Current Doctoral Students
- Physiological & metabolic adaptations to nutritional and/or exercise interventions in humans
- High altitude
Paul is a doctoral student in the nutrition and food sciences Ph.D. program working under Dr. Berryman. Paul graduated with his B.S. in Exercise Science and M.S. in Exercise Physiology from the University of Kentucky. During his Master’s, Paul obtained plenty of teaching and research experience working under excellent faculty. The experience encouraged him to purse a Ph.D. and make an impactful difference going forward. Paul’s long-term career goal is to work as an assistant professor, teaching and performing research.
- Dietary iron absorption and endurance performance
- Micronutrient metabolism
- Applied human performance research
David is a first year doctoral student in the Department of Nutrition, Food, and Exercise Sciences, studying Nutrition Science under Dr. Stephen Hennigar. He graduated from the College of William & Mary with B.S. degrees in Kinesiology and Biology, and he received an M.S. degree in Exercise Physiology from Florida State. Throughout his academic pursuits, David has maintained an interest in applying science to endurance performance. Currently, he studies the role of inflammation from exercise in the development of iron deficiency in long distance runners. David hopes to continue down a career path of contributing to the performance of endurance athletes.
David is a lifelong runner, competing in the NCAA for William & Mary as an undergraduate and FSU as a master’s student. He continues to train competitively and works as a graduate assistant for the FSU cross country team. When he’s not in lab or on the trails, David enjoys listening to live music and cooking (like any good nutrition scientist).
- Molecular aging of the vascular system (the main cause of cardiovascular disease)
- How nutrition can be used to prevent/cure disease states
Ann received both her Bachelor’s and Master’s from the University of Georgia in Consumer Foods and Food Technology, respectively. Her Master’s degree was completed online while working full-time as a Family & Consumer Sciences Cooperative Extension Agent in Southwest Georgia. Her capstone was on “The Rise of Gluten-Free.” She aspires towards a career in academia, teaching students and researching, making an impact on people and the world around her.
- Relationship between hydration / metabolism
Holly is a doctoral student within the Human Sciences department, studying within the field of Exercise Physiology. Prior to attending FSU, Holly received both her Undergraduate and Master’s degree in Kinesiology from Auburn University at Montgomery as an international student. Some of her research interests include hydration and thermoregulation, with a specific interest in the relationship between hydration and metabolism in varying populations. Holly aspires to stay within the field of academia, looking to both teach and conduct research within a university setting.
Holly was born and raised in Norwich, a city located in England. She came to America as a student athlete, playing soccer for her previous institution during her Undergraduate and consequently coaching whilst completing her Master’s degree. She loves to watch all sporting events and is still an avid fan of her alma mater. In her spare time, Holly enjoys catching up with friends, family, traveling and reading academic journals.
- Effects of radiation on the cardiovascular system (specifically vascular smooth muscle cells)
- Role of antioxidants in preventative measurements to attenuate damage caused by ROS
- Role of adiponectin in vascular smooth muscle cell proliferation/migration in the development of atherosclerosis
Growing up near the Kennedy Space Center created a love for space exploration. I hope to join the team at NASA studying the effects of zero gravity and radiation exposure on the cardiovascular system in order to help make the trip to Mars a reality. I received my Bachelor’s degree in Biochemistry from Florida State University in 2016. During my undergrad career I gained research experience working at the National High Magnetic Field Laboratory, the College of Human Sciences, and the College of Medicine. In graduate school, I have worked on a NASA study measuring the effect of zero gravity on the carotid and jugular veins, and I am now looking into the role of adiponectin in vascular smooth muscle cell proliferation and differentiation in association with atherosclerosis.
- Nutrition interventions targeted to optimize human performance and enhance recovery from physical and operational stress
- Dietary supplements that may provide cognitive and metabolic advantages to the warfighter
Alan is a doctoral student in the Nutrition Science program working under the mentorship of Dr. Claire Berryman. After completing his B.S. in Nutrition and Dietetics from Winthrop University, Alan received his Active Duty commission in the US Army where he earned his M.S. in Nutrition from the US Army-Baylor Graduate Program in Nutrition. Alan was later selected to complete his Ph.D while remaining an Active Duty Army Dietitian. After earning his Ph.D, Alan hopes to lead human performance optimization research for the Army and Department of Defense.
