Our team's aim is to create a tool box allowing the selective allocation of specific cell types with an engineered oligonucleotide adhesive (DNA glue), using zinc finger binding proteins on an E. <i>coli</i> model. Our research would potentially allow for the self assembly of complex multi-type cell structures. The project will advance in progressive bands of complexity: designing and cloning the zinc finger coated E. coli cells, creating a DNA structure to allow for the cells to bind, further development of the zinc finger binding proteins allowing for multiple cell types to coexist on the DNA structure, and finally designing complex 3-D structures that the cells will be able to coalesce into. This has possible applications throughout medicine, microbiology, and microbial community research. Our research could potentially contribute to 3-D printing organic tissues, allowing for customised living tissues to be engineered.

Our team's aim is to create a tool box allowing the selective allocation of specific cell types with an engineered oligonucleotide adhesive (DNA glue), using zinc finger binding proteins on an E. <i>coli</i> model. Our research would potentially allow for the self assembly of complex multi-type cell structures. The project will advance in progressive bands of complexity: designing and cloning the zinc finger coated E. coli cells, creating a DNA structure to allow for the cells to bind, further development of the zinc finger binding proteins allowing for multiple cell types to coexist on the DNA structure, and finally designing complex 3-D structures that the cells will be able to coalesce into. This has possible applications throughout medicine, microbiology, and microbial community research. Our research could potentially contribute to 3-D printing organic tissues, allowing for customised living tissues to be engineered.

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