We narrowed to 514 results for: CIT

...cells and have an ~8kb packaging capacity. With this packaging capacity, reprogramming factors can be delivered...other delivery methods. Retrovirus has a cloning capacity of ~8 kb, so either a single polycistronic vector...and nondividing cells and have a larger cloning capacity (8-10 kb) than other retroviral vectors. This ...a vector and chromosomal DNA. PB has a cloning capacity of ~9-14 kb. This system is transfected into cells...

...self-process pre-crRNA into crRNA). The size and simplicity of Cas12a makes it easier to package for therapeutic...therapeutic delivery by AAV, which has strict capacity limitations. New efforts have recently been made ...Why would you want to give it a go? The high specificity of Cas14 makes it a promising detection tool ...are 1). non-specific RNA cleavage and 2). cell toxicity. Cas7-11 does not display collateral RNA cleavage...

...Pharmacology group at Novartis Oncology, is an exciting new tool that allows researchers to individually...barcodes infect the target cell population at low multiplicity of infection (MOI) such that each individual... and sharing protocols one by one,” and she is excited to deposit the library with Addgene because it ...these kinds of reagents.” Here at Addgene, we’re excited to see the creative new ways you put the ClonTracer...

...on-target editing efficiency. To further improve specificity, they purified HF-BE3 protein for delivery in...conduct comprehensive genome-wide studies of ABE specificity, their other experiments suggest that ABEs are...improved base editor targeting flexibility and specificity. In this first, the Liu lab used phage-assisted...to ABE7.10. ABE8s have an improved base editing capacity, even at sites previously difficult to target..... B., & Liu, D. R. (2017). Improving the DNA specificity and applicability of base editing through protein...

...requires only 2-3 hours incubation. E. coli and T. citrea scarless editing plasmids Sheng Yang’s lab describes..., the system was used successfully in Tatumella citrea, another species of Enterobacteriaceae, without...been observed with Phagemids (Selle et al., 2020, Citorik et al., 2015, Bikard et al., 2014). When the CRISPR... on the presence of specific target sequences (Citorik et al., 2014). These could be genes, specific polymorphisms...7429–7437 . https://doi.org/10.1093/nar/gkt520 Citorik RJ, Mimee M, Lu TK (2014) Sequence-specific antimicrobials...

...quantitatively measure protein concentration or antibody specificity via a colorimetric reaction. Image from Boguszewska...quantitatively measure protein concentration or antibody specificity via a colorimetric reaction. Image from Boguszewska...

...contain a single clone they have higher lot to lot specificity and tend towards more reproducible results. Since...work in a variety of applications. The desired specificity of your secondary antibody depends on whether...monoclonal antibodies have higher affinity and specificity than mouse monoclonal antibodies. Antibodies ...filters out off-target antibodies increasing specificity and reducing cross-reactivity. For example, if...

...OpenCourseware for course materials and assignments.  9) Citizen science projects Lastly, if you'd like to directly...public in your research projects, you can set up a citizen science project. Answering the big science questions...downloadable resources to enable you to set up your own citizen science project. Science communication opens doors...way of living out my creative side. My newest, exciting endeavor is starting to write a book.  Many ...

...using AAV is the limited packaging capacity. Lentiviruses have capacities of 8–12 kb, while AAV only has ...libraries available at Addgene. The large packaging capacity and stable expression of lentiviral vectors make...Additionally, while both AAV and lentivirus have low immunogenicity, AAV still beats lentivirus. In mice, AAV is...

...different packaging capacities depending on the virus. AAV has a packaging capacity of ~4.7 kb, while lentivirus... lentivirus has a capacity of 8–10 kb. Time Viral production in mammalian cells is relatively quick. After...transfer plasmids have a much larger packaging capacity — up to 38 kb! Generally, insect cell production...

...but also displaying increased editing specificity. We’re excited to learn more about xCas9 - here’s what...editing, to more loci. Although these early data are exciting, there’s a lot we still don’t know about xCas9...variants with broad PAM compatibility and high DNA specificity." Nature (2018) doi: 10.1038/nature26155 PubMed...

...vector performance) will be assigned citable DOIs through DataCite before being made publicly available...experiments. By providing DOIs, this information can be cited, tracked, and appropriately credited, broadening...lines of “we have a lot”. In fact, scientists often cite “word of mouth” as their source for this type of...

...scientists enjoy is discussion of current new and exciting literature. As I transitioned out of academia ...opportunity to continue such discussions. Beyond the excitement of learning about new cutting edge science, researchers...first meeting, now what? After the first meeting solicit feedback. To ensure that the journal club is useful...accommodates more people. The feedback could be solicited via multiple avenues including casual request ...

... abandoned early on due to its considerable immunogenicity and its transient expression. LV results in...integration into the genome, and its large DNA packaging capacity is well suited for larger transgenes. Unfortunately...to cause any disease in humans, and its low immunogenicity is critical when systemic delivery of high ...and safer. It is now one of the most active and exciting areas of science. This is hopefully only the beginning...

...counterparts, they will also be easier to deliver in low-capacity vectors, such as adeno-associated viral (AAV) .... The application of Cpf1 to genome editing is exciting both in terms of basic science and translational...Daesik, et al. Genome-wide analysis reveals specificities of Cpf1 endonucleases in human cells. Nat Biotechnol...Kleinstiver, Benjamin P., et al. "Genome-wide specificities of CRISPR-Cas Cpf1 nucleases in human cells....

...binding capacity and high protein retention. It comes in a variety of pore sizes and protein capacity, allowing... may have lower signal, but they have higher specificity, lower cross-reactivity, and are more consistent... is a little quicker to use, with high binding capacity, though it has lower retention after binding and...Increased time; have to make as-needed Increase specificity Monoclonal antibodies Increased cost ...

... for in vivo gene delivery due to their low immunogenicity and range of serotypes allowing preferential...AAV vector is challenging due to its packaging capacity of AAV (~4.7 kb). While this approach has been...separate AAV vectors, increasing overall packaging capacity but necessitating purification and co-infection...did so without a substantial immune response or toxicity. More AAV-based CRISPR systems Smaller Cas proteins...

...calmodulin-dependent kinase II alpha (aCaMKII; excitatory neurons) and Synapsin-1 (pan-neuronal) promoters...CNS by lentivirus, which has a larger packaging capacity than AAV. Such an approach was described recently...yield the same BDNF protein. To demonstrate the specificity that can be achieved with CRISPRa, the Day lab...reprogramming, and disease modeling. Further, the paucity of Cre-dependent mouse lines for overexpressing...

...autofluorescence The cyan light that is used to excite GFP, may also excite several components that are naturally...autofluorescence is less of a problem when the excitation wavelength is shifted to longer wavelengths. ...chemical reaction and hence, there is no need to excite the sample. Although bioluminescent probes are ...

...produce viral proteins and die, either through cytotoxicity or the immune response. The second strategy ...two HIV-1 infected patients. Although this is an exciting finding, it’s important to note that these HIV... HIV-1 therapy Both of these methods represent exciting advances in preclinical HIV-1 research that should...challenge for CRISPR HIV-1 therapies is sequence specificity. Whereas antiviral therapies target HIV-1 at ...