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...proteins, finding that APOBEC3A and APOBEC3bctd are the most efficient (Martin et al., 2019). TLDR: The eGFP ...

...type of readout allows for nucleic acid detection almost anywhere as lateral flow strips are easy to transport...

...same replication control machinery within the cell. Most plasmids encode a negative regulation system involving...

... plasmids all replicate in E. coli, which is the most commonly used bacteria in lab manipulations. Table...

...undesired edits (indels, etc.), while PE6c and PE6d were most efficient at complex edits, such as long or highly...

...This article was written by multiple Addgenies and most recently updated by Ina Ersing in August 2023. ...

...multiplex sample, the cut site will be aligned to the most 5’ cut site.     Indel Distribution In the Indel...

...relationships. Personally, I find this to be the most challenging and time-intensive part of relationship...

...high concentration of FLEx vectors guarantees that most cells are transfected with all labeling plasmids...

...the scientific world by storm. While Cas9 has been most widely used to create specific edits in DNA, there...

...to press, as there is so much analysis possible. Most scientists are, however, privileged in having exclusive...

...research. Still a Grad Student? Get Tips on Getting the Most out of the Process Get more tips from the full eBook...

... need to sequence your PCR to visualize an edit. Most dual guide systems generate a deletion large enough...

...mammalian, yeast, plant, and insect cells, they are most often expressed from a plasmid in bacteria (Ahmed...

...different area of the cell than CFP and YFP. The most recent derivation of Brainbow, Brainbow 3.0 (Cai...

...the orientation of the BbcVI restrict site matter? Most of the time no, but there are 2 instances where ...

...can be difficult to compare their performance, as most translation initiation sequences are optimised for...

...Consequently, site directed mutagenesis is one of the most popular approaches for introducing minor modifications...

...recombination, discovered in the 1980s, is one of the most important ways to spatially and temporally control...

...epigenetic modifiers available from Addgene. For most of these constructs, catalytically dead modifiers...