Thesis: | Understanding how traumatic memories are embedded in the brain and impact sleep. Specifically how this occurs through norepinephrine influence in cortical brain regions to produce maladaptive stress responses. |
Master of Science in Physiological Science (2022) - University of California, Los Angeles
Thesis: | I am interested in integrating multi-tissue multiomics data to dissect genetic and molecular perturbations in cardiovascular diseases via a systems biology approach. I am also interested in employing cutting-edge single cell techniques to further elucidate disease mechanisms at the cell level. |
Master of Stomatology in Orthodontics (2018) - School of Medicine, Shanghai Jiao Tong University in Shanghai, China
Thesis: | I am interested in exploring mechanisms of aging, healthspan, and longevity. |
Master of Science in Genetics and Molecular Biology (2019) - State University of Campinas, Brazil & National Institutes of Health
Thesis: | The adipocyte life cycle involves a complex and highly orchestrated program of gene expression. However, in vivo, detailed mechanisms underlying the molecular regulation are incompletely misunderstood. My major research interest relies on studying novel nutrient-sensing genes and whether they have an impact on adipose tissue heterogeneity. |
Master of Science in Physiological Science (2022) - University of California, Los Angeles
Thesis: | I am interested in pathological factors leading to degenerative extracellular matrices in muscular diseases. I am also interested in the biochemistry of misfolded proteins and general pathways leading to various neurodegenerative diseases. |
Master of Science in Kinesiology- Exercise Physiology (2021) - California State Polytechnic University, Pomona
Thesis: | My research interests primarily encompass mitochondrial function, skeletal muscle physiology, and more generally biophysics in a variety of states, including in the healthy, diseased, and aging individual. I am interested in investigating these factors ranging from the molecular level to a translational perspective. |
Master of Science in Physiological Science (2021) - University of California, Los Angeles
Thesis: | Immune cell-matrix interactions in mouse models of muscular dystrophy |
Thesis: | Uncovering the role of the microbiome in neurodegenerative diseases. |
Thesis: | Studying how environmental- and experience-driven changes to neural networks contribute to production of complex behaviors in animals. |
Master of Science in Biological Science (2019)- California State Polytechnic University, Pomona
Thesis: | Olfactory and aminergic neuromodulation of visual circuits and behavior. |
Thesis: | Mechanisms of musculoskeletal injuries and neurodegenerative diseases, and exploration of potential therapeutic interventions. |
Thesis: | Neural control systems and circuits for visuo-motor integration. |
Thesis: | Elucidating the effects of hypothalamic estrogen signaling on thermoregulation and metabolic health. |
Thesis: | Studying sex differences in feeding behavior. Specifically, interested in how sex steroids, namely estrogens, and body composition act on the hypothalamus to modulate food intake. |
Thesis: | My research interest lies in investigating the circuit mechanisms of ASD behaviors and discovering circuit-based therapeutics. |
Doctor of Medicine (2015) - Harvard Medical School
Thesis: | Studying the use of computational modeling of cardiac mechanics to better understand the development and progression of heart failure in humans. |
Doctor of Medicine (2018) - University of Arkansas for Medical Sciences
Master of Arts in Clinical Investigation (2011) - Boston University
Thesis: | Investigating the immunologic implications of mechanical cellular stress and deformability. |
Thesis: | Studying neural control of torpor in mice. Specifically interested in how circulating hormones, particularly estrogens, interact with torpor-regulating neurons in the brain to modulate this process. |
Thesis: | Investigating the role of pericytes and epicardium-derived secreted factors in the cardiac remodeling process following ischemic injury in the adult heart. |
Master of Science in Biochemistry (2018) - Tulane University
Thesis: | Nutrient sensing and physiology between adipocyte tissue and liver. |
Thesis: | My research interests are sex differences in complex diseases and the study of cardiometabolic diseases such as diabetes and cardiovascular diseases with integrative methods. |