Every year four graduate students who are enrolled in the Clinical Nutrition Masters/Internship program at the University of Memphis join the department of Clinical Nutrition as graduate assistants (GA’s).
This training program is managed by Karen Ringwald-Smith, MS, RDN, LDN, FAND the nutrition project manager. These students work directly with a nutritionist who acts as his/her mentor and supervisor for the year.
In addition to providing direct patient care, the GA’s participate in nutrition related activities such as health fairs, group nutrition classes including yoga/ nutrition and Mommy and Me, and National Nutrition Month projects. The graduate assistantship is also grounded in research and evidence based practice; GA’s participate in all stages of the evidence based practice/ research process with the ultimate goal of sharing the findings with other health care providers.
Former Clinical Nutrition Graduate Students
Interests: Determining if high omega-3 fatty acid dietary interventions reduce the risk of developing the metabolic syndrome phenotype induced by glucocorticoid therapy as part of the treatment of acute lymphocytic leukemia (ALL) treatment. Mice will be used to demonstrate if dietary alterations reduce the specific metabolic disorder phenotypes of obesity, glucose intolerance, and fatty liver disease.
Interests: Describing the nutrition status patterns that occur during treatment of children diagnosed with medulloblastoma and identifying specific time points in treatment for the initiation of proactive nutrition therapy.
Interests: Determining the feasibility of including taste evaluations as part of the nutrition assessment in children with acute lymphoblastic leukemia and observing changes in their taste throughout cancer treatment therapy.
Interests: Determining the feasibility of including smell evaluations as part of the nutrition assessment in children with acute lymphoblastic leukemia and observing changes in their smell throughout cancer treatment therapy.
Interests: Determining if the energy expenditure obtained by standard energy estimation equations and a hand-held indirect calorimeter accurately predict energy needs as compared to the gold standard indirect calorimeter (metabolic Cart) in pediatric oncology patients.
Interests: To compare two anthropometrical methods, the Tanita® bioelectric impedance body composition analyzer, a simple and portable measuring tool to the Dual Energy X-ray Absorptiometry (DXA), to determine if the Tanita® is an accurate tool for measuring lean body mass in pediatric cancer patients.
Interests: Evaluation of 24 hour recalls to determine food consumption patterns and identify if there are macronutrient and micronutrient deficiencies in the diets of pediatric cancer patients from Brazil and Guatemala. Data obtained will be utilized for the development of low literacy educational materials focusing on how to improve dietary intake using local resources.
Interests: Measuring hydration status using the bioelectrical impedance analysis and evaluating factors that may impact a patient’s hydration status with sickle cell anemia.
Interests: Testing feasibility and reliability of a nutrition knowledge questionnaire in college students.
Interests: Evaluating the validity of methods in measuring resting energy expenditure in pediatric oncology patients. Using the Medgem®, a hand-held indirect calorimeter, and predictive equations to test correlation and agreement with the metabolic cart.
Interests: Evaluating the effectiveness of current nutrition and physical therapy interventions in maintaining lean body mass during the time from admission for hematopoietic stem cell transplantation to discharge. Tracking body composition with a Tanita® Bioelectrical Impedance Analyzer and measuring hand grip strength with a dynamometer.
Interests: Assessing general nutrition knowledge of pediatric cancer patients/caregivers in order to provide targeted nutrition education and interventions that address disease/ treatment-related health complications.
Interests: Vitamin E status and dietary intake in patients with sickle cell disease.
Interests: Determining the validity of the Tanita® Bioelectrical Impedance Analyzer (BIA), for analyzing body composition in childhood cancer survivors compared to Dual Energy X-Ray Absorptiometry (DXA).
Interests: Evaluation of Tanita scale as a more effective method for evaluating the body composition in children undergoing hematopoietic stem cell transplantation.
Interests: Nutrition management of treatment-induced hyperglycemia in patients with ALL.
Interests: Assessing body composition in pediatric oncology patients using bioelectrical impedance, body mass index, neck circumference, and ideal body weight.