Team:USP-UNESP-Brazil/Associative Memory/Introduction

From 2012.igem.org

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In addition to be one of the first Hopkins Network model made in vivo, this project shows different lineages of bacteria communicating with each other using its “systemic memories” in order to establish a balance. This could be used in the production of bio products, such as biofuels, in a way that, for example, inside a reactor, a bio system responsible for the production of a certain compound could auto regulates itself when some parameter changes, such as temperature or nutrients concentration. It would use its systemic memory, communicating within its network and restoring the pattern. In future, self-controlled bio systems will be able to be possible cheap and ecologically friendly alternatives in the industry.
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In addition to be one of the first Hopfield Network model made in vivo, this project shows different lineages of bacteria communicating with each other using its “systemic memories” in order to establish a balance. This could be used in the production of bio products, such as biofuels, in a way that, for example, inside a reactor, a bio system responsible for the production of a certain compound could auto regulates itself when some parameter changes, such as temperature or nutrients concentration. It would use its systemic memory, communicating within its network and restoring the pattern. In future, self-controlled bio systems will be able to be possible cheap and ecologically friendly alternatives in the industry.

Revision as of 17:42, 24 September 2012