Team

We are the 2015 version of the Paris-Saclay team and we will proudly represent the Paris Saclay University at Boston for the fourth consecutive year. The first Team Paris Saclay was created in 2011 by both students and researchers found of synthetic Biology who had heard about a competition which was becoming more and more important on the other side of the Atlantic, the iGEM competition.

Our team is composed of students from different scientific fields forming a formidable multidisciplinary group. We are advised by two PhD and four researchers from the Institute of Integrative Biology of the Cell (I2BC). This institute regroups 80 teams of scientists, 15 technological facilities from 8 research units. It hosts us and helps us every year for the realisation of our project and we thank all the members and managers of the institute for their very welcoming care.

Students

Audrey Moatti

Immunology
a.k.a: Fishers
If you were a BioBrick, which behaviours would you have? A system which permits to change the bacteria color depending of its mood: it would be green if the bacteria feels happy, red if it's angry, and black if it feels depressed or wistful.
One talent: Best piggy imitation ever.
Funniest lab disaster: For my first iGEM lab day, I did drop a full tube of glass beads on the lab floor. The easiest way to generate head injury... (there is still one or two beads hidden somewhere)

Cheikh Fall Ndiaye

Physics & Engineering of Energy
a.k.a: Bolt
If you were a BioBrick, which behaviours would you have? Sequencing.
Bragging rights: Loading.
Funniest lab disaster: Error 404 : disaster information not found (or classified).

Coralie Demon-Chaine

Cancerology
a.k.a: Ko
If you were a BioBrick, which behaviours would you have? a system to produce caffein in my stomach inducible by closing the eyelids.
One talent: The big ridiculous smile to my colleagues which means "could you make an agarose gel for me please?"
Funniest lab disaster: Everything that implicates a computer or other technology...

Johan Bourdarias

Biochemistry
a.k.a: boubou91
If you were a BioBrick, which behaviours would you have? a system.
One talent: I can write my firstname in all languages.
Funniest lab disaster: All the team conclued that my music was the worst lab disaster

Pauline Aubert

Chemistry
a.k.a: Po
If you were a BioBrick, which behaviours would you have? I would produced a coloured molecule.
One talent: I am particularly good at making start Audrey.
Funniest lab disaster: I am certainly the one who did the most gaff in the lab.

Advisors

Alice Devigne

Lab:Institut de Biologie Intégrative de la Cellule
Thesis subject: My PhD focuses on caracterisation of a protein implicated in radioresistance in Deinococcus radiodurans bacteria

Claire Baudier

Lab: Institut MICALIS (Microbiologie de l’Alimentation au service de la Santé)
Thesis subject:My PhD focuses on the mechanisms responsible for resource allocation in bacteria using a model-driven approach. I work on the Bacillus subtilis bacterium, for which there is a growing interest in the field of biotechnologies.

Fabio Maschi

Computer Engineering
One talent: 72 hours without sleep working on this wiki
Responsabilities: Student advisor.

Maher Ben Khaled

Fundamental microbiology
a.k.a: The spammer
One talent: I can speak with bacteria, I get along very well with E. coli K12
Funniest lab disaster: I lost count
Responsabilities: Human practices, internal and external communication, student advisor.

Instructors

Claire Toffano

Lab: Institut de Biologie Intégrative de la Cellule
Developing computational tools in the D.Gautheret's team for the discovery of new RNA genes in genome sequences.

Olivier Namy

Lab: Institut de Biologie Intégrative de la Cellule
Genomic, Structure and Translation

Philippe Bouloc

Lab: Institut de Biologie Intégrative de la Cellule
Bacterial signalling and network regulations

Sylvie Lautru

Lab: Institut de Biologie Intégrative de la Cellule
In our team, we are working on discovering new bioactive metabolites produced by soil bacteria, Streptomyces, on understanding the biosynthetic pathways of these metabolites and on designing new pathways to synthesize new metabolites.

Sponsors