Belgium: Research Assitant/PhD Student Computational Modeling of Auxin Dynamics During Lateral Root Initiation, University of Gent
The research group Plant Systems Modeling of the Department Plant Systems Biology at the VIB in Ghent, Belgium, has an opening for a Research Assistant / Ph. D student (f/m) Computational modeling of auxin dynamics during lateral root initiation.
The department plant systems biology of the VIB has an opening for an ambitious and energetic research assistant in the new research group Plant Systems Modeling, that focuses on computational modeling of plant developmental biology. Systems biology is a relatively new approach in biology, that shifts focus from individual molecules, genes and cells to their dynamic interplay: how do molecules, genes and cells form a working mechanism, behaving in a predictable way?
A crucial pilar in this approach at the interface of biology, physics and computer science, is computational modeling. Modeling the biological system in a computer simulation gives us insights into developmental mechanisms, and helps us identify the gaps in our understanding of the biological system. These insights suggest new experiments, which our experimental collaborators test in the wet-lab.
What will be your task?
You will be building and analyzing dynamical models of lateral root initiation, in close collaboration with molecular biologists in the research group Root Development headed by Dr. Tom Beeckman. Lateral roots originate from cells in the root basal meristem, a proliferating tissue region just above the root tip, forming a regular branching pattern with evenly spaced lateral roots. The crucial signal for initiating the lateral root is most likely the phytohormone auxin. Auxin levels oscillate at a period of around 15 hours, precisely coinciding with the rhythm by which new lateral roots appear. Our modeling project aims at unraveling the mechanisms behind these oscillating auxin flows, which may be driven by a dynamics interaction between auxin and the production and cellular localization of its transporter proteins, including PIN, AUX and LAX. In the second part of your project you will also include root growth and the tightly orchestrated cell divisions following lateral root initiation.
Your background
For this challenging project that should lead to a Ph.D dissertation we are looking for a motivated MSc in applied mathematics, physics or computer science with interest and affinity for biology, or an MSc in Biology or Biotechnology with interest and affinity for numeric mathematics and computer science. Programming experience (C++ or similar) and experience in biological modeling (differential equations / cell-based modeling) are a big plus.
What do we offer you?
This project gives the opportunity to get a Ph.D in systems biology, in an energetic, international, multi-disciplinary environment. We have funding for four years, but we encourage
you to apply for external funds.
Interested?
Have a look at our website, www.psb.ugent.be, and send us your cv and motivated letter of application, to:
Dr. Roeland Merks / Plant Systems Modeling group
Departement Plant Systems Biology, VIB
en Moleculaire Genetica, Universiteit Gent
Technologiepark 927, 9052 Gent, België
Tel: +32 09 33 13695 - email: roeland.merks[ at ]psb.ugent.be
The department plant systems biology of the VIB has an opening for an ambitious and energetic research assistant in the new research group Plant Systems Modeling, that focuses on computational modeling of plant developmental biology. Systems biology is a relatively new approach in biology, that shifts focus from individual molecules, genes and cells to their dynamic interplay: how do molecules, genes and cells form a working mechanism, behaving in a predictable way?
A crucial pilar in this approach at the interface of biology, physics and computer science, is computational modeling. Modeling the biological system in a computer simulation gives us insights into developmental mechanisms, and helps us identify the gaps in our understanding of the biological system. These insights suggest new experiments, which our experimental collaborators test in the wet-lab.
What will be your task?
You will be building and analyzing dynamical models of lateral root initiation, in close collaboration with molecular biologists in the research group Root Development headed by Dr. Tom Beeckman. Lateral roots originate from cells in the root basal meristem, a proliferating tissue region just above the root tip, forming a regular branching pattern with evenly spaced lateral roots. The crucial signal for initiating the lateral root is most likely the phytohormone auxin. Auxin levels oscillate at a period of around 15 hours, precisely coinciding with the rhythm by which new lateral roots appear. Our modeling project aims at unraveling the mechanisms behind these oscillating auxin flows, which may be driven by a dynamics interaction between auxin and the production and cellular localization of its transporter proteins, including PIN, AUX and LAX. In the second part of your project you will also include root growth and the tightly orchestrated cell divisions following lateral root initiation.
Your background
For this challenging project that should lead to a Ph.D dissertation we are looking for a motivated MSc in applied mathematics, physics or computer science with interest and affinity for biology, or an MSc in Biology or Biotechnology with interest and affinity for numeric mathematics and computer science. Programming experience (C++ or similar) and experience in biological modeling (differential equations / cell-based modeling) are a big plus.
What do we offer you?
This project gives the opportunity to get a Ph.D in systems biology, in an energetic, international, multi-disciplinary environment. We have funding for four years, but we encourage
you to apply for external funds.
Interested?
Have a look at our website, www.psb.ugent.be, and send us your cv and motivated letter of application, to:
Dr. Roeland Merks / Plant Systems Modeling group
Departement Plant Systems Biology, VIB
en Moleculaire Genetica, Universiteit Gent
Technologiepark 927, 9052 Gent, België
Tel: +32 09 33 13695 - email: roeland.merks[ at ]psb.ugent.be
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