We are looking at the early experiences that may shape children's cognitive, behavioral, and brain development over the first three years of life.

We are examining the impact of an online module series for caregivers of autistic adolescents on supporting daily living skills acquisition at home. Caregivers will learn about motivating your autistic teen to learn daily living skills, collaborating with your teen to set goals, identifying key daily living skills, and teaching strategies for home use.

The purpose of this research study is to assess how people respond to stimuli of different monetary values and how fast people can inhibit ongoing motor responses.

We are doing a research study to learn more about how people make impressions on one another. We also want to learn how they think about social feedback and how this relates to how they think.

The purpose of this study is to better understand how people learn and remember information.

Are you interested in participating in orthopedic research? Are you otherwise healthy, with no previous history of lower extremity orthopedic injury? If so, you may be able to participate in a research study to determine the gait patterns of an otherwise healthy population.

Do you identify as an African American or Black woman? If so, you may be able to take part in a study about racism, stress, and factors that reduce the risk for heart and overall health of African American and Black women. Compensation provided.

In this study, we wan to learn how stress in your life may affect how your genes work. We want to learn how these changes can increase risk for heart disease.

Up to 30% of individuals who injure their anterior cruciate ligaments (ACL) suffer another ACL injury following reconstruction surgery. Improving function of the hamstrings muscles may reduce the risk of a second ACL injury. This study will determine if a novel rehabilitation tool (local muscle vibration) improves muscle function and landing characteristics (biomechanics) that are linked to ACL injury risk. Compensation is provided.

The purpose of this research program is to generate data regarding the ways that the cells and fluids found within the nose, mouth, and airways of children from diverse backgrounds function and interact. This program will generate single-cell level data and "maps" of these cells at the tissue level using a variety of genetic and imaging techniques. These data will then be made available to the larger scientific community who will be able to use the data to better understand the normal functioning of these cells and tissues in healthy children and then further investigate cellular and tissue function in various diseases