Graduate Research Assistant

The petitioner proposes to address uncertainties related to aerosol emission, chemical composition, size, and evolution in the atmosphere using state-of-the-art mass spectrometry and statistical analysis. The work aims to improve understanding of how aerosols change after emission to better constrain regional impacts on air quality and climate change.

The petitioner proposes to advance the development of new treatments for prevalent medical disorders, specifically cancer, heart failure, and heart attacks, by conducting research on disease mechanisms. Her work focuses on improving the diagnosis, treatment, and prevention of these leading causes of global mortality.

The petitioner proposes to investigate the signaling pathways and molecular mechanisms that drive disease progression in conditions caused by environmental toxins, liver malignancies, and neurological disorders. Her work focuses on identifying early disease processes to support the development of early detection methods and targeted therapies. The endeavor aims to lower healthcare costs and improve outcomes for individuals struggling with neurodegenerative diseases and environmental health risks.

The petitioner proposes to continue conducting chemical characterization of emerging and previously unidentified anthropogenic pollutants. This research aims to expand the understanding of pollutant behavior to inform cleaner air policies and address public health concerns related to unhealthy air pollution levels in the United States.