Microtubules Function and Cell Division
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The aim of the CRG photo gallery is to provide an overview of our scientists’ research activities through the images generated in the course of their research projects.
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Title: Xenopus cells undergoing metaphase
Ref: IV-0042
Author: Tommaso Cavazza
Size: 800 x 800
Description:
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Explore CRG Images
The aim of the CRG photo gallery is to provide an overview of our scientists’ research activities through the images generated in the course of their research projects.
All our images are available on demand in digital form with higher quality for for-profit and any other uses. For any of these requests please contact us.
Title: Xenopus cells undergoing anaphase
Ref: IV-0041
Author: Tommaso Cavazza
Size: 800 x 800
Description:
-
Explore CRG Images
The aim of the CRG photo gallery is to provide an overview of our scientists’ research activities through the images generated in the course of their research projects.
All our images are available on demand in digital form with higher quality for for-profit and any other uses. For any of these requests please contact us.
Title: Xenopus cells undergoing prophase
Ref: IV-0040
Author: Tommaso Cavazza
Size: 800 x 800
Description:
-
Isabelle Vernos
Research and Interests
Dr. Vernos has a long-standing interest in understanding the complex mechanisms and signaling pathways that coordinate the transient formation of mitotic spindles, i.e. the microtubule-based molecular machines that segregate the chromosomes during cell division. Her research specifically focuses on elucidating and identifying the complex protein networks involved in the formation of microtubule. In addition, she studies the dynamic interactions between microtubule-dependent molecular motors and chromosomes during cell division. Cell division is a life critical process, and perturbations of it may lead to cell death, abnormal proliferation and developmental defects. A thorough understanding of the mechanisms controlling cell division may thus lead to the discovery of new ways to diagnose and treat cancer, fertility and other major disorders, in which perturbations of cell division play a role.