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Team:Tsinghua/Experiment3
From 2009.igem.org
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=Targeted Biobrick-pC Fusion= | =Targeted Biobrick-pC Fusion= | ||
| - | + | After the synthesis and identification of the GenSniper genome, we will genetically fused the open reading frame of C in bacteriophage lambda and modified fiber shaft from adenovirus. | |
=Targeted Biobrick-eGFP Fusion= | =Targeted Biobrick-eGFP Fusion= | ||
Revision as of 04:39, 12 October 2009
Standardized Targeted Biobrick Construction
As suggested in our project description, we aim at constructing a gene therapy vector with the targeted module able to be altered according to clinical use. Thus the targeted biobrick should be easy to manipulate for differentiated peptides with different specificity.
On the basis of this purpose, we build a biobrick encoding the "Peptide-Fiber shaft-RGD" sequence. This biobrick can be incorporated upstream a variety of proteins with different function. In this way, the targeted function can be modulized.
pAdEasy1, encoding the whole genome of adenovirus, is used for targeted biobrick cloning. The sequences of specific peptide (we use TAT peptide in our experiment) and RGD domain will be incorporated via PCR.
Targeted Biobrick-pC Fusion
After the synthesis and identification of the GenSniper genome, we will genetically fused the open reading frame of C in bacteriophage lambda and modified fiber shaft from adenovirus.
