Pediatric Resident

The petitioner proposes to develop evidence-based protocols for resuscitating newborns, specifically focusing on preterm and high-risk populations. Her work evaluates the effectiveness of oxygenation strategies, umbilical cord management, and cardiopulmonary interventions to optimize long-term neurological and physiological outcomes. Additionally, she aims to address disparities in neonatal care within underserved and rural communities to improve health equity.

The petitioner proposes to continue her research in biochemistry and developmental biology, specifically focusing on bioengineering at sub-cellular, multicellular, and tissue scales. Her work aims to unravel how molecular systems shape human development to understand the origins of neurodevelopmental disorders, congenital heart defects, and metabolic diseases. This research serves as a foundation for next-generation therapies targeting life-altering conditions affecting children.

The petitioner proposes to leverage computer vision and machine learning to develop multi-modal human behavior analysis techniques. This work focuses on interpreting visual and temporal signals to detect early signs of neurodevelopmental disorders, aiming to support earlier clinical diagnoses and targeted interventions.

The petitioner proposes to utilize advanced genome sequencing, immunoprofiling, and real-world patient data to uncover genetic and immune mechanisms underlying pediatric diseases. The work focuses on developing early diagnostic tools and targeted, individualized therapies for pediatric autoimmune and neurodevelopmental disorders.