This study will examine the efficacy of the Project ECHO model for training medical providers in western NC caring for individuals with autism.

This study seeks to understand how best to increase knowledge about clinical trials, best way of communicating information about clinical trials, and suggestions for improving clinical trial participation particularly among African Americans (AA).

this study is to gather data on activity and activity restrictions for women pregnant with a short cervix.

The overall purpose of this study is to evaluate the effectiveness of e-filing of Domestic Violence Protective Orders (DVPOs) in North Carolina. This phae of the study involves phone or Zoom interviews with Clerks of Court in North Carolina.

The purpose of the DETECT study is to learn more about how some breast tissue features show up on a mammogram and what these features can tell us about the potential for a breast cancer diagnosis. Your participation will help us understand how the appearance of those breast tissue features is affected by hormone levels. Our objective is to collect urine samples that we will use to measure hormone levels. We will examine how hormone levels are related to breast tissue features measured from a breast cancer screening mammogram.

The purpose of this research study is to see how use of genetic testing to help doctors with choosing blood thinning medication after a heart procedure called an angioplasty (also called percutaneous coronary intervention or PCI) affects your risk of having a heart attack, stroke, death or bleeding. Some doctors use genetic testing to help decide which blood thinner to prescribe for a patient. By doing the study, the investigators will be able to look at clinical outcomes (heart attacks, stroke, death, bleeding) after genetic testing and prescribing of blood thinning medications for patients with different backgrounds and medical histories. They will also look for new genes that affect how blood thinners work.

To develop novel PROs for evaluating QoL among patients after IPAA, including those with acute pouchitis and chronic pouch-related conditions.

In order to improve the biomedical research environment at UNC-Chapel Hill, we are developing new training opportunities and evaluating how well they work

This study will test how effectively changes in lung structure and function can be detected with a new inhaled gas combined with a MRI.

Our goal is to compare the research experiences of people who are in the Accelerated Research Program at UNC to people who are not in the program to see how well the program is working.