Researchers develop the first interactive model of cell division

Scientists from the European Molecular Biology Laboratory (EMBL) have created the first interactive map of the proteins involved in cell division.

Image Credit: Andrii Vodolazhskyi / Shutterstock

The tool enables researchers to pinpoint which proteins work together to drive this essential process. The importance of this is paramount, as the failure of mitosis leads to defects such as fertility problems and cancer.

In 2010, the same research team established which parts of the human genome are involved in cell division, but it is not the genome that drives the process; it is the proteins the genome encodes.

Hundreds of proteins work together to coordinate cell division, often working in groups, but until now, researchers have mainly focused on single proteins.

Project leader Jan Ellenberg says that now it is possible to take a “systems approach” and study the bigger picture by looking at the dynamic networks the proteins form in living human cells.

Mitotic cell atlas: track proteins during cell division

The Mitotic Cell Atlas integrates this information into an interactive 4D computer model that researchers can use to select any combination of mitotic proteins and see how they cooperate during cell division.

Besides mitosis, the technologies developed here can be used to study proteins that drive other cellular functions, for example cell death, cell migration or metastasis of cancer cells.

By looking at the dynamic networks these proteins form, we can identify critical vulnerabilities, points where there's only one protein responsible to link two tasks together without a back-up.”

Jan Ellenberg, Project Leader

Overall, about 600 proteins drive mitosis in human cells. Having a dataset for all 600 of them would enable researchers to understand how information is transmitted and how decisions are made within a cell as it divides. This will require several more years of research.

Co-author Stephanie Alexander says that at EMBL, the researchers are continuously adding data to the atlas by imaging more and more proteins using the same standardized method:

In the long run, a full overview of all the cell's proteins will allow us to see how different important processes of life, like cell division and cell death for example, are linked to one another. You can only understand this from a network point of view."

Stephanie Alexander, Co-author


This news article has been re-written from an EMBL press release, originally published on EurekAlert.

Sally Robertson

Written by

Sally Robertson

Sally first developed an interest in medical communications when she took on the role of Journal Development Editor for BioMed Central (BMC), after having graduated with a degree in biomedical science from Greenwich University.


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