Team:LCG-UNAM-Mexico/Team

The team

Enrique Paz Wet Lab	Uriel Urquiza Wet Lab	Luis F. Montaño Wet Lab	Laura Gomez Wet Lab
Abraham Avelar Wet Lab	Adrian A. Granados Modelling	Willebaldo Garcia Modelling	Eduardo Soto Modelling
Jorge Quintana Modelling	Minerva Trejo Multitask member	Arturo Velarde Bussiness	Carlos Vargas Advisor
Libertad Pantoja Advisor	Miguel A. Ramirez-Romero Wet Lab Instructor	Osbaldo Resendis-Antonio Instructor

Acknowledgments

[http://www.ibt.unam.mx/server/PRG.base?tipo:doc,dir:PRG.curriculum,par:jlreyes Dr. José Luis Reyes Taboada]	[http://mcb.berkeley.edu/index.php?option=com_mcbfaculty&name=calendarr Dr. Richard Calendar]	[http://www.ibt.unam.mx/server/PRG.base?tipo:doc,dir:PRG.curriculum,par:spacheco M.S. Sabino Pacheco]	[http://www.icmb.utexas.edu/cmb/directory/details.asp?id=1707 Dr.Ian Molineux]
[http://www.ccg.unam.mx/personalInfo?idPersona=39 Dr. Julio Collado Vides]	[http://www.ccg.unam.mx/personalInfo?idPersona=178 Dr. David Romero Camarena]	[http://www.ccg.unam.mx/EcologicalGenomics/group3 Dr.Otto Geiger] & his research group	[http://www.morelos.unam.mx/csa/index.php?module=info&file=directorio|M.S. Karla Cedano Villavicencio]
Giuseppe Bertani

Collaborations

IPN-UNAM-Mexico Team Colaboration

Our team has closely collaborated with IPN-UNAM-Mexico iGEM team since the early stages of both projects by the exchange of ideas and discussions about experimental and theoretical issues of both projects.

Throughout the evolution of both projects, complications and doubts became more specific and the collaboration became closer. They helped us with relevant aspects of our project model. In particular, when we were building the model for the diffusion component of our system, we found it quite hard because it incorporated considerable diffusion elements. So, we were assessed by IPN-UNAM-Mexico iGEM team on what finally would be our cellular automaton with discrete diffusion model as the best approach for this section of the project.
Since we had some troubles with a continuous model, they proposed us to use a discrete version of what we were trying to do: the discrete Laplace operator or a partial differential equations system. Finally we chose to use a discrete version of Flick's law to solve this problem, what turned out to be good for our dry lab's objectives.

Furthermore, the experimental work at the IPN-UNAM-Mexico iGEM team fell behind in the middle of the summer because their 2009 iGEM kit plate was retained by the Mexican customs and the critical bioparts for their project were not available in previous iGEM Kit plates. Therefore we supported them with elutions, transformations and plasmid extractions of the needed biobricks.

The collaboration between LCG-UNAM-Mexico and IPN-UNAM-Mexico made things easier for both teams and is a really important factor that contributed in achieving both projects' current advances.

Sponsors

[http://www.ccg.unam.mx/ Center for Genomic Sciences] UNAM	[http://www.morelos.unam.mx/csa/index.php?module=info&file=directorio Administrative Services Coordination] UNAM Morelos	[http://www.ccg.unam.mx/en/ComputationalGenomics Computational Genomics Research Program] Center for Genomic Sciences	[http://www.ccg.unam.mx/en/Genome_Dynamics Genome Dynamics Research Program] Center for Genomic Sciences
[http://www.ccg.unam.mx/en/EvolutionaryGenomics Evolutionary Genomics Program] Center for Genomic Sciences