We narrowed to 499 results for: Ank

...mini-transposon that contains the DNA cargo of interest flanked by ~50-150 bp transposon end sequences (Fig. 3A...

...allowing rapid progress in a wide range of fields.   Thank you to our guest blogger! Jordan Ward is an assistant...

..., as well as essential control plasmids. Many thanks to our guest blogger Robert Orr! Robert Orr recently...

...cautious rather than learning it the hard way! Many thanks to guest blogger Kaustubh Kishor Jadhav! Kaustubh...

...experimental design, execution, and analysis. Many thanks to our guest blogger John Doench! John Doench is...

...written by Susanna Stroik and Meghan Rego, with thanks to Rob Hurt for his expertise and input.  References...

...an example see Mahalingam et al., 2014).  Many thanks to our guest blogger James D. Fessenden! James ...

...of healthcare as dynamic as cancer itself. Many thanks to our guest blogger Subhadra Jayaraman! Subhadra...

...when heading into a new set of experiments. Many thanks to our guest blogger, Doug Richardson! Doug Richardson...

...as inhibitory and activating approaches.  Many thanks to our guest blogger Fredrik Wermeling! Fredrik...

... antibodies, the Developmental Studies Hybridoma Bank Learn more about nanobodies Watch our Antibodies...

...reprogramming is more versatile and universal.  Many thanks to our guest blogger, Kusumika (Kushi) Mukherjee...

... The entry clone now has recombined attL sites flanking your DNA fragment of interest. Now that you have...

...By fusing the two pdDronpa domains to the sites flanking the DNA-binding cleft of Cas9, the fluorescent...

...selection marker. Plasmid delivery is versatile thanks to the wide range of options for the Cas enzyme...

...reagents Good luck and happy blotting! Many thanks to Addgenies Ashley Waldron, Meghan Rego, and Amrita...

...consists of two open reading frames, Rep and Cap, flanked by two 145 bp inverted terminal repeats (ITRs)....

...  References and resources References Luo, H., Rankin, G., Straley, S., & Chen, Y. (2011). Prolonged ...

...can engineer unique enzyme recognition sites that flank a DNA module in an inverse orientation, so that ...