My research focuses on sensorimotor function and cognitive states, using behavioral experiments and bioinformatics analyses.
Explore my research projects, analysis workflows, and scientific tools on the Projects page. Published studies are listed under Publications.
This study asks whether physiological and behavioral signals can predict attentional lapses, and whether the resulting models generalize to new participants.
I am investigating whether behavioral and physiological data can predict subsequent performance in a sustained-attention task.
This ongoing study investigates cognitive-load estimation from physiological and eye-tracking data, with a focus on how well models generalize to new participants.
I am investigating how well EEG, ECG, EDA, and eye-tracking data can estimate cognitive load, and whether the models generalize to new participants.
This study examined whether Neuritin modulates behavioral recovery after traumatic brain injury.
I studied how neuritin affects sensorimotor behavior, learning, and memory after traumatic brain injury.
This study examined cognitive and affective dysfunction in a mouse model of chronic neuroinflammation.
I investigated the effects of 4-ethylguaiacol (4-EG) on cognition and behavior in mice with chronic neuroinflammation.
This study examined the relationship between coal dust exposure and cognitive impairment.
I contributed transcriptome analysis and helped organize clinical, exposure, questionnaire and cognitive-assessment data.
This study examined the effects and potential mechanisms of safranal in isoproterenol-induced myocardial injury.
I co-authored a study of safranal in isoproterenol-induced myocardial injury, combining network pharmacology with experimental investigation.
This study investigated postoperative cognitive dysfunction in aged mice and possible approaches to treatment.
As an undergraduate research assistant, I conducted behavioral assessments and assisted with patch-clamp experiments.
