• Researchers investigating communication between beta-cell organelles

    Researchers investigating communication between beta-cell organelles


    New evidence suggests that cellular organelles such as endoplasmic reticulum, mitochondria, and lysosomes are active communicators using newly recognized intra- and intercellular channels. A group of researchers, including Amelia K. Linnemann, PhD, will examine the latest research during the Tuesday symposium “Beta-Cell Organelles Talk Amongst Themselves,” which will begin at 7:30 a.m. in S-303 (South,…

  • Big data, stakeholder engagement to drive precision medicine in diabetes

    Big data, stakeholder engagement to drive precision medicine in diabetes


    Precision medicine has a bright future for helping patients with diabetes and diabetic kidney disease, but challenges exist in expanding the necessary data pool to bring diagnostic and therapeutic benefits to patients, according to Alice Y.Y. Cheng, MD, FRCPC.

  • Targeting inflammation may provide new treatment options for diabetes

    Targeting inflammation may provide new treatment options for diabetes


    Aruna Pradhan, MD, MPH, MSc, reviewed research looking at inflammation as a driver for diabetes, and whether treatment with anti-inflammatory agents might reduce the risk of diabetes and atherothrombosis during a joint ADA/ASN symposium Sunday.

  • ADA President, Medicine & Science says precision medicine can be ‘transformational’ for patients and clinicians

    ADA President, Medicine & Science says precision medicine can be ‘transformational’ for patients and clinicians


    Precision medicine offers a path to a better life for patients with diabetes, says ADA President, Medicine & Science Louis H. Philipson, MD, PhD, FACP, who delivered his presidential address Sunday morning at the Scientific Sessions. Dr. Philipson discussed the future of precision medicine and what medical professionals and advocates can do now to help…

  • Rare genetic variations help unravel the role of adipose tissue, metformin mechanism of action

    Rare genetic variations help unravel the role of adipose tissue, metformin mechanism of action


    A collection of patients with inherited insulin resistance disorders started Stephen P. O’Rahilly, MD, down a research path that confirmed the activity of leptin in humans, reimagined type 2 diabetes as a metabolic disease driven largely by overnutrition, and began to unravel the mechanism of action behind metformin. Dr. O’Rahilly delivered the 2019 Banting Medal…

  • TrialNet studies explore new therapeutic approaches for type 1 diabetes

    TrialNet studies explore new therapeutic approaches for type 1 diabetes


    Susanne M. Cabrera, MD, and three other researchers presented results from four recent and ongoing studies from the TrialNet network Sunday morning at the Scientific Sessions. TrialNet is a global consortium of researchers dedicated to preventing type 1 diabetes and stopping disease progression by preserving insulin production before and after diagnosis.

  • RISE Clinical Trial: No durable improvement to beta-cell function

    RISE Clinical Trial: No durable improvement to beta-cell function


    Results from the Adult Medication Study of the Restoring Insulin Secretion (RISE) Clinical Trial showed no long-term improvement in beta-cell function. Improvements seen during the 12-month treatment period had disappeared three months later, and A1C worsened in two of the treatment arms, according to Steven E. Kahn, MB, ChB.

  • DECLARE-TIMI 58 trial demonstrates efficacy, safety of SGLT2 inhibitors

    DECLARE-TIMI 58 trial demonstrates efficacy, safety of SGLT2 inhibitors


    Results from the Dapagliflozin Effect on Cardiovascular Events (DECLARE-TIMI 58) trial presented Sunday at the Scientific Sessions suggest that the SGLT2 inhibitor dapagliflozin not only reduces insulin resistance and reduces cardiovascular risk factors, but also prevents heart failure and progression of kidney disease in most diabetes patients, according to co-principal investigator Itamar Raz, MD.

  • Researchers are examining the use of technology to predict, manage, prevent hypoglycemia

    Researchers are examining the use of technology to predict, manage, prevent hypoglycemia


    Investigators will present results from a variety of studies looking at ways to predict, manage, and potentially prevent hypoglycemic events during Monday’s Oral Presentations session “Hypoglycemia and Technology.” Norbert Hermanns, PhD, Yuan-Chi Chang, PhD, Dominic Ehrmann, PhD, and Marie-Anne Burckhardt, MD, preview their research presentations.

  • Looking beyond anti-VEGF treatment in diabetic eye disease

    Looking beyond anti-VEGF treatment in diabetic eye disease


    Evolving research is starting to change approaches to retinopathy, macular edema, and other ocular complications of diabetes. Blocking vascular endothelial growth factor (VEGF) remains the mainstay of treatment, but newer, longer-lasting and more effective agents are on the horizon, according to Peter A. Campochiaro, MD.