Home / For Your Practice / Prevention

Prevention

Diabetes in Control answers key questions about diabetes prevention, including:
– New methods and precautions
– Diagnosing and counseling patients with diabetes risk factors
– The latest clinical research on diabetes prevention

Low Potassium, Higher Diabetes Risk? A Surprising Clue From Heart Failure Research

Low potassium and diabetes risk illustrated with a glucose meter, potassium-rich foods, heart model, and pancreas.

Low potassium is usually viewed through a cardiovascular lens, especially in patients with heart failure. However, emerging evidence suggests clinicians may have another reason to pay attention. New research examining the relationship between hypokalemia and diabetes risk found that lower serum potassium levels were associated with a greater risk of …

Read More »

After Gestational Diabetes, Could Your Neighborhood Shape Your Future Type 2 Risk?

Mother walking with her baby in a walkable neighborhood, illustrating gestational diabetes prevention and future Type 2 diabetes 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 A1C: Can CGM Help Prevent Severe Hypoglycemia and DKA?

Person using a continuous glucose monitor to track glucose levels and help prevent severe hypoglycemia and DKA.

Continuous glucose monitoring has changed how clinicians and people with diabetes think about glucose control. Yet the next question is more important than whether CGM improves A1C or Time in Range. Can it prevent events that send patients to the emergency department or hospital? Growing evidence suggests that CGM may …

Read More »

Can Weight Loss Delay Type 1 Diabetes? What the Pre-Symptomatic Data Really Show

Healthy food, exercise shoes, glucose meter, scale, and pancreas illustration representing weight and type 1 diabetes prevention research.

Efforts to prevent or delay type 1 diabetes have traditionally focused on the autoimmune attack that destroys insulin-producing beta cells. However, emerging research suggests metabolic stress may also influence how quickly vulnerable people progress to clinical disease. A 2026 TrialNet analysis found that autoantibody-positive people with overweight or obesity who …

Read More »

When Diabetes Technology Damages the Skin: Keeping Patients on CGMs and Insulin Pumps

CGM skin irritation around a continuous glucose monitor and insulin pump adhesive sites

Continuous glucose monitors (CGMs) and insulin pumps can transform diabetes management, but the technology only works when patients can comfortably keep wearing it. CGM skin irritation can turn a valuable device into a daily source of itching, redness, pain, or damaged skin. In some cases, the reaction becomes severe enough …

Read More »

LDL Is Under Control—So Why Is Heart Risk Still High? Solving the Lipoprotein(a) Puzzle

Lipoprotein(a) screening in diabetes showing a blood test, glucose meter, heart, and artery to illustrate residual cardiovascular risk.

For many people with diabetes, lowering LDL cholesterol is a major part of preventing heart attack and stroke. Yet an important clinical puzzle remains. Why do some patients experience cardiovascular events even after LDL reaches recommended targets? Growing evidence points toward lipoprotein(a), or Lp(a), as one possible piece of that …

Read More »

Could Tiny RNA Molecules Transform the Future of Diabetes Care?

Scientific illustration of microRNA molecules interacting with pancreatic beta cells, highlighting their role in diabetes research, insulin regulation, and precision medicine.

Diabetes research is moving beyond blood sugar measurements and insulin therapy into an exciting new frontier. One of the most promising areas involves microRNAs, tiny RNA molecules that quietly regulate hundreds of genes throughout the body. Although they are microscopic, their influence on insulin production, inflammation, and blood vessel health …

Read More »