411 S. Nedderman Drive
Box 19407, Arlington, Texas 76019-0407
P: 817-272-2776 | F: 817-272-5006
Nursing Research Programs
The College of Nursing and Health Innovation hosts some of UTA's most exciting scientific research programs. As part of the Department of Undergraduate Nursing and the Department of Graduate Nursing, researchers regularly and closely collaborate with Department of Kinesiology, and make important contributions to research at the University.
- Dr. Patricia Allard
Focuses on exploring the role of resilience, anxiety, depression, and stress on the mental health of newly graduated nurses transitioning to practice
- Dr. Marco Brotto
Investigating Muscle Physiology and Musculoskeletal Disease
- Dr. Kathryn Daniel - SmartCare Apartment
Focuses on technology development to assist older adults in safe independent living in the community
- Daisha Cipher - NERI lab
Specializes in conducting research aimed at determining the causes of successful outcomes in clinical, educational, and medical settings, using various statistical tools such as risk modeling and multivariate applications, as well as analyses of large national health datasets.
- Dr. Deanna Furr and Cheryl Anderson
Focus of the study is evaluating the effectiveness of expressive writing in the reduction of PTSD and depression among mothers with long-stay infants in NICU.
- Dr. Kristin Gigli
Conducts research, advocacy, and education to improve pediatric health outcomes by optimizing care delivery systems’ utilization of nurse practitioners and through evaluation of health policies.
- Dr. Florence Haseltine
Research is centered around UTA's North Texas Genome Center, which is a service center for genomic sequences and has been the site of the UTA Athletic COVID-19 testing program.
- Dr. Lynda Jarrell
Investigates the integration of telehealth/telemedicine training into Family Nurse Practitioner programs
- Leslie Jennings
Focus includes exploring the predictive factors of nursing school success in students as well as what variables impact persistence.
- Sohyun Kim
My research focuses on improving psychosocial health among persons living with dementia and their family caregivers of underrepresented populations using technology. My current research includes improving socialization and relationship quality between family caregivers and persons living with dementia.
- Dr. Zhaoli Liu
My research focus is on promoting health and quality of life in vulnerable population, especially older adults living with chronic conditions (e.g., cancer, type II diabetes, and other comorbidities), through preventive strategies including lifestyles modification, screening, and early detection interventions.
- Dr. Elizabeth Merwin
Focuses on improvements in health outcomes and reduction of health disparities in rural, minority, and vulnerable populations, using large, national health care datasets for population health studies.
- Adejoke (Felicia) Ogidan
My research focus is investigating the best innovative educational approach that will prepare pre-licensure nursing students in delivering quality end-of-life care to the elderly population, especially those with chronic health conditions.
- Dr. Zui Pan
Investigating Intracellular Calcium Signaling and its Pathophysiological Implications in Human Diseases
- Dr. Jaquetta "Jada" Reeves
To develop creative and innovative strategies that will improve sexual health services, increase access to high-quality care and decrease the spread of STIs and risk of HIV among at-risk populations in underserved communities.
- Dr. Meagan Rogers
Is investigating the use of telepresence robots to mitigate COVID-related clinical experience challenges.
- Jennifer Roye
My research focus is healthcare simulation. My primary areas of interest are evaluation, innovation, and learning theory related to simulation education.
- Dr. Barbara St. Pierre Schneider
My research focuses on the white blood cell response to skeletal muscle trauma alone or in combination with hemorrhagic shock. I have studied (a) factors influencing this response, including biological sex, ovarian hormones, and hypobaric hypoxia related to aeromedical evacuation and (b) the interaction between the spleen and muscle trauma. I am also interested in the relation between muscle trauma and the biology of aging. The long-term goal of this research is to identify treatments that can expedite or ensure a timely recovery after muscle trauma.
- Dr. Yaewon Seo
Focuses on symptom management (particularly, dyspnea), breathing pattern, functional capacity, quality of life, use of health care utilization, and underlying bio-physiological mechanisms of how deep and slow breathing training to reduce dyspnea and improve functional status in patients with heart failure or long COVID.
- Dr. Jessica Smith
Focuses on generating knowledge about how nursing resources could be modified to result in safer care for rural communities.
- Dr. Mari Tietze
Grounded in the translational research approach, I have focused on research aimed at enhancing the adoption of best practices in the community, for patients, as well as for providers. Primarily, this focus has been on patient safety and quality in urban and rural areas.
- Dr. Regina Urban
Focuses on topics specific to nursing education in academic and clinical practice settings, including research that contributes to improving student success and persistence in undergraduate settings, and research concerning new graduate nurses in the transition to professional practice.
- Dr. Venu Varanasi
Rapid Healing Through New Biomaterials and 3D Printing/Nanofabrication
- Dr. Yan Xiao
My Health Innovation Laboratory supports research in simulation, education and technology in individual and population health across the continuum of care, from patient homes to clinics to hospitals
Kinesiology Research Programs
The Department of Kinesiology is proud of its long tradition of scientific inquiry and research as embodied by our research laboratories. In these spaces science meets application and the results improve health for the people of North Texas, our nation, and the world.
- Applied Physiology and Advanced Imaging Laboratory
PI: Dr. Michael D. Nelson
This laboratory is focused on questions relating to human health and cardiovascular disease, specifically pertaining to: 1) cardiac physiology and ventricular function, and 2) vascular regulation and neurovascular coupling.
