Idse Heemskerk

Idse Heemskerk is an Assistant Professor of Physics and Cell & Developmental Biology at the University of Michigan. He holds dual appointments in the College of Literature, Science, and the Arts and the Medical School's Department of Cell & Developmental Biology. His research focuses on understanding how stem cells self-organize into embryonic structures, integrating quantitative measurements with mathematical models.

Education:

• PhD in Theoretical Physics, University of California, Santa Barbara (2012)
• MS in Theoretical Physics, Universiteit van Amsterdam (2007)
• BSc in Computer Science and Physics, Universiteit van Amsterdam (2005–2007)

Research Interests: Mechanisms of self-organization in stem cells, signaling dynamics, morphogenesis, and the interplay between physical forces and genetic programs. He employs 2D gastruloids and micropatterning to model human development, with a focus on mesoderm formation and germ layer patterning.

Key Contributions: His lab has advanced methods for long-term culture of gastruloids, revealed glycolytic regulation of germ layers, and mapped mechanical forces in embryo models. Recent work emphasizes mathematical modeling of BMP signaling and FGF-driven cell fate decisions.

Awards & Recognition: None explicitly listed, but his work has been featured in Nature Methods and Cell Stem Cell.

Lab & Collaborations: The Heemskerk Lab is part of the Center for Cell Plasticity and Organ Design. Collaborations include teams at the Kavli Institute for Theoretical Physics and Rice University, focusing on systems biology approaches to embryonic development.