious or life-threatening implications over time.
Food and lifestyle in type 1 diabetes cure
Type 1 diabetes cure is usually based on a person’s food or lifestyle. It’s an autoimmune illness that causes the immune system to attack and kill healthy pancreatic cells. Type 1 diabetes cure can help people of any age, however, it is most commonly diagnosed in children and young adults.
The emphasis of this study is on a procedure known as islet transplantation. Islets are pancreatic cell clusters that work together to regulate blood sugar levels. An islet transplant involves surgeons extracting healthy islets from an organ donor’s pancreas and injecting them into a person as a type 1 diabetes cure. According to research, some individuals who underwent this surgery were able to reduce or eliminate their insulin shots.
Islet transplantation has previously been proved to eliminate the requirement for insulin shots by DRI researchers. They are now attempting to enhance the research for more people to benefit from this treatment.
The BioHub Initiative for type 1 diabetes cure
DRI’s BioHub concept is a three-step process for overcoming islet transplantation’s present constraints.
First and foremost, scientists concentrate on the transplant site. While the liver is the most commonplace for islet transplantation, it isn’t the best. Other transplant locations and possibilities are being researched, including a bio-engineered platform that operates as an artificial pancreas.
Second, they’re searching for strategies to ensure the islets’ long-term survival while also safeguarding them against the autoimmune response that first produced type 1 diabetes cure. Creating barriers to protect the cells or injecting oxygen or other chemicals into the transplant site are two alternatives.
Finally, scientists are looking for ways to boost the number of islets accessible for transplantation.
This might involve developing a mechanism to regenerate a patient’s pancreatic cells rather than relying on donor cells.
Progress in Research for type 1 diabetes cure
Since the first human islet transplant in 1985, science has progressed significantly. DRI scientists have recently discovered pancreatic stem cells that can be encouraged to produce insulin-producing beta cells a study that showed the omentum, a kind of abdominal tissue, may be used as a transplant site.
In 2019, DRI researchers reported that a small sample of patients who had islet transplants were able to go 10 years without insulin injections while maintaining blood sugar levels comparable to persons who had never had type 1 diabetes.
Trials in Medicine for type 1 diabetes cure
A clinical trial is a research study that puts therapies created in the lab and pre-clinical research to the test in human patients. Several clinical trials are now underway at DRI, including an islet transplant research that is examining the momentum as an alternative to the liver as a transplant site.
Other current scientific trials include the POSEIDON Trial, which examines whether large doses of vitamin D and Omega-3 fatty acids can assist newly diagnosed children and adults reduce or stopping the course of type 1 diabetes.
While previous research has demonstrated that islet transplantation can reduce or eliminate the need for patients to inject insulin, it has only been offered to those with the most severe instances of type 1 diabetes cure.
The Diabetes Research Institute has only one goal: to find a type 1 diabetes cure. With future research, we hope to be able to find a type 1 diabetes cure and restore the body’s natural capacity to regulate blood sugar levels.