Team:Imperial College/Major Results

Major results are shown in this section; this page will be updated shortly. For minor results, please refer to our Notebook.

Please click here for more information
B.subtilis has great potential as a chassis for synthetic biology. However it is not commonly used in iGEM competitions and very few B. subtilis BioBricks are available. In order to increase the accessibility of B.subtilis as a chassis, we have created 41 new BioBricks which are specific to B. subtilis. We have also successfully transformed it and characterised its growth.

Please click here for the Motility Control Results Page
We studied the motility of B. subtilis and developed an elegant mechanical model to describe cell trajectory. We fitted our model to our laboratory data and discovered that our model matches cell trajectory data extremely well.

Please click here for the chloramphenicol acetyltransferase Characterisation Summary Page
We have characterised the ability of chloramphenicol acetyltransferase ([http://partsregistry.org/wiki/index.php?title=Part:BBa_J31005 BBa_J31005]) to provide resistance to chloramphenicol. This has shown that a variety of our parts are functional including integration sites, promoters and ribosome binding sites. This characterisation will reveal the range of chloramphenicol concentrations at which a cell will be protected by a single chloramphenicol acetyltransferase gene.

Please click here for the BioBricks Characterisation Summary Page
We have characterised several of our testing constructs in B. subtilis.This has shown that a variety of our parts are functional including integration sites, antibiotic resistance, promoters and ribosome binding sites.

General lab work and smaller results are put up on the calendar on the dates they were done; they can therefore be found in the >>> Notebook >>>