We narrowed to 783 results for: Mos

...Get your sunglasses — these proteins are bright! Most current yellow fluorescent proteins tend to photobleach...

...humans (like many organisms) are opaque, which makes most biomedical applications of these tools difficult...

...simplex virus to facilitate efficient replication. The most common production system, however, is a “helper-...

...PRIDICT saves time and resources by selecting the most promising pegRNA designs and especially facilitates...

...Flow cytometry is one of the most powerful tools available to immunologists, allowing for the rapid analysis...

...RBD responsible for binding ACE2 is the target of most anti-SARS-CoV-2 antibodies. In the library, each...

...NEB (1, 2). While T4 DNA Ligase, the mainstay of most biotechnological cloning efforts for over 50 years...

...modified strains that contain your newly tagged gene. Most insertions can only be detected by labor-intensive...

...termed PITCh (Precise Integration into Target Chromosomes). Using their PITCh plasmids, GFP knock-in cell...

...protein such as GFP? All of these outcomes can be most effectively achieved with different CRISPR components...

...Institute) has consistently been one of the repository’s most frequently requested plasmids. I wondered how many...

...), decided to take a different approach. His own most impactful learning experiences happened in the lab...

... other edits Like I said earlier, HDR is not the most common editing pathway for DNA repair. To tilt the...

...available to evaluate AAV vector performance. Yet, most of the technical data needed to replicate and build...

...cellular and tissue morphology. Formaldehyde is the most commonly used cross-linker for IF. However, you ...

... R, Jiang Y, Yang J, Yang S (2020) Multicopy Chromosomal Integration Using CRISPR-Associated Transposases...

...42% editing efficiency. They note that RESCUE is most active in a 30 nt guide when C or U base-flips are...

...virus in reaction mix D = Dilution factor of virus Most droplet readers have a few channels for detecting...

...numerous genomic loci through proteomics and the chromosome conformation capture (3C) technique. In addition...

... region, it may cause unexpected phenotypes. For most phenotypic analysis it is appropriate to begin working...