Bioinformatics Scientist Fellow

The petitioner proposes to use evolutionary theory and bioinformatics to uncover molecular mechanisms behind global health threats, including viral and bacterial infections and antimicrobial resistance. Her work involves developing novel computational tools and machine learning models for antibiotic resistance prediction and genomic analysis. The intended impact is to provide actionable insights into biological systems to improve the detection and prevention of pathogens like SARS-related viruses.

The petitioner proposes to develop comprehensive computational frameworks and bioinformatics tools to gain insight into the complexities of biological data. Her work focuses on elucidating the mechanisms of organ development and diseases to advance personalized medical interventions and reduce cancer deaths.

The petitioner proposes to continue her research in biomedical science, specifically focusing on advancing the understanding of mechanisms behind deadly diseases such as cholera, Salmonella, and COVID-19. Her work involves characterizing complex factors in antibiotic production and resistance to accelerate the development of novel, therapeutically effective antibiotics. The research aims to mitigate the threat of bacterial infections and minimize the prevalence and mortality of infectious diseases in the United States.

The petitioner proposes to develop advanced genomic and bioinformatic techniques to analyze and understand the spread of pathogens. This work aims to improve the tracking and containment of infectious disease outbreaks through computational and statistical analysis of disease transmission dynamics.