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Department of Kinesiology

About the FIT Lab:

Director:  Katie M. Heinrich, Ph.D.

Research conducted in the Functional Intensity Training laboratory is focused on the effects of high-intensity functional training (HIFT) on fitness, health and psychosocial outcomes delivered in a group-based context.

Fit Lab Research Team

FIT Lab researchers investigate these factors for different populations including active duty military, cancer survivors, youth, overweight/obese adults, and tactical athletes, among others. Policy and environmental research in the FIT Lab is conducted to investigate relationships between policies and physical activity in collaboration with a nationwide network of researchers through the CDC-funded Physical Activity and Policy Research Network-Plus (PAPRN+).

FIT Lab 1

The FIT Lab also promotes education and service by providing opportunities for students, faculty, staff, and community members to participate in exercise training through CrossFit.


Research:

    Research Areas

  • Exercise interventions and health and fitness outcomes
  • Factors predicting exercise initiation, intentions, and adherence
  • Examining important aspects of physical activity/exercise policies at the local, state, and national levels

    Current Research Projects

Intervention Group Participants

  • Army Training at High Intensity Study (1R01DK0995; website)
  • High-Intensity Functional Training to Improve Balance and Daily Function Among Older Adults: Functional Fitness Program (recruiting soon)
  • Identification of Intensity Levels During Long and Short Duration High-Intensity Functional Training
  • Confidence Improvement Through the Use of Push-up Modifications

    Previous Research ProjectsGilmore poster

    HIFT
  • Prenatal Exercise Guidelines: A Selective Review (manuscript)
  • Exercise Training to Improve Survival and Quality of Life Among Cancer Survivors (Johnson Cancer Research Center; (poster 1,poster 2poster 3manuscript)
  • Investigation of Social, Behavioral, and Physical Factors Related to High-Intensity Functional Training through CrossFit (poster 1poster 2poster 3poster 4presentation)
  • A Qualitative Study of Key Social and Behavioral Factors Associated with CrossFit Participation (poster 1, poster 2)
  • The Influence of a CrossFit Exercise Intervention on Glucose Control in Overweight and Obese Individuals (thesismanuscript)
  • Mission Essential Fitness (manuscript)
  • Affective Responses to Various Exercise Training Modalities
  • Fitness Gains from a Summer Youth Conditioning Camp (poster)

    Policy and Built Environment

  • Marketing Walking to Women and their Families (abstract)
  • Assessment of wellness policies within state health departments
  • Public Support for Active Transportation Policies (abstract)
  • Common Community Measures for Obesity Prevention in Rural Built Environments (presentation)
  • Survey of Kansas Policy-Maker's Attitudes towards Issues and Problems in Kansas (manuscript)
  • Sunflower Trails Program Evaluation (manuscript)

ISBNPA 2015Education:

  • Teach evidence-based fitness using a core strength and conditioning program where needs ofparticipants vary by degree and not kind with the goal of providing broad, general, and inclusive fitness.  
  • Teach real life functional movements (e.g., squat, deadlift) in a group setting while providing individual feedback.
  • Educate kinesiology, and other interested individuals on CrossFit methods through exposure to the program.

Public Health:

  • Class Orientation

    To make functional fitness available to all regardless of ability level, pre-existing conditions, and financial status; to address rising rates of obesity through physical activity.  
  • Disseminate and promote knowledge of CrossFit training methodology to professional and lay community leaders.
  • To understand the key components and effects of physical activity/exercise-related policies.

FIT Lab Researchers

Bryan Heinrich
Bryan Heinrich, BS
ATHIS Field Coordinator
 
Taran 
Taran Carlisle, BS
Hometown, Kansas City, KS
 
Ainslie
Ainslie Kehler, MS
PhD Student
Hometown: North Vancouver, BC
Jesse
Jesse Stein, MEd
PhD Student
Hometown: Roseau, MN
Katelyn
Katelyn Gilmore, BS
MPH Student
Hometown: Aurora, CO
Brittany
Brittany Hollerbach, BS
MS Student
Hometown: Overland Park, KS
Kyle
Kyle Swinford, BS
MS Student
Hometown: Melbourne, FL
Jake
Jake Frye
BS Student
Hometown: McPherson, KS
Cheyenne
Cheyenne Becker
BS Student
Hometown: Pratt, KS
Victor
Victor Andrews
BS Student
Hometown: Manhattan, KS 

Additional Researchers: Tammi Paolilli, MS, Natalie Bennett (BS Student), Caleb Hepler (BS Student), Bradyn Nicholson (BS Student)


Contact Information:

fitlab@k-state.edu
(785) 532-7771

FIT Lab