About
Ripla Arora is an Assistant Professor in the Cell & Molecular Biology Program and Genetics & Genome Sciences Program at Michigan State University. Her research focuses on understanding how hormones influence uterine 3D architecture to modulate embryo implantation and pregnancy success. She employs techniques such as classic embryology, developmental genetics, 3D imaging, and computational analysis to study maternal-fetal interactions.
Key research interests include uterine gland development, hormonal regulation mechanisms, and the interplay between progesterone and reproductive processes. Her work integrates advanced imaging technologies with molecular biology approaches to unravel structural-functional relationships in the uterus.
Recent publications highlight her contributions to understanding Tbx4-related pulmonary hypertension, endometrial stromal cell contributions to fertility, and the role of signaling pathways like YAP1/WWTR1 in pregnancy initiation. Her studies bridge developmental biology and clinical applications, with implications for fertility and pregnancy complications.
No scientific awards are explicitly listed in the provided text. Her research group, the Arora Lab, actively investigates uterine architecture using multidisciplinary methods.
