![]() To switch back to mRFPrab5 click Window in the top menu and select mRFPrab5. Right click ORF frame 2 in the map and select Edit Feature:Ĭhange name of the feature in NeoR/KanR and click OK:Ĭhange the name of ORF frame 1 and annotate it as a fusion. Change name of the feature in mRFP1-Rab5įill in the names, start and stop positions of the two genes and click OK. SNAPGENE VIEWER CICRLCE MAP HOW TOSee the introduction tutorial video and the working with features tutorial video for further details on how to annotate sequences in SnapGene. Go to the Changing what you see in SnapGene tutorial to see how you can switch between views, change a view, show additional info. SnapGene is not the ideal tool for designing primers. Go to the Primer design in SnapGene tutorial to see how you can use SnapGene to design primers Primer specificity: the ability of a primer to bind to a single or to multiple regions in the genome It does not take into account the ability of primers to form hairpins or dimers nor does it check the specificity of the primers. So only when you have no flexibility in your choice of primers, I would use SnapGene to design them. This is often the case in cloning experiments when the primer has to be located at the start of the coding sequence. Simulate PCR in SnapGene Create the product that would be generated when doing PCR with the primers.Įxpand Actions in the top menu and select PCR If you want to design primers for other applications where efficiency and specificity of the primers has to be taken into account, you shouldn't use SnapGene, use CLC Main Workbench or Primer-Blast instead. The primers that you selected are now shown in purple on the map. Click the forward primer and shift click the reverse primer (red). ![]()
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