Pamela Gehron Robey

This study characterizes a new pluripotent state in RSeT hESCs, showing resistance to naive and formative conversion and distinct transcriptomic and signaling features.

This study identifies how tissue mechanics and hyaluronic acid regulate digit tip regeneration by modulating ECM composition and cell behavior.

This study identifies the Hippo-YAP/TAZ-TEAD axis as a regulator of bone marrow stromal cell multipotency through computational analysis of single-nucleus multiomics data.

This study identifies a transcriptomic signature and secreted factors from Gs-activated BMSCs in fibrous dysplasia, linking them to pro-inflammatory and pro-osteoclastic behavior and potential therapeutic targets.

This study identifies a unique metabolic state in RSeT human embryonic stem cells characterized by quadrivalency, linking it to growth independence from oxygen and resistance to naive reprogramming.