Exploratory Biology

Our Exploratory Biology core includes academic-style basic science projects addressing open questions, and hypothesis- or discovery-driven research. Expected outcomes are new biological insights (e.g., pathway, target, mechanism, etc.) or ground-breaking new tools or engineering concepts.

Meet the research groups

Group Lead: Gray Camp

We use single-cell genomic, imaging, and stem cell bioengineering technologies to explore human development and disease. Broadly, we like to think about how cell fates and states are established during organ formation, how diverse cells organise themselves in complex microenvironments, and how disrupted cell ecosystems lead to disease. We use and develop high-information content measurements and computational methods to explore these topics. Currently we work primarily on development and disorders of the central nervous system and gastrointestinal tract. We are also interested in how human organs are different from other species, and how human evolution has led to disease susceptibilities.

Gray Camp

Group Lead

Lukas Adam

PhD Student

Marina Almató Bellavista

Research Associate

Marie Bannier Hélaouët

Postdoctoral Researcher

Jonas Simon Fleck

Postdoctoral Researcher

Bruno Gjeta

Research Fellow

Christoph Harmel

PhD Student

Ryo Okuda

Postdoctoral Researcher

Stefano Secchia

Postdoctoral Researcher

Marina Signer

PhD Student

Quan Xu

Postdoctoral Researcher

Qianhui Yu

Postdoctoral Researcher
Group Lead: Michael N. Hall

We focus on adipose tissue biology, in particular how adipose tissue communicates with the central nervous system (CNS) and other tissues to mediate energy homeostasis. Findings may provide mechanistic insight on the pathophysiology of diabetes.

Michael N. Hall

Distinguished Scientist

Irina Frei

Scientist

Laura C. Hinte

Postdoctoral Fellow

Ryoko Okamoto

Principal Associate

Mitsugu Shimobayashi

Principal Scientist

Stefan Spirig

Postdoctoral Fellow
Group Lead: Joep Beumer

To sustain a multifunctional tissue, gastrointestinal stem cells divide constantly to replenish a broad spectrum of cell types. Two of its component cell types play an essential role in whole-body nutrient homeostasis: The nutrient-absorbing enterocytes and numerous types of hormone-producing enteroendocrine cells (EECs). These hormones affect important physiological processes related to metabolism, including peristaltic bowel movement and satiety. Our group studies how stem cells generate these diverse cell types, and how the intestine exerts its key metabolic functions. We employ a combination of engineered organoid systems, high-content CRISPR-based functional screens and single-cell technologies to tackle these questions.

Joep Beumer

Group Lead

Ninouk Akkerman

PhD Student

Yannik Bollen

Postdoctoral Researcher

Jannika Finger

Senior Research Associate
Group Lead: Hans Clevers

The research group explores and expands upon Hans’ foundational work on growth conditions for organoids derived from adult epithelial stem cells. The main focus of the group will be on disease mechanisms that affect the human lung, liver and pancreas.

Hans Clevers

Director IHB and Group Lead

Beryll Klingler

Lab Manager

Linjie Lu

Postdoctoral Fellow

Antonio Santinha

Postdoctoral Fellow

Zhongyu Zou

Postdoctoral Fellow

Join us

We are always looking for talented individuals.