Clinical Trials Directory

The purpose of this research study is to determine whether data from mobile health technologies (such as smartwatches and smartphones) can be used to assess risk of prediabetes and type 2 diabetes. Using data from smartphones and smartwatches, we may be able to develop a noninvasive procedure for identifying patients who are at risk and should be tested for diabetes. Participants can earn up to $50. For more information about who can be in this study, please contact the study team at diabeteswatch2@duke.edu.

We are doing this study to learn more about the connection between the brain and leg muscles in people who have chronic stroke. We want to understand how this connection affects the walking abilities of chronic stroke patients so we can provide better help to stroke patients who need to improve their motor function.

If you participate, you will be asked to provide a blood draw of about 5.4 mL, or 1/3 tablespoon, of blood. If you are one of the first 20 subjects, you may have the chance to participate in one additional blood draw.

We are doing this study to learn more about how environmental contaminants (e.g., "forever chemicals") can affect people's likelihood of developing liver disease.

We are doing this study to help women regain bladder strength and function after having their first baby. We want to find out which treatment options work best to stop bladder leakage.

The goal of this study is to learn more about how certain hormones and cells in the pancreas help keep blood sugar at a healthy level. This is very important when the body does not respond well to insulin, which can happen with obesity and diabetes. By doing this study, researchers hope to find better ways to care for and treat diabetes.

We are doing this study is to see if we can predict carotid artery function using wearable technology (for example, a FitBit®).

We are doing this study to determine the impact of smoking electronic cigarettes (e-cigs) on lung health. This will be done by comparing study procedures and imaging results between healthy participants that use e-cigs versus those who don't.