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Tag Archives: autoimmune diabetes

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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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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Teaching Muscles to Make Insulin: Could Gene Therapy Rewrite the Future of Type 1 Diabetes?

3D medical illustration showing skeletal muscle engineered through gene therapy to produce insulin, with DNA strands, gene delivery vectors, and glucose regulation concepts representing future treatment for type 1 diabetes.

For more than a century, insulin therapy has remained the cornerstone of treatment for type 1 diabetes. While continuous glucose monitors, insulin pumps, and automated insulin delivery systems have dramatically improved diabetes management, they still do not replace the body’s natural ability to regulate blood sugar. As a result, researchers …

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The Return of C-Peptide: Why This Old Biomarker Is Finding New Clinical Uses

Healthcare professional reviewing C-peptide test results with a pancreatic model, blood sample, and glucose monitoring equipment representing beta-cell function assessment in diabetes care.

For many years, C-peptide testing was viewed as a simple tool to distinguish type 1 diabetes from type 2 diabetes. However, the story has changed. As researchers gain a better understanding of pancreatic beta-cell function, C-peptide testing in diabetes has become much more valuable than a diagnostic aid alone. Today, …

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The Future of Type 1 Screening: Will Genetics Replace Autoantibodies?

Pediatric genetic screening for type 1 diabetes showing a DNA helix, blood sample, and clinical risk assessment used for early detection of disease risk.

Population-based screening for type 1 diabetes is entering a new era. While autoantibody testing remains the gold standard for identifying individuals at high risk, researchers are increasingly investigating whether type 1 diabetes genetic screening could identify susceptible people even earlier. Advances in genomic science now make it possible to estimate …

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The First Disease-Modifying Treatment After a Type 1 Diabetes Diagnosis: Why Teplizumab Is Changing the Conversation

Pediatric endocrinologist discussing teplizumab treatment options with a family following a new type 1 diabetes diagnosis.

For decades, treatment after a type 1 diabetes diagnosis focused almost entirely on insulin replacement and blood glucose management. While advances in technology have improved care, clinicians have had few ways to address the autoimmune process driving beta-cell loss. That is beginning to change. With the FDA’s expansion of teplizumab-mzwv …

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