- Gut Microbiome
- Functional Foods
- Cognition and concussions
Elizabeth Foley is a third-year doctoral student at Florida State University. She graduated with an undergraduate degree in Exercise Physiology from the University of Miami in 2014. She then went on to earn her master’s degree in Exercise Physiology Nutrition for Health and Human Performance in 2015. Elizabeth hopes to use her knowledge to educate the public about proper nutrition, make important research discoveries, and ultimately change the way food is viewed in the United States; she also hopes to teach at the university level. In her spare time, Elizabeth enjoys reading, writing, and training Brazilian jiu-jitsu. Her research interests include the gut microbiome, cognition, aging, obesity, functional foods, and nutraceuticals. Favorite nutrition fact: Prunes reverse osteoporosis.
- Body composition
- Human performance in military and endurance Athletes
- Environmental and stress physiology
- Sympathetic nervous system response to exercise and stress
- Sports nutrition and supplementation
Shiloah is a doctoral student in the exercise physiology Ph.D. program working under Dr. Ormsbee at the Institute of Sport Sciences at Florida State University. Shiloah received her baccalaureate in kinesiology, as well as her masters in exercise physiology and nutrition, and completed her dietetics program at San Diego State University. After graduate school, Shiloah went on to work for the U.S. Navy as a research physiologist and nutritionist in a biobehavioral sciences lab, focusing on human performance and War Fighter readiness. She also worked as a research coordinator on a large-scale study examining blast exposure and it physiological and psychological detriments in U.S. Navy SEALS. Her interests are body composition and performance, specifically in endurance sports and environmental extremes.
- Cytokine interactions in atherosclerosis
- Oxidative stress signaling mechanisms and the effects of different antioxidant treatments
- Regulation and dysregulation of skeletal muscle fibrosis and skeletal muscle atrophy
I am currently a doctoral student in the Clinical Skeletal Muscle Physiology and Biochemistry Laboratory working under Dr. Koutakis. I received my bachelor’s degree in biology from Texas A&M in 2015. During my undergraduate years, I had a wide range of research experience, from working with mice in a pathology lab in a medical school to working with fruit flies in a genetics lab. I went on to receive my master’s in nutrition science from Baylor University. My long-term career goal is to serve as a research scientist pursuing clinical and translational research.
Nutrition and Food Science
- Food safety and quality
- Protein immunochemistry
- Food biotechnology
Xingyi is a doctoral student in Nutrition and Food Science under the supervision of Dr. Rao. She graduated from Nanjing Agricultural University in 2015 and earned her Master’s degree in food science in 2017 from Florida State University. In her master’s project, Xingyi developed an enzyme-linked immunosorbent assay for the detection of trace amount of porcine hemoglobin in meats. This assay will be able to fight food fraud and improve food quality. Xingyi’s career goal is to become a faculty at a research university.
- Ethanol-induced degradation of skeletal muscle
- Relationship between cancer cachexia and diet
- Skeletal muscle preservation in a diseased state
Joe is a doctoral student pursuing a Ph.D. in Nutritional Sciences under the guidance of Dr. Jennifer Steiner. He received his M.S. in Exercise Physiology at Kent State University under Dr. Adam Jajtner, where he investigated human performance and immunological responses to acute high-volume resistance exercise with ergogenic aids. During his time at FSU, he has shifted his research focus to the basic sciences in rodent models, observing the effects of alcohol consumption on skeletal muscle protein synthesis. Following his Ph.D he plans to continue his career in academia, and has an interest in the development of therapeutic modalities utilizing his research experience.
- Physiological responses to strength training and aerobic exercise
- Strength training and aerobic exercise’s impact on cardiovascular health
- Exercise interventions for special populations
- Physiological implications of physical, mental, and environmental stressors
Matthew “Jake” Martenson is a 2nd-year doctoral student in Exercise Physiology. After earning his BS in Biology at Mercer University, he went on to complete his MPH at Mercer University and his MS in Applied Physiology and Kinesiology at the University of Florida. Jake ultimately desires to obtain a faculty position at a research university or work for the Navy as a Research Physiologist. With a background in public health, he possesses a broad interest in exercise physiology and it’s relevance to human health and performance.
