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.
BrowseA study tracking sleep patterns and glucose levels in adults with Type 1 diabetes found that getting enough REM sleep may be connected to better blood sugar control and heart health markers.
Read articleA small study found that a new beverage combining glucose and ketones may help people with Type 1 diabetes recover more quickly from low blood sugar and feel better afterward—but more research is needed.
A long-term study identified measurable changes in pancreatic digestive enzymes months or even a year before Type 1 diabetes appears in at-risk children. These findings could eventually help researchers better understand how the disease develops.
A large Canadian study found that teenage girls and young women had higher A1C levels than boys and men of the same age, with weight playing an additional role in blood sugar management.
A new study from India reveals the hidden struggles mothers face when schools lack preparation for managing their child's Type 1 diabetes—and what schools need to do better.
A new study finds that higher insulin doses are linked to changes in heart rate variability during sleep, independent of blood sugar levels. Researchers say this relationship warrants attention when adjusting insulin therapy.
A new study in mice suggests that combining teriparatide—a medication that strengthens bones—with regular exercise may improve muscle structure in type 1 diabetes. Researchers are exploring whether this combination could help protect muscle health.
Empagliflozin is a medication that works differently than insulin, but it carries an important safety concern for people with Type 1 diabetes. Here's what the research shows about its use in T1D.
A new analysis suggests that automated insulin delivery systems may reduce overall healthcare costs over time, even though the devices themselves cost more upfront than traditional insulin injections.
Researchers have developed a more precise way to study how pancreatic beta cells are damaged in Type 1 diabetes, using light-activated molecules instead of toxic chemicals. This advance could help scientists better understand the disease without relying on older, less specific methods.
Scientists are exploring ways to help the pancreas regrow its own insulin-producing cells rather than replacing them. A new review examines which approaches show the most promise in laboratory and animal studies.
A large study from Germany identified distinct subtypes of adult-onset Type 1 diabetes based on genetic, immune, and metabolic differences. Understanding these subtypes could help researchers better predict disease progression and tailor care.
Scientists have identified distinct changes in placental cells circulating in the blood of pregnant people with Type 1 diabetes. Understanding these changes may help explain why pregnancies with T1D can carry higher health risks for both mother and baby.
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.