Brief Summary of research: 

My research focuses on the neuroendocrine regulation of fertility, with particular emphasis on the molecular and neuronal pathways that connect the brain and ovary. We employ viral vector–based genetic manipulation (e.g., AAVs), in vivo imaging, and circuit-mapping approaches to uncover the functional connectome linking the central and peripheral nervous systems with the reproductive system. These strategies intersect with nanoscience through the use of nanoscale delivery systems (such as viral particles), neuroengineering tools, and molecular sensors.

Specific research topics related to Nanoscience and Nanotechnology:

I anticipate extensive use of the Nano Center’s advanced microscopy platforms, nanoscale fabrication tools, and particle characterization equipment to optimize targeted delivery, visualize tissue-level changes with high resolution, and support collaborative bioengineering approaches for investigating the neural–ovarian interface. Participation in the Nano Center fosters interdisciplinary exchange and enables the integration of nanotechnology into reproductive neurobiology—opening new translational avenues for fertility modulation and diagnostic development.