We narrowed to 354 results for: SUA

...  Genetic Engineering Era: Pre-CRISPR  Having visualized and understood the DNA, the next milestone for...

...mismatches and cleave them. The results are then visualized using gel electrophoresis. Surveyor™ and T7E1...

...experiments I’d been learning about for years were usually the products of teams: Watson, Crick, & Franklin...

...differences. The original creators of this technique visualized the ligation product in a gel, but we can now...

... will first need to transfect producing cells, usually 293T cells, with your transfer plasmid and your...

... digestion products (which could be easier to visualize and identify). If you need/want to put the digestion...

...to cell-type specific promoters; however, those usually drive weak expression of downstream genes. Strong...

...antigen interactions (Saraheimo et al., 2013), and visualizing structural changes in the ribosome during protein...

...effectors, like Cas9. The Cascade complex doesn’t usually carry out the function of the specific CRISPR type...

...not be partisan: everyone (of every political persuasion) must be humble in the face of evidence. Stephanie...

...available from commercial vendors. These libraries usually contain 4-12 gRNAs/gene, which results in libraries...

...chromosomal integration modules, and many more of the usual suspects. The Multiplex Yeast Toolkit builds on ...

...system, editing or labeling efficiency doesn’t usually change when you add multiple gRNAs on one plasmid...

...this “non-target strand.” To avoid confusion, we usually use different terminology when discussing base ...