I am a recent graduate with research experience in reproductive genetics and molecular biology, currently working as a research assistant across projects focused on fertility, metabolism, and genomic regulation. My work spans both wet-lab and data-driven approaches, including genetic pathway analysis and the interpretation of clinically derived genomic datasets.

I have contributed to research investigating the genetic basis of endometriosis, focusing on inflammation, oxidative stress, and hormone-related pathways, and how these may influence disease risk and reproductive outcomes. I am also involved in ongoing research exploring epigenetic regulation and metabolism.

My research interests lie in women’s health, particularly the biological mechanisms underlying reproductive disorders such as endometriosis and infertility. I am especially interested in how genetic and molecular signatures can be translated into earlier, non-invasive diagnostic approaches and more personalized models of care.

I am keen to contribute to collaborative, interdisciplinary research that bridges molecular biology, genomics, and clinical application in women’s health.