We narrowed to 931 results for: TIM

...reporters have limited deep-tissue performance, and sometimes require an alternative such as a radioactive tracer...

...important to remember that it’s not the amount of time you spend on social media, but how you use social...

...not properly assemble, but these sequences can sometimes be removed to improve vector stability and sequencing...

...used to package lab grown viruses. It can be intimidating at first to look at so many plasmid maps and...

...lab? Well, they are essentially evolutionarily optimized gene delivery devices. Their survival depends ...

...simultaneously in your system instead of just one at a time. Many of these libraries are packaged and delivered...

...their low immunogenicity, which means they do not stimulate a strong immune response when introduced into ...

...in the areas in which they have expertise. Other times, we may need to reach out to an external expert ...

... And, while the BLITZ system was designed and optimized with zebrafish in mind, it can easily be applied...

...directions. I would like to thank them for their time, dedication, advice and encouragement. Why virus...

...replication of these vectors. S. pombe plasmids oftentimes utilize an ARS to aid in high transformation ...

...affinity reagents, and for good reason. However, sometimes you want a tool that is a little more compact ...

... protocols, SOPs, and methods sections. The next time you write or read one of these, keep an eye out ...

... light (590nm). BLINK2 potassium channel - An optimized blue-light induced synthetic potassium channel...

...inserting electrodes into the brain. But this process is time consuming and expensive. Thus scientists have turned...

...antibodies are provided in a buffer with the antimicrobial agent sodium azide, which can interfere with...

...cumbersome, can lower on-target efficiency, and sometimes even increase off-target effects, respectively...

... and students will again gather in Boston - this time with the aim of finding solutions to some of the...

...treat these diseases (drug repositioning). The ultimate goal of this work is to lower the burden of immune...

... for viewing how gene expression changes through time or after genetic manipulation. The technique involves...

... interact with the bait at a particular point in time, i.e. when the bait is interacting with a particular...

...this TIR1 complex binds to the degron sequence ultimately leading to the degradation of the AID-tagged ...

...cells. While editing single genes is very useful, sometimes, you need to modify multiple genes to generate...

...genes in particular tissues, but they are costly and time-consuming to generate, especially for large animals...

...not be physically present at your poster at all times, so other participants can identify you. You may...

...the transgene in specific cells or under certain stimuli. Cre recombinase catalyzes the recombination of...

...experiments that require high photostability, such as time-lapse imaging or with high light power detection...

...desired edit to still occur if the cut site is sub-optimal? As with everything in biology, the answer is always...

... The Junwei Shi Lab addressed this problem by optimizing the Cas protein delivery with Peptide-Assisted...

...in vivo studies. There are different versions optimized for neuron-specific, astrocyte-specific (GCaMP6...