The American College of Physicians (ACP) has issued a new recommendation that type 2 patients should not have a target A1C level below 8 percent for any patient population and should not have any A1C targets for older adults (e.g., age 80 and older) or younger individuals with limited life expectancy because of other serious diseases and illnesses. Do you agree with the American College of Physicians' new A1C target recommendations? Follow the link to share your opinion.

Asymptomatic left ventricular systolic dysfunction patients with DM have higher risk than those without

Increased time in the near normoglycemic range and reduced time in hypo- and hyperglycemia

Lower mitochondrial oxidative capacity in skeletal muscle of physically active young adults with T1DM

Findings suggest family and friends' support of autonomy also lowers diabetes distress

The guideline for all diabetes patients is to get them on an ACE or an ARB when diagnosed, regardless of BP levels. This is so important that Medicare and Medicaid rate prescribers based on their patients’ adherence to these medications. The logic behind that rule has to do with the …

You may wonder which CGM monitor is best for your patients. I know I do. Learn from Dr. Stephen W. Ponder, MD, FAAP, CDE-AADE Educator of the Year, Board Certified Pediatric Endocrinologist, Pediatric Residency Program Director at Baylor Scott & White McLane Children's Hospital and 50 year Joslin Medalist. He also helps people with diabetes through the "sugar surfing" method to empower individuals who have diabetes to live fuller and more satisfying lives.

In part 5, the conclusion of this Exclusive Interview, Dr. Swapnil N. Rajpathak talks with Diabetes in Control Publisher Steve Freed during the ADA 2017 Scientific Sessions in San Diego, CA about upcoming research studies on patient adherence.

In this week's Homerun Slides, defining albuminuria, a marker for kidney dysfunction.

Concept of ectopic fat as a cause of tissue insulin resistance: It appears that individuals prone to T2DM (based in part on their nonmodifiable characteristics) show a greater propensity to accumulate visceral or ectopic fat for a given weight. Interestingly this characteristic, in turn, may be a downstream consequence of “impaired” subcutaneous fat storage capacity, the mechanisms of which deserve further research. As an extreme example of this concept, lipodystrophic individuals have an impaired ability to store subcutaneous fat and, as a consequence, they accumulate fat in visceral and ectopic tissues and so have marked insulin resistance.