Team:BIOSINT Mexico/symposium

From 2014.igem.org

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<p style="vertical-align:text-top;"><img style="width: 340px; padding-left:10px;" src=http://i1379.photobucket.com/albums/ah147/juanjoquispe/4Simp_zps9278254c.jpg align="right"> PhD. César González who presented <b>“Assembly of Carboxysome”</b>, explained how this bacterial microcompartiment is important for cyanobacteria and their dependence to concentrate carbon dioxide near RuBisCo while minimizing the unproductive side reaction with oxygen.<br/><br/><br/> </p>
<p style="vertical-align:text-top;"><img style="width: 340px; padding-left:10px;" src=http://i1379.photobucket.com/albums/ah147/juanjoquispe/4Simp_zps9278254c.jpg align="right"> PhD. César González who presented <b>“Assembly of Carboxysome”</b>, explained how this bacterial microcompartiment is important for cyanobacteria and their dependence to concentrate carbon dioxide near RuBisCo while minimizing the unproductive side reaction with oxygen.<br/><br/><br/> </p>
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<p style="vertical-align:text-top;"><img  style="width: 340px; padding-right:10px;" src=http://i1291.photobucket.com/albums/b554/juannoe21/10154446_10202118274465033_5658225836390729680_n_zpse9f8abdc.jpg  align="left"> PhD. Henrik V. Scheller who talked about <b>“Plant synthetic biology: Engineering of Plants for use as Biorefinery Feedstocks”</b>, in which he explains about the developing technology to convert plant biomass to fuels and how The Feedstocks Team at the Joint Bioenergy Institute is using synthetic biology tools to engineer high yielding plants that are more easily degraded into fermentable sugars by using the rerouting of metabolic pathways and design of artificial transcriptional networks to control gene expression.<br/><br/> </p>
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<p style="vertical-align:text-top;"><img  style="width: 340px; padding-right:10px;" src=https://static.igem.org/mediawiki/2014/a/aa/Henrik.jpg  align="left"> PhD. Henrik V. Scheller who talked about <b>“Plant synthetic biology: Engineering of Plants for use as Biorefinery Feedstocks”</b>, in which he explains about the developing technology to convert plant biomass to fuels and how The Feedstocks Team at the Joint Bioenergy Institute is using synthetic biology tools to engineer high yielding plants that are more easily degraded into fermentable sugars by using the rerouting of metabolic pathways and design of artificial transcriptional networks to control gene expression.<br/><br/> </p>
<p style="vertical-align:text-top;"><img style="width: 350px; padding-left:10px" src= http://i1379.photobucket.com/albums/ah147/juanjoquispe/3Simp_zps398773ca.jpg align="right"> Dr. Lynn J. Rothschild from NASA who presented <b>“From Extremophiles to Star Trek, The Use of Synthetic Biology in Astrobiology”</b> in which she explained how her lab has focused on the potential of synthetic biology to revolutionize the three major parts of astrobiology which are: where do we come from? Where are we going?  And are we alone? <br/><br/></p>
<p style="vertical-align:text-top;"><img style="width: 350px; padding-left:10px" src= http://i1379.photobucket.com/albums/ah147/juanjoquispe/3Simp_zps398773ca.jpg align="right"> Dr. Lynn J. Rothschild from NASA who presented <b>“From Extremophiles to Star Trek, The Use of Synthetic Biology in Astrobiology”</b> in which she explained how her lab has focused on the potential of synthetic biology to revolutionize the three major parts of astrobiology which are: where do we come from? Where are we going?  And are we alone? <br/><br/></p>
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<p style="vertical-align:text-top;">During this activity the participants were able to interact one-on-one with the speakers. Curiosity questions prominently involved on how every speaker had succeeded on finding and eventually working in their respective passion on the field of science. And finally, the perspective of every lecturer on what the future holds for synthetic biology.<br/>
<p style="vertical-align:text-top;">During this activity the participants were able to interact one-on-one with the speakers. Curiosity questions prominently involved on how every speaker had succeeded on finding and eventually working in their respective passion on the field of science. And finally, the perspective of every lecturer on what the future holds for synthetic biology.<br/>
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<img style="width: 650px" src="https://static.igem.org/mediawiki/2014/a/a5/Sesion_Posters.jpg" alt="Poster Session">
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<p>   From the behalf of our team this symposium  has been an experience of discovery, as talented researchers from Mexico and United States were summoned to deliver to the public a taste of applied synthetic biology and systems biology technologies. We are excited to say that our first big event was attended by a variety of students from other universities and states! The diversification of topics given on the 25th of April about synthetic biology and biology systems made Friday unforgettable and, we hope, brighten the passion for science inside every participant.
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<p> <b> From the behalf of our team this symposium  has been an experience of discovery, as talented researchers from Mexico and United States were summoned to deliver to the public a taste of applied synthetic biology and systems biology technologies. We are excited to say that our first big event was attended by a variety of students from other universities and states! The diversification of topics given on the 25th of April about synthetic biology and biology systems made Friday unforgettable and, we hope, brighten the passion for science inside every participant. </b>
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Revision as of 21:33, 16 October 2014

IS&SB SYMPOSIUM

The First International Systems and Synthetic Biology Symposium took place in Tecnológico de Monterrey Campus Querétaro on April 25th, 2014. The speakers that headed the agenda were:

PhD. J. Rubén Morones presented “Approaches to Engineer and Design Antimicrobial Therapeutics” in which he explained three engineering approaches to solve some of the challenges in antibiotics development. The first involves exploring potentiation of current antibiotics using novel and naturally existing therapeutic adjuvants (such as silver and supplementary metallic micronutrients). The second includes the work in progress to develop novel drug delivery systems, using Nanotechnology and Synthetic Biology. Finally, the third addresses the commitment to discover novel antimicrobial molecules and therapies.

PhD. César González who presented “Assembly of Carboxysome”, explained how this bacterial microcompartiment is important for cyanobacteria and their dependence to concentrate carbon dioxide near RuBisCo while minimizing the unproductive side reaction with oxygen.


PhD. Henrik V. Scheller who talked about “Plant synthetic biology: Engineering of Plants for use as Biorefinery Feedstocks”, in which he explains about the developing technology to convert plant biomass to fuels and how The Feedstocks Team at the Joint Bioenergy Institute is using synthetic biology tools to engineer high yielding plants that are more easily degraded into fermentable sugars by using the rerouting of metabolic pathways and design of artificial transcriptional networks to control gene expression.

Dr. Lynn J. Rothschild from NASA who presented “From Extremophiles to Star Trek, The Use of Synthetic Biology in Astrobiology” in which she explained how her lab has focused on the potential of synthetic biology to revolutionize the three major parts of astrobiology which are: where do we come from? Where are we going? And are we alone?

Coffee Break

During this activity the participants were able to interact one-on-one with the speakers. Curiosity questions prominently involved on how every speaker had succeeded on finding and eventually working in their respective passion on the field of science. And finally, the perspective of every lecturer on what the future holds for synthetic biology.

Coffee Break Sesion

Poster session

During this session, participants presented in a pleasant and attractive way the results of their research projects. Moreover, the audience could read, analyze and study the content poster when they wanted and for the time they needed. So it was a time for sharing information with the attendees since a direct contact was established.

Poster Session

From the behalf of our team this symposium has been an experience of discovery, as talented researchers from Mexico and United States were summoned to deliver to the public a taste of applied synthetic biology and systems biology technologies. We are excited to say that our first big event was attended by a variety of students from other universities and states! The diversification of topics given on the 25th of April about synthetic biology and biology systems made Friday unforgettable and, we hope, brighten the passion for science inside every participant.