Research on the daily levers around Type 1 diabetes: exercise, sleep, stress, and routines, with honest evidence labels on what is well supported versus emerging.
Newest public articles in this topic cluster.
Highest growth-index pieces and decision-engine promote picks — still evidence-labeled, not medical advice.
Sleep disorders are surprisingly common among people with Type 1 diabetes and can affect overall health and quality of life. New research is helping us understand why and what might help.
A major review of scientific studies examined how Type 1 diabetes affects athletic ability. Here's what we know—and what remains unclear.
New guidelines help people using insulin pumps manage physical activity and exercise more effectively. Here's what the latest evidence shows about staying active while using automated insulin delivery technology.
A new study finds that exposure to blue light in the hour before sleep and during sleep is linked to higher glucose levels and increased depression and anxiety symptoms in adults with Type 1 diabetes.
A new study explores how insulin pumps, glucose monitors, and automated systems affect the lived experience of adults with Type 1 diabetes—revealing both meaningful benefits and real challenges that go beyond blood sugar numbers.
Researchers are investigating whether diet, exercise, and other lifestyle modifications might play a role in managing early-stage Type 1 diabetes. Here's what the current evidence shows.
New lifestyle research relevant to Type 1 diabetes, summarized with its evidence label.
A large review of studies found that treating obstructive sleep apnea with CPAP therapy may help reduce nighttime blood sugar fluctuations in people with diabetes. However, the evidence remains limited, especially for Type 1 diabetes.
A recent study found that drinking whey protein before bed may raise blood glucose levels throughout the night in people with Type 1 diabetes. Understanding this effect can help inform timing decisions around protein intake and evening routines.
A major review of research examined whether non-medication approaches—like diabetes education, dietary guidance, and physical activity—can improve outcomes for pregnant women with Type 1 diabetes and their babies.
Adults with Type 1 diabetes who use continuous glucose monitoring report significantly higher levels of physical activity than non-users. A nationwide study suggests that confidence in real-time glucose data during exercise may play a key role.
Researchers found that certain HLA gene variants are associated with an increased risk of developing Type 1 diabetes after treatment with the cancer drug nivolumab. Understanding these genetic patterns could help doctors identify vulnerable patients before they start this therapy.
A small study suggests that how hard exercise feels to people with Type 1 diabetes may help track cardiovascular strain during gym workouts—but it doesn't reliably predict blood sugar changes.
Physical activity offers real benefits for people with Type 1 diabetes, from better blood sugar control to improved overall health. Here's what the evidence tells us.
New research shows that driving behavior itself may reveal when someone with Type 1 diabetes is experiencing dangerous glucose swings behind the wheel. Understanding this connection could help identify risky moments.
New research in mice suggests that physical activity works partly through a cellular sensor called Piezo1 to strengthen bones and improve glucose control—opening doors to future therapies.
A new web-based program called Diabetes Journey uses interactive modules to help adolescents overcome common barriers to managing their diabetes. Early results show promise for reducing stress and improving quality of life.
A new systematic review examined studies on complementary therapies alongside insulin treatment. Here's what the evidence suggests about their potential benefits.
Medications like semaglutide and tirzepatide have transformed type 2 diabetes care, but their role in type 1 diabetes remains unclear. Experts are calling for careful study and clear safety guidelines.
Researchers are exploring how machine learning can adapt insulin recommendations in real time based on individual glucose patterns, meals, and activity. Early research suggests this technology could help improve blood sugar control.
A new study reveals the most common barriers keeping adults and children with Type 1 diabetes from exercising—and shows that stigma may be a bigger problem than we thought.
Researchers identified patterns in continuous glucose monitor data that could help warn families when children with Type 1 diabetes are at risk for dangerous overnight lows following physical activity.
New research shows that talking about diabetes distress—the emotional burden of living with type 1—during routine doctor appointments could help people manage their condition better. Here's what the science suggests.
Research shows that physical activity improves blood sugar control and other health markers in people with diabetes. Here's what the evidence tells us about making exercise work safely.
A small pilot study found that supervised resistance-band exercises performed three times a week for eight weeks improved shoulder mobility, reduced pain, and restored function in adults with Type 1 diabetes and adhesive capsulitis.
Researchers have developed a machine-learning tool that predicts nocturnal hypoglycemia events hours in advance, potentially giving people time to prevent serious lows while sleeping.
A new analysis of real-world data suggests that energy expenditure—how much physical activity someone does—may be linked to continuous glucose monitor readings over time. Here's what the findings mean.
A new study reveals that most young adults with diabetes experience presenteeism—showing up to work while unwell—and identifies the emotional and quality-of-life factors that make it worse.
Researchers are launching a study to understand how pregnant women with diabetes actually move—and what support they need to stay active during pregnancy.
New research shows that daily stress and fatigue don't just happen in isolation—they create a reinforcing cycle that can build over time. Understanding this pattern may help people with Type 1 diabetes protect their recovery and wellbeing.
Researchers found that a combination of curcumin and cerium oxide nanoparticles reduced blood sugar and restored insulin levels in diabetic rats. The findings are preliminary and don't yet translate to human treatment.
A new study found that adolescents with Type 1 diabetes who participated in peer-led group education sessions showed improvements in self-confidence, diabetes knowledge, and attitudes about their condition compared to those receiving standard individual education.
A new study listened to people with Type 1 diabetes about their biggest challenges with physical activity. Here's what they said would help them succeed.
