Medical nutrition therapy for diabetes is often discussed in terms of A1C, glucose levels, and weight. However, could personalized nutrition also influence inflammation and other aspects of metabolic health? A recent randomized controlled trial offers an intriguing reason to ask that question. Researchers found that individualized medical nutrition therapy with …
Read More »Not All Insulin Resistance Is the Same: Why Fat and Muscle May Matter Differently
Insulin resistance is often discussed as though it were one metabolic problem affecting the entire body equally. However, emerging research suggests the picture is more complex. Tissue-specific insulin resistance means that fat, muscle, the liver, and other tissues may not respond to insulin in the same way. More importantly, resistance …
Read More »Which Diabetes Drug Will Work Best? New Research Puts Precision Prescribing to the Test
Precision diabetes treatment aims to answer a question clinicians and patients face every day: which diabetes drug is most likely to work best for this particular person? A new analysis from the TriMaster crossover trial offers an important clue. Researchers compared several precision-medicine strategies for predicting responses to sitagliptin, canagliflozin, …
Read More »Why Does Eating Less Improve Insulin Sensitivity? Ceramides May Hold Part of the Answer
Why does eating less sometimes improve insulin sensitivity beyond what we might expect from weight loss alone? Human research points to an intriguing connection between ceramides, insulin resistance, and adiponectin. Findings from the CALERIE research program suggest that sustained, moderate calorie restriction changes circulating bioactive lipids in ways that may …
Read More »After Gestational Diabetes, Could Your Neighborhood Shape Your Future Type 2 Risk?
Diabetes prevention remains important long after a pregnancy affected by gestational diabetes. For people who have had gestational diabetes, the years after delivery are an important window for lowering the risk of Type 2 diabetes. Yet healthy choices do not happen in a vacuum. Where someone lives may affect whether …
Read More »Beyond hs-CRP: Could suPAR Reveal Hidden Heart Risk in Type 2 Diabetes?
People with type 2 diabetes can face substantial cardiovascular risk even when clinicians address familiar risk factors such as LDL cholesterol, blood pressure, smoking, and blood glucose. Could another blood marker help reveal some of the risk that remains? Emerging research on the suPAR biomarker in diabetes suggests it may …
Read More »Two Shots a Year for Hypertension? How RNA Silencing Could Transform Cardiometabolic Care
Poor medication persistence remains one of the hardest barriers to long-term blood pressure control. For people with diabetes, the stakes are especially high because hypertension adds to cardiovascular and kidney risk. Now, research into RNAi for hypertension in people with diabetes is raising an intriguing possibility: could an injection given …
Read More »Forget the Gym? Why 2-Minute Exercise Snacks Could Improve Glucose Control
Finding time for a full workout can be difficult, but what if two minutes of movement still mattered? Emerging research on exercise snacking for diabetes suggests that brief bursts of activity spread throughout the day may reduce post-meal glucose excursions and limit some metabolic effects of prolonged sitting. Instead of …
Read More »Eat Your Carbs Last: Food Sequencing for Better Blood Sugar
Could changing the order of foods on your plate improve blood sugar without changing what you eat? Research on food sequencing for diabetes suggests it may. Eating vegetables, fiber-rich foods, and protein before carbohydrate-rich foods can reduce post-meal glucose rises in some people. Rather than removing rice, bread, pasta, or …
Read More »The Exercise Hormones That Could Become Tomorrow’s Diabetes Drugs
What if scientists could capture some of the metabolic benefits of exercise in a medicine? Research into the connection between myokines and diabetes is bringing that possibility closer to serious scientific discussion. When skeletal muscles contract, they do more than move the body. They release signaling molecules called myokines that …
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