The Invitrogen TrueTag Donor DNA Kit, GFP Stem, provides a rapid solution to drive high-efficiency tagging (up to 100% edited cells) of silent or differentially expressed genes with transfection-ready donor DNA.
The Invitrogen TrueTag Donor DNA Kit, RFP Stem, provides a rapid solution to drive high-efficiency tagging (up to 100% edited cells) of silent or differentially expressed genes with transfection-ready donor DNA.
The Invitrogen™ TrueTag™ Donor DNA Kit, GFP, provides a rapid solution to drive high-efficiency gene tagging (up to 100% edited cells) with transfection-ready donor DNA for genome editing experiments.
Optimize cloning with this double-stranded closed circular high copy plasmid DNA, 2686 base pairs with a molecular weight of 1.74 x 106 Da isolated from E.coli.
The Invitrogen TrueTag Donor DNA Kit, YFP, provides a rapid solution to drive high-efficiency gene tagging (up to 100% edited cells) with transfection-ready donor DNA for genome editing experiments.
The Invitrogen TrueTag Donor DNA Kit, Myc, provides a rapid solution to drive high-efficiency gene tagging (up to 100% edited cells) with transfection-ready donor DNA for genome editing experiments.
The Invitrogen TrueTag Donor DNA Kit, DDK, provides a rapid solution to drive high-efficiency gene tagging (up to 100% edited cells) with transfection-ready donor DNA for genome editing experiments.
The Invitrogen TrueTag Donor DNA Kit, BFP, provides a rapid solution to drive high-efficiency gene tagging (up to 100% edited cells) with transfection-ready donor DNA for genome editing experiments.
Perform cloning, sequencing of insert DNA, and generation of nested deletions with ExoIII using this double-stranded closed circular high copy plasmid DNA.
GeneArt Gibson Assembly EX Master Mix enables DNA assembly via a technique that allows multiple overlapping DNA fragments to be seamlessly linked in a single-tube, two-step optimized reaction.
Optimize cloning with this double-stranded closed circular high copy plasmid DNA, 2686 base pairs with a molecular weight of 1.74 x 106 Da isolated from E.coli.