Five research studies have been selected to receive grant funding through a partnership between South Dakota State University and Sanford Health. The collaborative research on human nutrition, weight management and other dietary-related areas addresses the key objectives of Profile by Sanford.Sanford Health is providing $250,000 annually for five years for the seed-grant program. Also, SDSU obtained an additional $170,000 through the South Dakota Board of Regents Research and Development Innovation program to bring the total collaboration with Sanford to $420,000 for the 2015 fiscal year.The grant recipients' areas of study will include the following:
- Lacey McCormack, Ph.D. (College of Education and Human Sciences)"Successful weight management: Barriers and facilitators to losing and maintaining weight"Purpose: To improve the long-term success of the Profile program by focusing and creating educational solutions that reduce barriers to weight loss and weight maintenance and capitalize on generative moments.
- Jay Trenhaile, Ed.D. (College of Education and Human Sciences)"The Impact of ongoing motivational interviewing training on Profile coaches in the area of weight loss"Purpose: To provide training to several randomly selected coaches to develop and refine skills in motivational interviewing with an emphasis placed on relationship building between coach and member.
- Hemachand Tummala, Pharm.D. (College of Pharmacy)"Safety and efficacy of Profile by Sanford diet formula in conjunction with novel anticancer drugs for cancer therapy"Purpose: To improve the therapeutic outcomes in cancer patients through a combination of a specially designed diet formula with novel drugs.
- Bonny Specker, Ph.D. (EA Martin Program in Human Nutrition)"Yoga: Improving compliance and long-term weight loss with Profile"Purpose: To determine the effectiveness of a three-month yoga program on increasing compliance and improving weight loss while participating in the Profile program.
- Moul Dey, Ph.D. (College of Education and Human Sciences)"Epigenetic outcome of prenatal high fat diet in offspring cardio-metabolic health"Purpose: To delineate epigenetic alterations arising from in utero exposure to a maternal high fat-intake and late gestation diabetic conditions using a previously validated rat model.