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From 2012.igem.org

Project Overview

Biofilms are adherent aggregates of microorganisms that develop on surfaces. They can be found in a multitude of natural circumstances (for example, the bottom of streams, inside of plants, and on teeth) and can be utilized for tasks such as water treatment. In water treatment, water is run over the biofilm, and microorganisms absorb and digest undesirable compounds. The force of the water can cause part of the biofilm to break off and become a sludge that must later be removed.

A silica barrier on the exterior of the biofilm would help to prevent sludge while still allowing the biofilm to function. Furthermore, a silica coat would act as a mechanical filter to remove any large particles from the water. In order for this silica coat to form, silica binding protein (SBP) needs to be expressed on the surface of the microorganisms. Our objective is to develop a device in Escherichia coli that will induce the expression of adhesion proteins to facilitate biofilm formation and will induce the production of SBP after a biofilm has formed.

In addition to the technical component of the project, an iGEM project entails a element promoting public awareness and education of synthetic biology and genetic engineering, designated "Human Practices". We are proud to represent this element of our project with our flagship effort - the foundation of the Biomaker Bench , a community biotech laboratory in Noblesville, IN. In addition, the team has been commissioned by the Central Indiana Regional Office of Girl Scouts of America to develop a curriculum for a badge in biotechnology. For more information on these projects and to view other efforts in community involvement and public awareness, visit the page Human Practices .

Collaboration

If you would like to collaborate with Purdue, please send an email to purdue.igem@gmail.com