We narrowed to 805 results for: Cre

...could mean needing to increase crosslinking to counteract the effects of increased sample agitation; a ...such as qPCR or next-gen sequencing. ChIP is an incredibly useful application for exploring these interactions...crosslinking, which uses formaldehyde or UV light to create strong but reversible bonds. This will keep the... necessary for most ChIP experiences, but the increased binding can mask the epitopes antibodies recognize...shorter sonication time could be an opportunity to decrease crosslinking. (Homogenization for a tissue sample...

...David Liu’s lab created the first base editor in 2016 (Komor et al., 2016) and since then has been trying...David Liu’s lab set out to evolve ABEs with an increased compatibility to Cas homologs. Evolving better...bacteriophage, which rely on the expression of gene III to create infectious particles. A plasmid-based genetic circuit...III to base editor activity and editing speed. Created with BioRender.com. Introducing ABE8e - a fast...about 7 times higher than ABE7.10. However, the increased editing speed and targeting scope of ABE8e comes...comes with a price: ABE8e showed increased off-target DNA and off-target RNA activity. To mitigate this...

...psychological sciences were called into question after credible attempts to replicate major findings could not...our readers into believing the results are more credible than they actually are. Throwing out plates that...preregistration Preregistration is the process of creating a time-stamped research plan in a public repository...the Center for Open Science in order to reward increased transparency and reduced bias in scientific research...Openness Promotion Guidelines; preregistration to increase clarity in study design and analysis; removing...bias with Registered Reports; and recognizing increased transparency with badges. Before coming to the...

...CIB1 to regulate botulinum neurotoxin were also created. The depositors demonstrated the utility of light-mediated...these gas vesicle proteins scatter sound waves and create ultrasound contrast. At a very low volumetric density...s lab at MIT pushed the field further with the creation of the largest miRNA sensor collection reported...al., Nat Commun, 2019. PubMed PMID: 29934631. Screening immune cell lineages in vivo using the CRISPR-...tools have been used in immunology for in vitro screens of immune cell activity. However, a CRISPR-based...gene. CHIME can also be used for high throughput screens using pooled libraries. Find the CHIME plasmids...

...targeted via RNAi. Recently the Vellai lab has created an improved RNAi vector that leads to significantly...non-specific nucleotides into the dsRNA leading to increased RNAi efficiency. Find the T444T plasmid here... used yeast display-based directed evolution to create APEX2. They have now applied the same directed ...the biotin ligase from which BioID was derived, creating a pair of enzymes that overcome both the speed...BioID, which only functions optimally at 37℃. The increased efficiency of TurboID and miniTurbo makes PL a...include protein stability, small molecule binding screens, peptide arrays, and phage display selections. ...

... technology has been used to optimize protein secretion and expression in the biotech workhorse yeast ...Engineering disease resistance through gene stacking, increasing production of a protein of interest, and improving...genetic circuits with multiplexed guides, mini screening libraries, direct edit optimization, and more....can be invaluable for more complex editing and screening experiments in organisms that don’t yet have these...modify it as necessary. And remember, if you end up creating a really cool MoClo kit, we would love for you...Modular Toolkit for Generating Pichia Pastoris Secretion Libraries.” ACS Synthetic Biology, vol. 6, no.... of the GoldenBraid Modular Cloning System and Creation of a Toolkit for the Expression of Heterologous...

...assaying a secreted protein, first block the Golgi apparatus with Brefeldin A to inhibit secretion and then...through the cell membrane. Formaldehyde fixation creates cross-links between lysine residues thus preserving...flow cytometry data users will typically start by creating a dot plot of FSC versus SSC that allows them ...initially gating the lymphocytes, one could then create a dot plot of CD3 (T cell marker) versus CD19 (...cells, might then gate the B cell population and create a histogram of CD19-containing cells versus total...cells in that sample. Alternatively, they could create additional dot plots of various CD markers to further...

...phobias–it’s a key part of being a scientist and an incredibly useful transferable skill. Being able to stand...even in my head. What came out, though, was an incredibly calm: “Excuse me, I seem to have lost my place...any silence, to talk. That moment taught me an incredibly valuable lesson: Your presentation will be better...your slide deck gets uploaded. Your mic emits screeching feedback. You’re muted on Zoom. Your video conferencing...provide quick updates during a company meeting increases visibility of your work, opens up collaboration...Conflict Resolution Transferable Skills Guide: Creativity...

...may not result in any cells, or all the colonies screened might not contain the correct plasmid. There’s...and if the sequence has high GC or AT content, increase the overlapping region of the primer to 40-60 ...buffers used in the previous reactions. This will increase your chances to have a successful and ultimately...pick the big colony and you are safe! Colony screening Pick a few colonies (5-10) and grow them in a ... you've identified potential clones after the screening, sequence the plasmid. Many vectors contain sequences...can use the chromatogram to spot whether any discrepancies between your sequencing result and the expected...

...further modified to create ultrapotent PSEMS (uPSEMs) that have drastically increased potency. Download ...signaling pathways and can lead to such responses as decreased heart rate (Redfern et al., 1999) or altered neuron...firing. Other DREADDs, such as the KORD receptor, increase this threshold and silence neurons. DREADD-activated...actuator modules, were developed with the goal of creating receptors with less endogenous activation and ... Higher potency means lower drug doses, which decreases the risk of off target effects. These synthetic...

