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||<style="border:none; ;text-align:center" |5> {{attachment:profilepic.png|New Orleans, August 2014|width="200"}} ||<style="border:none; ;text-align:center">in [[http://www.accliphot.eu/|AccliPhot]] since September 8, 2014 || ||<style="border:none; ;text-align:center" |7> {{attachment:profilepic.png|New Orleans, August 2014|width="200"}} ||<style="border:none;"> ||
||<style="border:none; ;text-align:center">in [[http://www.accliphot.eu/|AccliPhot]] since September 8, 2014 ||
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||<style="border:none; ;text-align:right"> a.succurro [AT] gmail.com||
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=== Secondary Project ===

'''''Simulation of algae and bacteria consortium'''''

During a short-term visiting position at Boston University, I collaborate with Daniel Segrè's team towards the implementation of algae model in the COMETS framework.
[[http://www.bu.edu/segrelab/comets/|COMETS (Computation of Microbial Ecosystems in Time and Space)]] is a software developed at Daniel Segrè Lab to simulate with
dynamic flux balance analysis genome-scale metabolic networks of microbial colonies diffusing and interacting on a 2D space lattice.

Antonella Succurro, PhD

New Orleans, August 2014

in AccliPhot since September 8, 2014

Institute for Quantitative and Theoretical Biology

Heinrich Heine Universität Düsseldorf

download CV

my PhD thesis

a.succurro [AT] gmail.com

Main Project

Mathematical Modelling of Chloroplast Signalling Pathways

Secondary Project

Simulation of algae and bacteria consortium

During a short-term visiting position at Boston University, I collaborate with Daniel Segrè's team towards the implementation of algae model in the COMETS framework. COMETS (Computation of Microbial Ecosystems in Time and Space) is a software developed at Daniel Segrè Lab to simulate with dynamic flux balance analysis genome-scale metabolic networks of microbial colonies diffusing and interacting on a 2D space lattice.

None: AccliPhot/ESRBlogs/Antonella (last edited 2014-12-02 18:35:27 by Antonella)