Jake has a lifelong love of wildlife- especially reptiles and marine animals. He volunteered at a reptile sanctuary for 4 years in Tampa, FL and worked hands-on with alligators, crocodiles, snakes, and large species of lizards. Two years ago he traveled to a remote location in Mexico to swim with wild crocodiles. He also loves snorkeling and scuba diving.
- Metabolic and cardiovascular pathophysiology of obesity and insulin resistance
- Exercise as a therapeutic approach to mitigate cardiometabolic disease
Cesar is a doctoral student in the Exercise Physiology program working under the mentorship of Dr. Robert Hickner. Cesar earned B.S. and M.S. degrees in Kinesiology at The University of Texas at El Paso, where he conducted clinical and biochemistry techniques to investigate the effects of exercise and diet interventions on peripheral insulin sensitivity and skeletal muscle metabolism. After completion of his Ph.D., Cesar plans to pursue post-doctoral training and a research career in academia to study the role of exercise on energy metabolism and insulin resistance.
- Micronutrient metabolism
- Race disparities and health outcomes
- Interdisciplinary methodology
Sandi is a student in the Department of Nutrition, Food, and Exercise Sciences, studying Nutrition Science under Dr. Stephen Hennigar. Sandi graduated from FSU with a Bachelor’s in Dietetics (2011) and a Master’s in Social Work (2014). Before returning to CHS, Sandi was a clinician in the Tallahassee area working with families and individuals experiencing homelessness, severe mental illness, and/or substance use. She spent three years as a research assistant in the College of Social Work, examining social determinants of health. Thus, Sandi is interested in integrating a multi-and interdisciplinary approach for enhanced health outcomes among vulnerable and marginalized populations. Her next steps are to examine race disparities and the mediating effects of nutritional deficiencies (e.g., iron-deficiency) and social determinants (e.g., stress, food insecurity, concentrated poverty, systemic racism)
- Microvascular control mechanisms
- Vascular function with aging, microgravity and type II diabetes
- Cardiovascular adaptations to exercise training
Hyerim is a third year doctoral student in Exercise Physiology. Hyerim received her B.S. and M.S. degree in Exercise and Sport Science from Ewha Womans University in South Korea. During her master’s program, she worked in an exercise physiology laboratory and carried out research into exercise-induced physiological responses based on cellular and molecular mechanisms. She is currently interested in studying the effect of exercise and aging on microvascular control mechanisms and the vascular adaptation with microgravity as well as type II diabetes. Her ultimate goal for pursuing a Ph.D. is to develop into a professional and independent researcher specializing in this area of study. After completing the doctoral program, she hopes to continue conducting creative and novel research in the field of science.
- Hormonal, metabolic, and body composition changes during dieting, exercise, and nutritional/supplemental interventions (particularly in regards to weight-loss, weight-maintenance and weight-regain)
Originally from Utah. Received my B.S. from Weber State University (Ogden, UT Grad. 2012) in Human Performance Management with an emphasis in Wellness. My M.S. from Marywood University (Scranton, PA Grad. 2015) in Sports Nutrition and Exercise Science. Currently pursuing my PhD in Exercise Physiology here at Florida State University and I am expecting to graduate in the Spring of 2020. I have worked in the fitness industry as a personal trainer for several years and really enjoy the application of my learning. I enjoy trying to apply new research I read.
- The androgen-mediated regulation of skeletal muscle mass
- Mitochondrial function and regulation in skeletal muscle
Mike is a doctoral student pursuing a Ph.D. in Exercise Physiology studying under the guidance of Dr. Bradley Gordon. Mike’s area of research focuses on the regulation of skeletal muscle mass and function in both diseased and non-diseased conditions. Prior to attending Florida State University, Mike spent the first year of his Ph.D. studies with Dr. Gordon at the University of Central Florida. He received a M.S. in Exercise Science from East Stroudsburg University of Pennsylvania (2014), and a B.S. in Exercise Science from Bloomsburg University of Pennsylvania (2011). Mike previously worked as an instructor at East Stroudsburg University, teaching both exercise physiology and strength and conditioning courses in the Exercise Science department.
