A growing library of original, evidence-labeled articles written from published research. Every piece is dated to when the science came out, links its sources, and is information — not medical advice.
Where the science of curing Type 1 diabetes actually stands: islet and stem-cell therapies, beta-cell regeneration, immunotherapies, and disease-modifying trials, in plain language.
BrowseWhat science understands about why Type 1 diabetes happens: autoimmunity, genetics, environmental and viral triggers, and the gaps researchers are still working to close.
BrowseHow Type 1 diabetes is found and staged today: autoantibody screening, early-stage detection, presentation, and what new diagnostic research means for families.
BrowseEvidence-labeled nutrition research for living with Type 1 diabetes: carbohydrate strategies, glycemic response, and what studies do and do not show. Information, not medical advice.
BrowseResearch on the daily levers around Type 1 diabetes: exercise, sleep, stress, and routines, with honest evidence labels on what is well supported versus emerging.
BrowseThe lived reality of Type 1 diabetes: management technology, mental health, quality of life, and family support, grounded in current research.
BrowseEvidence-labeled research on peptide-based treatments in Type 1 diabetes — from approved therapies like insulin and pramlintide, through GLP-1 adjunct research and peptide immunotherapy, to honest coverage of unregulated research peptides sold online. Information, not medical advice.
BrowseResearchers studying human pancreatic tissue are uncovering a more detailed picture of type 1 diabetes—one where insulin-producing cells begin to fail earlier and differently than once thought, and immune problems show up even before blood sugar rises.
Read articleA national group of diabetes experts has developed practical guidance for identifying Type 1 diabetes in its earliest stages, before symptoms appear. Early detection opens the door to education, support, and potential disease-modifying treatments.
New technology can detect metabolic changes in people with Type 1 diabetes, and sometimes even before symptoms appear. These discoveries could eventually help doctors diagnose the disease earlier and tailor treatments more precisely.
A new approach to stem cell-derived pancreatic tissue addresses a major barrier to islet transplant success: poor survival after implantation. Researchers integrated blood vessel networks into lab-grown islets, improving their function and longevity in diabetic mice.
A new clinical trial found that automated insulin delivery systems help pregnant women with type 1 diabetes spend more time in healthy blood sugar ranges. This could reduce serious pregnancy complications that affect about half of all pregnant people with type 1 diabetes.
A new study from Japan suggests that adults with Type 1 diabetes who follow low-carbohydrate eating patterns—especially plant-based ones—had fewer heart attacks, strokes, and other serious cardiovascular events.
New clinical guidelines aim to identify people in the autoimmune stage of Type 1 diabetes years before they develop symptoms. The framework standardizes screening and monitoring to catch the disease earlier and improve long-term outcomes.
A new study shows that children diagnosed with both Type 1 diabetes and celiac disease take significantly longer for their celiac antibodies to return to normal levels compared to children with celiac disease alone.
A new study suggests that shifting time between sleep, sitting, and activity levels could influence how stable your glucose readings stay throughout the day.
New research reveals that antibody tests in infants can pick up maternal antibodies passed during pregnancy, potentially leading to unnecessary worry. Screening at a later age may give clearer answers.
Researchers tracked autoantibodies in adults before Type 1 diabetes diagnosis, finding that detectable immune markers can appear decades earlier. The findings could help identify who is at risk.
A new study reveals that anxiety and poor sleep quality are closely linked to how well adolescents manage their type 1 diabetes day-to-day. Understanding these connections may help teens and families find better support.
A new study shows that genetic risk scores may help clinicians more accurately diagnose Type 1 diabetes and identify who is at highest risk—especially important since Type 1 can be confused with other forms of diabetes.
Type1Cure is an information and intelligence hub, not a medical advice service. Articles summarize published research and link their sources. Always talk to your own care team before changing anything about your Type 1 diabetes management.