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SPLiCE: Difference between revisions

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                         Following this initial protocol we tweaked the reaction protocols to optimise 10ul reactions and test the use of PEG to speed up the reaction. We used the "Quick SPLiCE" reaction protocol, comparing +/- PEG8000. PEG 8000 is a crowding agent that by reducing the amount of free water in the system (used for the solvation shell of PEG) increases the effective concentration of the reaction components. We used 3ul of the SPLiCE/SLiCE reaction for a total of 30ng of vector DNA (100ng in the 10ul reaction) and plated all the cells (500ul from 50ul of competent cells resuspended in 450ul of 2xTY). Control had water in place of PEG. A picture of the colonies and the colony count is displayed below.  
                         Following this initial protocol we tweaked the reaction protocols to optimise 10ul reactions and test the use of PEG to speed up the reaction. We used the "Quick SPLiCE" reaction protocol, comparing +/- PEG8000. PEG 8000 is a crowding agent that by reducing the amount of free water in the system (used for the solvation shell of PEG) increases the effective concentration of the reaction components. We used 3ul of the SPLiCE/SLiCE reaction for a total of 30ng of vector DNA (100ng in the 10ul reaction) and plated all the cells (500ul from 50ul of competent cells resuspended in 450ul of 2xTY). Control had water in place of PEG. A picture of the colonies and the colony count is displayed below.  
[[File:Splicevsslice|thumbnail]]
[[File:Splicevsslice.png|thumbnail]]
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