We narrowed to 621 results for: cat.1

...the guides are relatively unstable.   Figure 1: CRISPRainbow labeling. Two MS2, PP7, or boxB sequences...The catalytically dead Cas9 protein (dCas9) is well known for its ability to bind DNA targets without...has been widely adapted for a wide variety of applications: base editing, CRISPR activation and inhibition... (B) CRISPR-Sirius used to visualize relative locations of the subtelomeric region of the pericentromeric...al. “CRISPR-Sirius: RNA scaffolds for signal amplification in genome imaging.” Nature Methods 15 (2018)...

... genes with a single viral vector.   Fig. 1: Schematic of multiplex gene editing with DAP array...packaged into viral vectors for potential in vivo applications or multiplex CRISPR screening.   Using tRNAs...multiplex genome engineering of crops or allow for sophisticated CRISPR screenings that would perturb the unprecedented...and efficient in plasmid and viral vectors. In applications when repetitive tRNA sequences must be avoided...construct DAP array for multiplex gene editing applications, we provide detailed manual and online design...

...as an endogenous RNA imaging tool.   Fig. 1: Csm, shRNA, and Cas13 were compared head-to-head ...antibodies may just not perform as well in one application as another, so it is always best to have options...for mEGFP-HRas (from Plasmid 18662). See the Applications section on the Anti-GFP [N86/8R] page for more...fluorescent proteins (FPs) necessary for many of these applications have lagged. Fixation, chemical staining, and...well-suited for the demands of advanced microscopy applications such as super resolution, electron, and expansion...

...databases, EENdb (published 1 Jan 2013, no longer available), is a simple catalogue of reported sgRNA designs...follow him on Twitter @CMacPhD.          References  1. Ghorbal, Mehdi, et al. "Genome editing in the human...into this category describe how the user is expected to interact with the software. This category is important... CRISPR software submissions. With few prior publications to go on, a submitted manuscript could only ... solutions that facilitate most experimental applications in CRISPR engineering. When compared to that...easy to fault the lack of features in a single application. The question is then, should we use all tools...novo sgRNA design, I again separate it into two categories. On the one hand we have software tools that ...

...settings with experimental samples. Figure 1: Example flow plots for a single color control. A)...ll need a few controls specific to flow as an application. These controls will allow you to distinguish...commercial antibody pages. Flow cytometry can be a complicated and daunting process. Controls like single color...

...and also by a lactose analogue, IPTG (isopropyl β-D-1-thiogalactopyranoside). (To be completely accurate...insert. All colonies on this plate should be blue, indicating that your IPTG and x-gal are working as they ...of false positives: Blue-white screening only indicates the presence of AN insert, not necessarily YOUR...

...Networking 101-Building Relationships for Success”. Choose 1-2 tactics to try. One of my favorites is making the...great way to get started with mentoring. Read this Catalyst Report “Making Mentoring Work” to learn about ...tapping into it and helping make it work by being an educated mentee. Other opportunities: Try virtual mentoring...

...usually 1-3 of the first 3 bps are modified) for optimal stability and efficacy.    Base modifications What...switches. Stabilizing gRNA modifications  Sugar phosphate backbone modifications The recognition sequence...phosphorothioates with 2’-O-methyl modifications, proved more stability than just one modification alone (Hendel, et al...ordered as synthesis modifications when purchasing your gRNA. Pro tip: modifications are typically incorporated...stabilizing modifications listed above were developed before CRISPR-Cas9, for use in applications like siRNA...worrying about the status of your RNA. gRNAs modifications are even going beyond stability, adding color...cellular RNA molecules with post translational modifications. One of the most common of these is 2’-O-methylation...

...medRxiv.org) in the past few years.   Figure 1: Stand aside, CERN — it's a new age of accelerating...their CV or grant applications. A number of organizations (such as ASAPbio) advocate for preprints, and...the most important part of your research is communicating the results of the work. Yes, those control ...any impact! There are lots of ways scientists communicate with each other: from formal mechanisms like ...poster or talk, or submitting patent or grant applications; to informal settings like lab meetings, social...of the most significant shifts in scientific communication is the rising use of preprints, or scientific...publishing in a journal.  Accelerating scientific communication Preprints have been common in fields like math...

...antibody that doesn't work for your application.      Fig. 1: Antibody Selection Flow Chart  ...your specific application. Consider also that there may be variations within an application. Take immunohistochemistry...website highlights a variation of your application, a publication successfully used it in a similar way...choosing an appropriate antibody first look at the application-specific data provided on the manufacturer’s ... a linear antigen tend to work very well for applications that denature a protein to its primary (linear...the most similar to yours. Take a look at the publications cited on the manufacturer’s website, which may...plan to. To secondary or not to secondary?  The application will also determine whether you should use an...