- Biomechanics Laboratory
PI: Dr. Mark Ricard
The primary focus of the Biomechanics Laboratory is to investigate the effects of human joint mechanics and neuromuscular control upon health outcomes. We utilize high-speed three-dimensional video, forces plates and electromyography to quantify the effects of external forces and moments upon ankle, knee, hip and shoulder joint mechanics. Injury to the knee cartilage or the ACL ligament greatly increases the likelihood of developing knee joint osteoarthritis. We analyze neuromuscular control and joint mechanics in walking, running and landing activities to identify joint loading patterns that may contribute to early onset knee joint osteoarthritis in post-rehabilitated individuals. Other laboratory investigations include upper-body postural control during wheelchair braking, fall risk for elderly individuals, and finally low back injury risk in workplace lifting.
- Bone Vascular and Microcirculation Laboratory
PI: Dr. Rhonda Prisby
This lab examines the interaction between blood vessels and bone in states of health and disease.
- Cardiovascular Physiology Laboratory
PI: Dr. David Keller
My research focuses on dynamic blood pressure control with an emphasis on racial disparities.
- Developmental Motor Cognition Laboratory
PI: Dr. Priscila Tamplain
This lab investigates the development of motor behavior in children and adolescents.
- Disability Sports Laboratory
PI: Dr. Judy Wilson
The research in this laboratory focuses on the physiological responses of wheelchair athletes to exercise both maximal and submaximal intensities. Other research interests include the effects of hyperbaric oxygen therapy as a tool to improve clinical outcomes from strokes and other chronic conditions.
- Health Services Research Laboratory
PI: Dr. Tiffany Kindratt
This lab conducts epidemiologic research studies focused on evaluating predisposing (e.g. race and ethnicity, specifically Arab Americans) and enabling (e.g. patient-provider communication, patient experience) factors that influence individuals' morbidity, mortality and use of health services with big data methodologies.
- Human Neural Cardiovascular Control Laboratory
PI: Dr. Paul Fadel
This lab investigates neural cardiovascular control in human health and disease.
- Hwang Lab
PI: Dr. Chueh-Lung “Laura” Hwang
My research is on cardiovascular response to exercise, diet, and alcohol use in humans. I am currently studying the effect of binge drinking on cardiovascular health and its interaction with exercise and aging. My ultimate research goal is to identify/develop preventative and therapeutic approaches for cardiovascular disease related to unhealthy lifestyle.
- Kao Lab
PI: Dr. Yungfei Kao
The Kao lab focus is on applied statistics, biostatistics and cognitive psychology. Her research interests in biostatistics and applied statistics relates to comparisons of traditional ANOVA general linear models to mixed-effects models utilizing maximum likelihood in repeated measures designs.
- Integrative Immunology Laboratory
PI: Dr. Daniel Trott
My research focuses on how the immune system interacts with other tissues to regulate cardiovascular and metabolic function.
- Integrative Vascular Physiology Laboratory
PI: Dr. R. Matthew "Matt" Brothers
My research investigates the mechanisms of impaired autonomic and vascular function in selected at-risk/diseased populations.
- Maternal and Child Health Equity Laboratory
PI: Dr. Kyrah K. Brown
My research examines the factors that shape the birth outcomes and health of Black women across the lifespan.
- Movement Physical Activity Epidemiology Laboratory
PI: Dr. Xiangli Gu
My research seeks to improve the health and well-being of children and adolescents.
- Neuromuscular Diseases Lab
PI: Dr. Jingsong Zhou
My research focuses on Ca signaling and mitochondrial function in striated muscle pathophysiology and neuromuscular diseases, particularly Amyotrophic Lateral Sclerosis (ALS).
- Nicotine and Tobacco Research Laboratory
PI: Dr. Ziyad Ben Taleb
My research focuses on emerging tobacco products like hookahs and e-cigarettes and their effects on health.
- North Texas Genome Center (University-wide center)
Dr. Jon Weidanz
For more than 20 years my laboratory has been interested in identifying tumor-specific peptides presented by the human leukocyte antigen (HLA) system for use as potential targets for immunotherapy. As part of this focus, my laboratory developed methods to discover antibodies that recognize specific peptide/HLA complexes that we dubbed as T-cell receptor mimicking (TCRm) antibodies.
- Physical Activity Laboratory
PI: Dr. Larry Nelson
My research centers on measuring the physiological and psychological effects of physical education in youth development programs. This work has advanced service-learning and active-learning models in teacher education practices that improve the mental and physical health outcomes of students.
- Physical Activity and Wearable Sensors (PAWS) Laboratory
PI: Dr. Yue Liao
My research promotes active living using wearable sensors for chronic disease prevention.
- Social Determinants of Health Lab
PI: Dr. Yeonwoo Kim
- Spatial Health Equity (SHE) Lab
PI: Dr. Feinuo Sun
We are dedicated to addressing spatial disparities in population health outcomes, with a particular focus on chronic pain and its associated consequences.
- Therapeutic Interventions Research Laboratory
PI: Dr. Cynthia Trowbridge
My research investigates the clinical efficacy and therapeutic intervention in athletic injury.
- Wilson Lab
PI: Gabriela Mustata Wilson
My research interests are in assessing whether and to what extent health information technology applications increase efficiency in clinical settings as well as finding and understanding the connection between molecular targets to disease, and to exploit these connections for the development of therapies, and the subsequent benefit in terms of human health outcome.