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Type 1 Diabetes

Type 1 Diabetes Treatment and Research: Type 1 diabetes is an autoimmune disorder that destroys pancreatic beta cells. Once called juvenile diabetes, Type 1 is diagnosed most often in children, but can be expressed in adults as well. Incidence is highest among non-hispanic whites, according to the NDEP. Adults with Type 1 make up 5% of all diagnosed diabetes patients.New tools, techniques, treatments, drugs and devices can help you improve outcomes for your patients with Type 1.

The Treatment Stopped—Did the Benefit Last? New Baricitinib Data in Type 1 Diabetes

Baricitinib type 1 diabetes research concept showing beta-cell preservation and follow-up after treatment ends.

New follow-up research on baricitinib for type 1 diabetes addresses a crucial question: what happens after the drug is stopped? The original BANDIT trial showed that 48 weeks of oral baricitinib helped preserve beta-cell function in people with recently diagnosed type 1 diabetes. However, new follow-up research examines participants through …

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Can Weight Loss Delay Type 1 Diabetes? What the Pre-Symptomatic Data Really Show

Healthy food, exercise shoes, glucose meter, scale, and pancreas illustration representing weight and type 1 diabetes prevention research.

Efforts to prevent or delay type 1 diabetes have traditionally focused on the autoimmune attack that destroys insulin-producing beta cells. However, emerging research suggests metabolic stress may also influence how quickly vulnerable people progress to clinical disease. A 2026 TrialNet analysis found that autoantibody-positive people with overweight or obesity who …

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A Type 1 Breakthrough: Can We Transplant Islets With Less Toxic Immunosuppression?

Medical illustration of transplanted pancreatic islet cells protected from immune attack during experimental type 1 diabetes treatment.

Donor islet transplantation has long offered an intriguing possibility for people with severe type 1 diabetes: restore the body’s ability to make insulin instead of only replacing insulin from the outside. However, there has always been a major tradeoff. Patients need powerful immunosuppressive drugs to keep transplanted cells alive, and …

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Your Insulin Pump Is Learning Your Habits: How AI Is Quietly Changing Diabetes Care

Person using adaptive insulin pump hardware connected to a continuous glucose monitor and smartphone for automated diabetes management.

Artificial intelligence is entering diabetes care in a surprisingly quiet way. Rather than appearing as a chatbot or separate decision-support tool, increasingly sophisticated algorithms are being built into automated insulin delivery systems. Adaptive insulin pump hardware can work with continuous glucose monitor (CGM) data, recent insulin delivery, and changing glucose …

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Could Tiny RNA Molecules Transform the Future of Diabetes Care?

Scientific illustration of microRNA molecules interacting with pancreatic beta cells, highlighting their role in diabetes research, insulin regulation, and precision medicine.

Diabetes research is moving beyond blood sugar measurements and insulin therapy into an exciting new frontier. One of the most promising areas involves microRNAs, tiny RNA molecules that quietly regulate hundreds of genes throughout the body. Although they are microscopic, their influence on insulin production, inflammation, and blood vessel health …

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Can Bi-Hormonal Systems Finally Eliminate Severe Hypoglycemia?

dual-hormone-artificial-pancreas-severe-hypoglycemia

Many people with type 1 diabetes live with the constant fear of blood glucose dropping too low. Even today’s most advanced automated insulin delivery systems cannot actively raise glucose once levels begin to fall. Instead, they can only reduce or suspend insulin delivery. A dual-hormone artificial pancreas system changes that …

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Why Some Young Adults Lose Diabetes Control After Leaving Pediatric Care

Young adult with type 1 diabetes transitioning from a pediatric diabetes clinic to an adult endocrinology practice, illustrating the challenges of the transition to adult diabetes care.

The transition from pediatric to adult diabetes care is one of the most challenging periods in the lives of young people with diabetes. While many adolescents successfully manage their condition with the support of pediatric diabetes teams, moving into adult healthcare often coincides with worsening blood glucose control, missed appointments, …

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The Honeymoon Phase Won’t Last Forever: Are We Doing Enough to Preserve Beta Cells?

Hourglass beside a healthy pancreas illustration with insulin syringe and glucose meter representing beta-cell preservation during the type 1 diabetes honeymoon phase.

Receiving a diagnosis of type 1 diabetes can feel overwhelming. Yet for many adults, the weeks or months that follow bring an unexpected twist. Blood glucose levels often become easier to control, insulin needs decrease, and some people wonder if their diabetes is actually improving. This temporary period is known …

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