CHPS RESEARCH STUDIES
Core Musculature and Balance of Dancers
We are inviting dancers to participate in a research study exploring the relationship between core muscle thickness and balance in dancers. During a single 75-minute session, you will complete a brief survey, have your height, weight, and body composition measured (not shared with you), and take part in dance-specific exercises while musculoskeletal ultrasound and force plate data are collected. Your involvement may help researchers better understand how core muscle thickness affects balance in dancers, potentially informing future approaches to injury prevention in dance.
Inclusion Qualifications:
- At least 14 years old
- Individuals under the age of 18 must be accompanied by a parent
- Have at least 3 years of ballet experience
- Currently practice dance technique
- At least 1 hour per week over the past 6 months
- Are familiar with basic ballet terminology
Exclusion Qualifications:
You may not participate in this research opportunity if any of the following applies to you:- Limitations or inability to perform movements such as squats and single leg balances
- History of vestibular or balance disorders
Participate in this Research
Submitting this form will put you in contact with the main point of contact for this project. They will provide more information and determine if you meet all of the qualifications needed."*" indicates required fields
UCF IRB#: 00008174
PI: Evyn Callahan
PI: Evyn Callahan
Recruitment End Date:
June 30, 2026
June 30, 2026
Location:
Education Complex
12494 University Boulevard
ED174 - READY Lab
Orlando, FL 32816
Education Complex
12494 University Boulevard
ED174 - READY Lab
Orlando, FL 32816
Time Commitment:
Number of visits: 1
Expected time per visit: 75 minutes
Number of visits: 1
Expected time per visit: 75 minutes
Point of Contact:
Evyn Callahan
Evyn Callahan
Associated Units:
Athletic Training
Health Sciences
Kinesiology
Exercise Physiology & Rehabilitation Science
Athletic Training
Health Sciences
Kinesiology
Exercise Physiology & Rehabilitation Science