During his undergraduate studies, Mike was a 4-year varsity athlete for the Bloomsburg University baseball team. After obtaining his undergraduate degree, Mike spent two years coaching college baseball in Pennsylvania. He has also spent time in the strength and conditioning field as a volunteer intern at the University of North Carolina at Chapel Hill (Olympic sports) and University of Tennessee (football).
- Effects of Strength Training and Protein Supplementation on Special Populations
- Effects of Pre-Sleep Protein Consumption on Special Populations
- Effects of Diet, Exercise and Supplementation on Maximizing Muscle Hypertrophy and Weight Loss
- Effects of Diet, Exercise and Supplementation on the Reduction of LDL Cholesterol
Chris received his B.S. in Exercise Science from the University of South Carolina in May 2015. While there, he completed undergraduate research under the guidance of Dr. Ray Thompson investigating the effect of cadence on respiratory measures during incremental cycle ergometry to max. Chris earned his M.S. from Florida State University in August 2017. Under the guidance of Dr. Lynn Panton, he investigated the effects of pre-sleep protein consumption on morning measures of appetite and metabolism in sedentary pre- and postmenopausal women. Chris continues to work under Dr. Panton and hopes to complete his dissertation on the effects of strength training and protein supplementation in special populations.
- Pulse Chemistry
- Functional Properties of Pulse Starch
- Nutritional Classification of Pulse Starch
Oluwatoyin Olaoluwa Sangokunle earned his bachelor’s degree from the Federal University of Technology, Akure, Nigeria in 2015 with a major in Food Science and Technology. He continued his education at Florida Agriculture and Mechanical University and completed a Master’s degree in Agricultural Science – Plant Science in 2017.
He worked as an independent researcher in carrying out a feasibility study on the production of dietary antioxidant by in-vitro cell culture of American Native grapes to provide sustainable resources for Food, Pharmaceutical and Nutraceutical Industries.
‘Ola’ joined Dr. Shridhar K. Sathe’s (now deceased) laboratory as a doctoral student in fall 2017 where he is currently working on functional properties of pulse starch. He processed commonly consumed dry beans to isolate, characterize, and compare starch functional properties under the treated conditions.
Ola is currently serving as president of the executive members of the FSU College of Human Sciences, Graduate Student Advisory Council. He planned to complete his program by spring 2021. He desired to work in food companies, research and development, or academia.
- Resistance Training
- Body Composition
- Nutrient Timing
- Disease Prevention
- Sports Nutrition and Supplementation
Chester is currently pursing his doctoral degree in exercise physiology under the direction of Dr. Jeong-Su Kim. He earned his undergraduate and master’s degree from The University of Georgia in exercise science and exercise physiology respectively. Chester began his research career as an undergraduate where he investigated sex differences in muscle recovery post injury. During his masters he explored the association animal and plant protein intake have with muscle quality as well conducted work on bone health in late adolescents. His research interests are derived from his lifestyle choices as a bodybuilder and his love for his mother as he is interested in how resistance training and nutrition can alter body composition, metabolism, and attenuate disease risk, particularly in older female adults.
- Physiology of skeletal muscle
- Chronic diseases and chronic stress
- Environmental science
Abigail came to FSU from West Virginia University, with a masters degree in Exercise Physiology to work with Dr. Jennifer Steiner. She completed her masters degree on the Effects of Obesity, Chronic Stress, and Exercise on Pancreatic Health and will be working with skeletal muscle and acute and chronic alcohol while at FSU.
- The effects of nutritional interventions as it relates to human performance and body composition
I am currently pursuing a doctorate in Exercise Physiology (Spring 2020) and working at the Institute of Sports Sciences and Medicine (ISSM) Lab. Prior to attending FSU, I received an undergraduate degree in Nutrition and Dietetics from the University of Florida (2012) and an MS in Nutrition from Auburn University (2014). While attending Auburn University I completed my dietetic internship and became a Registered Dietitian.
I enjoy playing competitive beach volleyball and have beaten the world record for one-hand clapping. I once went fencing with the Scottish Olympic Fencing Coach. I’ve also been snorkeling on the Great Barrier Reef, hot air ballooning over Scotland, and to South Africa as part of a study abroad trip and have a selfie with a zebra.