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| Contacts |
| Email |
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| Telephone |
+39 0461 28 2824 |
| Fax |
+39 0461 28 2814 |
| Room |
112 |
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Research interests
Cell cycle regulation—regulation of DNA replication and mitosis in space and time.
Effects of circadian clock - cell cycle coupling.
Spatial and temporal pattern of cell growth, polarity and morphology.
Molecular network dynamics. Budding yeast, fission yeast.
Multilevel tissue and tumor formation modeling.
Tools for network analysis-- bifurcation analysis, phase plane techniques, coupled ODE systems, reaction-diffusion equations.
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| Short biography
Attila Csikász-Nagy was born in Budapest, Hungary on 20 June 1974. He received an M.S. degree in 1998 (thesis title: “Mathematical models for the evolution of eukaryotic cell cycle”), and a PhD degree in 2000 (thesis title: “Mathematical models of the budding yeast cell cycle”) from the Budapest University of Technology and Economics under the guidance of Prof. Béla Novák. He spent several months in 1997 and 1999 as a visiting scholar in Prof. John Tyson’s lab (Virginia Tech, USA), modeling the Start and exit-of-mitosis transitions of the budding yeast cell cycle. The focus of his graduate work was studying how various eukaryotic cells control their cell cycle progression in time, using coupled ordinary differential equations (ODE) and bifurcation analyses. Since the process of cell growth and division is orchestrated in space as well as in time, Attila became interested in how fission yeast cells obtain their rod shape, grow in a polarized fashion (they first grow in one end and then switch to grow in both ends) and then make a septum in the middle. From 2000-2004, he worked with Dr. Novák as a postdoctoral fellow to study microtubule dynamics and morphogenesis in fission yeast, using reaction-diffusion equations. In 2004, he spent a year as a postdoctoral fellow with Dr. Tyson to build a generic model of cell cycle regulation that is applicable to a wide spectrum of eukaryotes from budding yeast, fission yeast, and Xenopus embryos up to mammalian cells. In 2005, he joined the Molecular Network Dynamics Research Group of the Hungarian Academy of Sciences, led by Béla Novák. He was an assistant professor from 2005-2007 at the Budapest University of Technology and Economics, where he taught courses in cell biology and microbial physiology. During his career, Attila worked out mathematical models of cell cycle regulation in various eukaryotic organisms and analyzed these models with tools of non-linear dynamics. His publications have appeared in leading journals of the field, and Attila is a regular reviewer for journals such as the Journal of Theoretical Biology, Molecular Systems Biology, BMC Systems Biology, Physical Review Letters, PLoS Computational Biology, IET Systems Biology and other related journals. Attila joined CoSBi in June 2007. |
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