Lab Overview

Our lab focuses on understanding the molecular mechanisms underlying embryonic stem (ES) cell self-renewal and differentiation. ES cells are remarkable cell lines, derived from the inner cell mass of pre-implantation embryos, that can grow indefinitely in culture. When an ES cell divides, it can either produce identical copies of itself (self-renewal) or other more specialized cell types (differentiation), such as neurons. Understanding how an ES cell makes this choice between self-renewal and differentiation is the central challenge in stem cell research.

  • Smooth muscle cells derived from human embryonic stem cells (Image courtesy of the Ying Lab)
    Smooth muscle cells derived from human embryonic stem cells (Image courtesy of the Ying Lab)
  • Liver stem cells derived from rat embryonic liver (Image courtesy of the Ying Lab)
    Liver stem cells derived from rat embryonic liver (Image courtesy of the Ying Lab)
  • Neural stem cells derived from mouse brain (Image courtesy of the Ying Lab)
    Neural stem cells derived from mouse brain (Image courtesy of the Ying Lab)