About the conference

The sentence "What I cannot create, I do not understand" attributed to physicist Richard Feynman, summarizes the spirit of the DivIDE conference, which wants to push the ambition of modern-day structural biology to the limit of what is currently possible.

The focus of this conference is the structural and functional understanding of the spindle. The microtubule cytoskeleton is essential for a wide variety of cellular functions, among which we can find chromosome segregation and cell division. These processes can be modulated by various strategies that can lead to human diseases including but not limited to cancer. In recent years, cell and molecular biology increasingly boost our knowledge of protein functions involved in spindle assembly and chromosome segregation. This further spikes an increasing interest and need for structural biology and mathematical modeling that can give us insights into the structural organization of the spindle.

The progressive shift towards these fields has created the need for a strong meeting that brings together researchers from different disciplines interested in the structural understanding of the spindle and microtubules. This role has been played by the DivIDE conference, which was initiated in 2018.

Following the tradition of our previous meetings, this conference will feature inspiring keynote lectures, opportunities for early-career researchers to present their research in short or flash talks selected from the submitted abstracts, poster session, and networking activities.

Thanks to the Boehringer Ingelheim Foundation we are able to fund the participation of three outstanding junior scientists! Please refer to the registration form for further information!

September 22 - 25, 2025
With over 20 speaking opportunities available, this is a great chance to showcase your research and ideas.
Important deadlines:
  • Early registration deadline (discounted) - till 30.04.2025
  • Last registration deadline (full price) - till 13.07.2025

Upon successful registration, you will receive an email address for abstract submission. Please use this address to submit your abstract (maximum 400 words) for either a 15-minute talk, a poster presentation, or both.
  • Abstract submission deadline - 25.07.2025
  • Notification of talks/poster acceptance - 31.07.2025

Conference Sessions

Session 1:

The dynamics of spindle architecture

Explore the intricate dance of spindle fibers as they orchestrate cell division, ensuring precise chromosome segregation and genomic stability. Delve into the mechanisms that drive this architectural marvel at the heart of life's continuity.

 

Session 2:

Understanding cell division with reconstituted systems

Uncover the power of reconstituted systems in demystifying cell division. This session will highlight how simplified, cell-free environments provide profound insights into the molecular machinery that propels cells through their division cycles.

 

Session 3

Cell division across living systems

Journey through the diversity of cell division mechanisms across different organisms. From unicellular life forms to complex multicellular entities, discover the universal principles and unique adaptations that define how life proliferates.

Invited Speakers


René Medema

René Medema

Princess Máxima Center
Utrecht, NL
Adele Marston

Adele Marston

University of Edinburgh
Edinburgh, UK
Anna Akhmanova

Anna Akhmanova

Utrecht University
Utrecht, NL
Anne Straube

Anne Straube

Warwick Medical School
Coventry, UK
Andrea Musacchio

Andrea Musacchio

Max Planck Institute of Molecular Physiology
Dortmund, DE
Christopher Campbell

Christopher Campbell

MFPL - University of Vienna
Vienna, AT
Sarah McClelland

Sarah McClelland

Barts Cancer Institute
London, UK
Program 

Program
 

Organizer

Thomas Surrey

Thomas Surrey

Centre for Genomic Regulation
Barcelona, Spain
Francesca Maci

Francesca Maci

Max-Planck-Institute of Molecular Physiology
Dortmund, Germany
Daniel Martsch

Daniel Martsch

Max-Planck-Institute of Molecular Physiology
Dortmund, Germany
Verena Cmentowski

Verena Cmentowski

Max-Planck-Institute of Molecular Physiology
Dortmund, Germany
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