We narrowed to 693 results for: mos

...research is needed to determine which recA- strains are most effective at reducing multimerization and define...of Multimeric Forms of Circular Plasmids and Chromosomes. Microbiol Spectr. 2014 Oct;2(5). doi: 10.1128...

...are candidates for your experiments.  Wavelengths Most vectors have an optimal wavelength to use but can...publication, including the supplemental data. You’re most likely to find thorough characterization data, like...

...works best with insertions of 2 kb or less. Luckily, most of the commonly used cassettes, such as fluorescent...independent core facilities for 13 projects, with most projects requiring only 40-60 zygotes to generate...

...several ways to achieve multiplex IF. One of the most common approaches is to use sequential cycles of...are a few specific considerations to keep in mind. Most importantly, make sure you are using primary antibodies...

...repurposed for genome editing in eukaryotes, with the most widely used CRISPR genome editing system derived... conventional methods. First, one can work with almost any strains of mice, as compared with conventional...

... very useful for genetic engineering approaches. Most importantly for this technology, however, is that...over transfecting with plasmids in some cell lines, most likely due to DNA toxicity. More importantly, unlike...

...Using a DNA template for the RNAi trigger is the most prevalent method due to ease of use and capacity...actively silencing plants. Non-destructive methods, most popularly with a fluorescent reporter, directly ...

...expression in the retina and in parts of the brain, but almost none in the liver (A). In general, RNA levels tend...analyze the resulting data, so it may not be the most accessible option for many laboratories. Additionally...

... is a powerful experimental strategy, one of the most common concerns we get here at Addgene about this...-homologous pairs) (Figure 2.). They found that almost all off-target expression can be attributed to ...

...recognize the same epitope of the target protein. Most commonly these antibodies are produced from hybridomas...fragments: An overview and comparison of three of the most versatile biosensor biorecognition elements. Biosensors...

...plasmids pX330S-2 to pX330S-(last gRNA number). The 5’ most gRNA is cloned into the Cas9-containing destination...Danilo, et al. “In vivo engineering of oncogenic chromosomal rearrangements with the CRISPR/Cas9 system.” ...

...many applications in biotech, and is considered the most studied Gram-positive bacterium, many of its genes...looking for the production of ECT-DNA (extra-chromosomal telomeric DNA), which accumulates when T-loops...

..., Addgenie Leila Haery has summed up some of the most important characteristics of retroviruses, lentiviruses...

...Addgene is poised to reach in the near future! We’re almost at:  100,000 different plasmids available from...

... will expand the repository in ways that will be most useful to you, the members of our community.   ...

...CRISPR guide is a comprehensive resource that covers most things CRISPR - from nickases to base editing to...

...Addgene gave to me: MUCICAT to perform multicopy chromosomal integration.  On the tenth day of CRISPR, Addgene...

...April Fool’s Day on the Addgene blog.  We’ve been mostly working remotely for the last year to give our ...

...YanevCellosaurus: A Cell Line Information DatabaseResearcher: Amos BairochViral Vectors 101: Systemic CapsidsResearchers...

...by Maki Naro   3)   “Bird and Moon” by Rosemary Mosco   4)   “Unearthed Comics” by Sara Zimmerman   5)...