Clinical trials

A randomized clinical study to assess the efficacy of a high-protein diabetes specific formula (HPDSF) on lean muscle mass in overweight and obese patients with type 2 diabetes who are initiating treatment with incretin-mimetic drugs.

The purpose of this study is to learn how exercise and physical activity during pregnancy and after pregnancy may affect the composition of breastmilk. Certain changes in breast milk after exercise may have an impact on how infants use energy. Understanding this process may improve public health recommendations for exercise during and after pregnancy. This study can help investigators learn more about how maternal exercise patterns may affect body growth and obesity risk in infants who are breastfed. This research may help identify how different factors can influence healthy weight and early development in infants.

The purpose of this study is to test the feasibility and effectiveness of an eating disorder prevention program specifically targeted for women with type 2 diabetes (T2D) called the Diabetes Body Project 2 (DBP2). The Diabetes Body Project 2 (DBP2) will be adapted from the Diabetes Body Project, which is an eating disorder prevention program developed to improve satisfaction with body image and diabetes management for young women with type 1 diabetes (DBP). The study is looking to see if the DBP is effective in improving body image concerns, reducing disordered eating behaviors and improving glycemic control in women with T2D.

This is a pilot study (small-scale study) that aims to understand more about how blood flow changes in people who have low blood sugar after bariatric surgery (post-bariatric hypoglycemia) compared to those who have had surgery without hypoglycemia, those who have hypoglycemia without surgery, or those who do not experience low blood sugar. This study has two phases. This is the first phase, and the purpose is to test comfort and feasibility of a novel in-ear wearable device (Lumia Health) that measures blood flow changes to the head. Information from the study will help the investigators determine if the device is suitable to be used in the second phase of the study.

This study aims to explore how HIIT influences brain function, neural and molecular pathways related to weight control, setting the stage for future obesity intervention research.