For people with Type 1 diabetes who want options beyond daily injections, inhaled insulin offers a different delivery method. Here's what the evidence shows about how it works and who might benefit.
A University of Illinois Chicago study explores how sleep patterns affect people living with Type 1 diabetes, revealing specific benefits from better sleep habits.
Researchers tested how automated insulin pumps perform when people with Type 1 diabetes are exposed to simulated high-altitude conditions. Early findings suggest blood sugar control remains stable, but more research is needed.
A new review of published studies reveals that adolescents with Type 1 diabetes often struggle with short, fragmented sleep and irregular sleep patterns. These sleep issues may be linked to higher blood sugar variability.
A new clinical trial is testing whether a combination of physical and cognitive exercises can lower fall risk in people over 65 with diabetes. Researchers hope this approach addresses factors that standard fall-prevention programs often miss.
A new study shows that nearly half of adults with Type 1 diabetes report poor sleep quality, and sleep apnea risk is elevated. Diabetes complications appear to play a role.
A new study reveals that sleep disruption is common in young people with Type 1 diabetes and is linked to factors ranging from blood sugar control to family circumstances.
Researchers created a personalized model that predicts how different types of physical activity affect blood glucose levels in people with Type 1 diabetes during everyday life. The tool could help reduce the risk of low blood sugar.
A study tracking people with Type 1 and Type 2 diabetes found that blood sugar variability and average glucose levels are key factors in whether a low blood sugar event stays mild or progresses to a more serious level.
A new study tracked children during everyday activities to identify when exercise triggers dangerously low or high blood sugar—and what insulin doses and carb intake matter most.
A new study comparing physically active adults with type 1 diabetes to healthy controls found no meaningful differences in heart and lung function during exercise testing. The findings offer reassurance for active people managing type 1 diabetes.
A new survey of U.S. adults using continuous glucose monitors and insulin pumps reveals that hypoglycemia continues to disrupt sleep, work, and daily activities for the vast majority, regardless of their technology.
A new study is testing whether a mobile app that combines personalized strength exercises with glucose education can help young people with Type 1 diabetes stay active and build muscle—while managing hypoglycemia fears.
A pilot study reveals that downhill running and similar eccentric exercises trigger a larger and longer inflammatory response in men with well-controlled type 1 diabetes compared to people without diabetes. Understanding these differences may help inform how people with type 1 diabetes approach sports and exercise.
A new multilingual online resource is reaching thousands of people across Cambodia, Vietnam, Thailand, and Malaysia with culturally relevant Type 1 diabetes information—filling a critical void in regions where healthcare access and education remain limited.
A new study finds that over half of adolescents with Type 1 diabetes aren't getting enough sleep, largely due to school demands and diabetes management routines. Understanding these barriers could help families prioritize rest.
Researchers developed Sugar Slay, a gamified app that combines blood glucose data with game-like features to help teens and young adults stay on top of daily diabetes care. A companion app for caregivers offers monitoring without taking away patient independence.
A new Swedish study tracked young adults using a virtual diabetes care platform and found improvements in blood sugar control and time spent in healthy glucose ranges over a year.
New research confirms that physically active people with uncomplicated type 1 diabetes respond to intense exercise similarly to people without diabetes. This finding supports the safety of regular physical activity for those managing type 1.
A new study listened to teenagers managing Type 1 diabetes in Ethiopia to understand the real challenges they face—from daily insulin routines to emotional and social impacts. Their voices reveal what support actually looks like.
A new study reveals that mothers of teenagers and young adults with Type 1 diabetes face significant emotional challenges during this transition period. Understanding these stressors may help families and healthcare providers better support parents.
New research examines how the timing of exercise and meals affects blood glucose responses during resistance training for people with Type 1 diabetes. Understanding these patterns may help with better blood sugar management during workouts.
A new research review examines how children with Type 1 diabetes and their parents use insulin pumps, continuous glucose monitors, and other devices during the school day—and what challenges they face.
A qualitative study of young people with Type 1 diabetes and their parents reveals how insulin pumps and continuous glucose monitors affect daily life—for better and sometimes more complicated.
A new study reveals that fear of low blood sugar is a significant driver of sleep loss for parents caring for young children with Type 1 diabetes. Understanding this link may help families find better support.
A new study finds that people using automated insulin delivery systems report both improved glycemic outcomes and reduced emotional burden from diabetes management compared to those managing insulin manually.
A new study reveals that adolescents with Type 1 diabetes experience significantly higher emotional burden than their parents—and both groups want better mental health support.
A new study found that nighttime blood sugar variability—especially extreme highs and lows—is linked to sleep disruption in children and adolescents with Type 1 diabetes. The effects were strongest on overall sleep continuity rather than deep sleep.
A new study shows that children with type 1 diabetes can safely manage their blood sugar during weeks of sustained physical activity at camp by using automated insulin delivery systems paired with a meal-bolus reduction strategy.
A new study from the UAE reveals significant gaps in teachers' understanding of Type 1 diabetes management, even as most show strong support for helping students with the condition.
A new study reveals that women managing Type 1 diabetes during pregnancy face significant emotional challenges—and that support from their care team makes all the difference.
New research using continuous glucose monitors shows that aerobic exercise, resistance training, and interval workouts affect blood sugar differently. Understanding these patterns can help you prepare better for your workouts.
A new real-world study of young people using open-source artificial pancreas systems found that glycaemic control remained stable whether they were in school or on holiday—but sleep duration emerged as an important factor.