Team:Buenos Aires/ advisors
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| style="width: 60%;" | '''Hernán Bonomi- Biologist''' | | style="width: 60%;" | '''Hernán Bonomi- Biologist''' | ||
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- | | | + | | In 2005 I graduated from bachelor in Biological Sciences (FCEyN, UBA) and in 2011 I obtained my doctoral degree (UBA) in the area of Biological Chemistry. My PhD thesis was focused on the biochemical and molecular aspects of the vitamin B2 (riboflavin) biosynthesis pathway and its relationship with infection in certain bacteria. Currently, I am a postdoc investigating light-sensing and vitamin transport mechanisms and how they relate to the infectious processes in microorganisms. |
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+ | From childhood I liked to disassemble and reassemble the most diverse things, later I hardly could avoid choosing an industrial secondary, finally curiosity about how living things function led me to biology. During my PhD, I completed a technical degree in electronics which helped me look to biology with engineering optics. This view was what eventually led me to Synthetic Biology. This is a relatively new and multidisciplinary area in science, its corollary is that it is possible to design and build a biological object able to perform a desired function (even a purely aesthetic one) using biological components (DNA, RNA, proteins...) that were characterized in a standardized way. Right now I am learning about this new discipline along with the Buenos Aires iGEM team while helping in the project. | ||
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+ | I think (and hope) that Synthetic Biology will revolutionize biotechnological industries bringing good and profound changes in society...but that remains to be seen... | ||
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Revision as of 23:17, 19 August 2013
Advisors
Alicia Grande- Biology PhD student | |
150px | Nicolás Carlotto- Biologist |
150px | Hernán Bonomi- Biologist |
In 2005 I graduated from bachelor in Biological Sciences (FCEyN, UBA) and in 2011 I obtained my doctoral degree (UBA) in the area of Biological Chemistry. My PhD thesis was focused on the biochemical and molecular aspects of the vitamin B2 (riboflavin) biosynthesis pathway and its relationship with infection in certain bacteria. Currently, I am a postdoc investigating light-sensing and vitamin transport mechanisms and how they relate to the infectious processes in microorganisms.
From childhood I liked to disassemble and reassemble the most diverse things, later I hardly could avoid choosing an industrial secondary, finally curiosity about how living things function led me to biology. During my PhD, I completed a technical degree in electronics which helped me look to biology with engineering optics. This view was what eventually led me to Synthetic Biology. This is a relatively new and multidisciplinary area in science, its corollary is that it is possible to design and build a biological object able to perform a desired function (even a purely aesthetic one) using biological components (DNA, RNA, proteins...) that were characterized in a standardized way. Right now I am learning about this new discipline along with the Buenos Aires iGEM team while helping in the project. I think (and hope) that Synthetic Biology will revolutionize biotechnological industries bringing good and profound changes in society...but that remains to be seen... |