We narrowed to 714 results for: MAK

...summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you...

... one place... well, lucky for you one is in the making by Dr. Zhuhao Wu and his colleagues! Dr. Wu and...

...stopping the HRP-TMB reaction more quickly. Just make sure to incorporate the dilution factor in your ...

...produced various resources for the worm community that makes it easier to view and explore the worm. These resources...

...Nanoblades? They’re easily produced in a BSL2 lab, making them a versatile and accessible genome editing ...

...summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you...

.... At the same time, there is much opportunity to make headway on long-term efforts to better account for...

... it’s time to move ahead with your infection and make your stable cell line. While we’ve all experienced...

... of cytosine to 5-methylcytosine in CpG islands makes  genes less transcriptionally active. The role ...

...and more photostable than fluorescent proteins, making them ideal for single-molecule fluorescence techniques...

...that they don’t always require needles. If needles make you cringe or your experiment will allow you to ...

...of rAAV production.  Of course, you will want to make sure that your final stocks only contain rAAV. To...

...will ‘look’ similar on your flow plot. This will make it difficult to properly gate your desired cell ...

...degron will behave with a new protein, but you can make an informed choice!   References and Resources ...

...translated at the ribosome into polypeptide chains that make up the primary structure of proteins. Most proteins...

...if you’d like to use homology directed repair to make precise edits or knock-ins. Editing efficiency decreases...

...summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you...

...interested in viewing which has drawn a large crowd, making it difficult to see the actual poster or interact...

...ability to differentiate into multiple cell types makes them useful models for developmental processes and...

...target cells (Beatty et al., 2012). These features make AdV an attractive candidate for in vivo delivery...

... protein characteristics. For example, Masato Kanemaki's lab has developed a CRISPR/Cas-based system for...

...is required for NgAgo optimization before we can make any major conclusions: That said, many people are...

...process – such as the viral DNA polymerase – it makes sense that vectorization strategies include creating...

...synaptic transmission, are right around 250 nm, making it difficult to study the inner workings of the...

...don’t require a PAM sequence at the target locus, making them more flexible than Cas9/Cpf1. Some Cas13 enzymes...

...added log-normal noise to each of the terms which make up our distribution, resulting in the following ...

...number of administrative and practical decisions to make. How often will you hold it? How many people do ...

...started, and 10 more years to obtain FDA approval and make history in the form of Luxturna™. A better vector...

...domain proteins, they can be expressed in bacteria, making nanobodies a recombinant and renewable anti-IgG...

...decide which ones to use? Here are some tips for making those decisions: Always always always look at ...