...2024). It reduces the amount of time to design and create a new vector to four days for an experienced bench...takes a lot of the design work out of the plasmid creation process. Each module of Fragmid represents a class...caption from McGee et al., 2024, used under the Creative Commons CC BY-NC-ND license.   Once you have... system by sequencing 60 individual assemblies created over five months. When they tested those clones... plasmids were perfectly correct. Because they created the assemblies in duplicate, they were able to ...Doench lab share this new tool and hope it helps you create great plasmids for your next CRISPR experiment....

...consider scaling up by either increasing the number of 10 cm2 dishes or increasing the vessel size. Opting ...viral genome into additional plasmids thereby increasing the number of recombination events that are required...some cases, titers can drop 10-fold for every 2kb increase in insert size. To overcome this, lentivirus can... lentivirus routinely, you may opt for simply increasing the number of 10 cm2 dishes. While this option...handling multiple dishes will take longer and may increase the risk of mistakes or contamination. Finally...

...plasmid contains all of the desired gRNAs. This increases the chance that all the edits you want to make... cleave outside of their recognition sequence, creating flanking overhangs. These overhangs can be customized...Expression Systems (MuLE) Kit: This kit can be used to create lentiviral vectors expressing wt humanized Cas9...the gRNAs. gRNAs are flanked by glycine tRNAs to create polycistronic glycine tRNA-gRNA (PTG) constructs...using 3 distinct spacer-repeats, you could easily create 7 unique arrays (e.g. for spacers A, B, and C, ...is possible with efficiency >70%. CRMAGE is an incredibly fast protocol, with only 5 hours incubation time... Find plasmids from this paper at Addgene. 11. Cress, Brady F., et al. “CRISPathBrick: Modular Combinatorial...

...to, like ones that are hidden in the molecular crevices proteins on the cell surface. Figure 1: ...threonines at positions that can be randomized for creating the libraries (Zimmermann et al., 2018). Find ...protein (sybody), ribosome, and mRNA. During the screening process, displayed sybodies that bind to the biotinylated...the candidate sybodies in their coat protein to screen for binding to the target protein. The protocol...describes going through two rounds of phage display to increase the enrichment of target-specific sybodies. Final...The enriched sybody pools from the phage display screens are subcloned (using FX cloning) into the expression...

...Tsuboi et al.), limiting its use. Nonetheless, its creators noticed a few properties that have now become ... be. Cytotoxicity, improper localization, and decreased functionality are all possible consequences of...al.) Monitor gene expression in the developing pancreas by placing FP timer DsRed-E5 under the control...control of Neurog3 (a gene controlling pancreatic differentiation) in mouse embryos (Miyatsuka et al.) Distinguish...you planning on using an FP timer in a new and creative way? Let us know in the comments section below...differentiates human IPSCs into glucose-sensitive insulin-secreting beta-like cells." Nature communications 7 (2016...

... second FP, often decreasing the fluorescent signal from the first FP and increasing the signal from the...an FP to a transmembrane protein significantly increases the effective concentration of the FP. The FP ...to a plane and generally only rotates in 360°, increasing the probability that two FPs will collide with...polymer formation as fusion protein concentration increases. The polymerized fusion proteins that form as ... His interests include the quality control of secretory proteins in the Endoplasmic Reticulum and live...

...well for everyone else?  In truth, people are incredibly varied in how they prefer to consume information...matter will drive the kinds of communications you create. Wildlife biology and ecology can make for beautifully...Once you’ve answered the above questions, you can create your short list of options and then pick whichever...Medium to high Uses visuals, audios, and text. Incredibly immersive and flexibility to visualize and contextualize...format. Equipment, expense and expertise needed can increase exponentially with complexity. Podcasts Medium...audience and communicators. Well-developed content creation platforms.  Algorithms can make it difficult ...

...cytosine deaminase with Cas9 nickase (nCas9). nCas9 creates a nick in the DNA by cutting only a single strand...inhibitor (UGI) minimizes the second outcome and increases the generation of the desired T-A base pair. ...act on DNA for adenine base editing. They first created a defective chloramphenicol resistance gene (CamR...antibiotic resistance. To find such a protein, they created a mutant library of E. coli tRNA adenosine deaminases...into E. coli harboring the defective CamR gene. Screening for surviving colonies and subsequent rounds of...genotyping. If successful base editing causes the creation or destruction of any restriction enzyme (RE) ...

... I’ll describe an episomal vector system that increases reprogramming efficiency through the expression...requires stringent biosafety measures, thereby increasing the costs of the procedure. Episomal reprogramming...reprogramming is an ideal and cost-effective method for creating clinical-grade, safe, nonviral and nonintegrating...episomal reprogramming cocktail by Okita et al. increased the reprogramming efficiency in PBMCs [7]. The...transiently. The transiently expressed EBNA-1 increases protein expression from the other episomal plasmids...used on PBMCs, the pCXLE episomal vector system increases the efficiency of reprogramming from 0.001% to...

...Figure 1: Overview of Sanger sequencing technology. Created with BioRender.com. Sanger sequencing was considered...original Sanger procedure to improve throughput by increasing the number of reactions. The main steps of short-read... Overview of short-read sequencing technology. Created with BioRender.com. After sequencing results...3: Overview of Nanopore sequencing technology. Created with BioRender.com. Nanopore can provide longer...time, but does not leave much flexibility for discrepancies in backbone sequences. Most theoretical sequences...identity and length, but disregards the specified discrepancies. Any sequences that are a perfect match from...