We narrowed to 856 results for: IGH@;

...protein at higher levels, you risk observing artifacts only present when the protein is at a very high concentration...membrane-targeted CAAX-SunTag was 18-fold brighter than sfGFP! The high SunTag signal allowed them to cut their...transcription factor binding sites in a promoter lead to higher transcriptional activation. Multiple nuclear localization...explosion SUperNova," SunTag can help you turn up the brightness in your fluorescent imaging experiments. Fluorescent...their laser power by over 80% and still obtain a higher signal-to-noise ratio with a lower photobleaching...mitoNEET-SunTag-GFP. As expected, they obtained bright images of mitochondria without organelle toxicity...to traditional fluorescent proteins Improved brightness and signal-to-noise ratio Less chance of phototoxicity...

...elevated plus maze, the light-dark box is a simple device comprised of a brightly lit (risky) and a dark... a camera or tracking software. Locomotion is a highly complex process on the level of individual neurons...findings by controlling neurons in the mPFC with light. Activation of these neurons via the channel Channelrhodopsin...inhibitory mechanism of locomotor sensitization and might open new ways for a novel therapeutic approach against...to stay in dark areas (protected) as opposed to brightly illuminated ones (risky). They also prefer to ...diseases, animals have reduced anxiety levels and a higher tendency for risk taking. These animals also show... arm (risky), or a closed arm (safe). Mice with higher IL-1 beta production spent more time in the open...

...make sure people pay attention. Highlight your lowest points and highest points and make clear what was...I’m working with a talented journalist to shine light on living as a scientist in Beijing, talking to ...judgement. Eventually, we published the paper in a high-impact journal and it worked out for all of us.”...cases, the protagonist will be you. Make sure to highlight what lessons you’ve learned and what knowledge... into your research at an outreach event as you might in a scientific paper. Build lots of versions of...difficult and what was easy when appropriate. It might not be scientific to bring emotional discovery into...people pay attention. Practice Nobody gets good overnight. The only way to improve is to keep working on...

...dye-nitrilotriacetic acid (NTA) conjugates (Kapanidis, Ebright, & Ebright, 2001). These Cy/NTA conjugates work the ...6. Kapanidis, Achillefs N., Yon W. Ebright, and Richard H. Ebright. "Site-specific incorporation of fluorescent... James D. Fessenden, an Assistant Professor at Brigham and Women’s Hospital. Biochemists often struggle...mailbox: How to get your fluorophore delivered to the right place? FRET experiments require targeting the donor...the proper mailbox (i.e., a binding site) in the right city (protein). In a cell, this task is even harder...acceptor molecules are targeted nearby (such as a neighboring house on the same street as the donor), then ...specificity Donor fluorophores need to go to the right place. Mis-targeted donors never “see” FRET acceptors...

... is the cr:tracrRNA approach highly efficient, it is also straightforward as the RNA molecules can be ...events. In the light of these results, we re-analyzed our data and found that 75% of our highest knock-in efficiency...of interest are pulled-down and later coupled to high-throughput sequencing to identify genome-wide binding...Telmer 1998). Indeed, this method can be used at high throughput because numerous cell lines can be generated...challenges, we set out to develop a hassle-free, highly efficient Cas9 protein-based method for epitope...which, in our hands, is both cost-effective and highly active. After csRNP complex formation, a single-stranded...transfection/delivery step needs to be optimized to achieve high knock-in efficiency. To calculate the tagging efficiency...

... handy “oldie” as you might say. RNA interference (RNAi) is, as the name might suggest, an RNA-mediated...Addgene plasmid #11653). Full shRNA sequence is highlighted in green, with red boxes indicating mature siRNA...Addgene plasmid #21114). The miRNA sequence is highlighted in green, with red boxes indicating mature miRNA...miRNA. Hairpin loop is in between the red boxes. Highlighted blue regions show flanking genomic sequence. ...-radius":"10px","padding-left":"180px","padding-right":"180px"}{% endraw %}{% end_module_attribute %}{...font-family":"helvetica","font-style":"normal","font-weight":"normal","text-decoration":"none"},"fallback":...font-family: helvetica; font-style: normal; font-weight: normal; text-decoration: none","font_set":"DEFAULT...

...aberrant light chain sequence, but was predicted to occur at a low frequency within functional light chain...a degenerate primer set to amplify IgG variable light (VL) and variable heavy (VH) chain sequences. Fusion...plasmid backbone for expression of the mAb heavy and light chain, each from a constitutively active CMV promoter... expression plasmid involved in coexpression of light (green) and heavy (blue) chains as driven by two...express the target antigen could be screened in a high-throughput manner. Cells were labeled with both ... R-mAbs. It was recognized that an aberrant IgG light chain transcript was expressed by some of the hybridomas...cloning, which in most cases left the functional light chain intact, the authors were able to greatly increase...

...shows: Higher ΔF/F0 (the measure of signal change during calcium events), Greater brightness, Less signal...neuroscience research. These fluorescent proteins light up in response to calcium, which is more than just...each indicator needs to emit a different color of light and be compatible with the lasers available in your...once using existing indicators. For example, you might want to use OCaMP to monitor Ca2+ signals, while...iGluSnFR4 to monitor glutamate in green/yellow and RdLight to monitor dopamine in red.  However, current red...becoming increasingly common due to their low cost and high power, but because they are non-tunable, their usefulness...enabling two-photon imaging without compromising on brightness, ∆F/F0, or signal-to-noise ratio (Figure 3). ...

...Addgenies support a high collaboration, high communication, high efficiency, high quality, low meeting...getting ready to embark on new exciting projects. Right now we don’t have to worry about succeeding at our...materials to better serve the community. We are delighted at the early outcomes and the ecstatic reception...by the scientists who request from us but also by high school students and industry scientists as a universal...21,806th most popular website in the world. I know, right? Upgrades to the internal LIMS pages and excellent...excitement of what we are accomplishing and what more we might do. I am grateful every day for their dedication...viral_sharing=False, embed_button=False, width='1280', height='720', player_id='7039679868', style='' %} Resources...

...two recombinases. How might one read the state of an RSM? The most straightforward way to read the state...state machines in living cells” (1), into a more straight-forward, concise explanation of how to adapt our...exposition, and detail, please refer to the paper. Why might one be interested in state machine technology? Biological...sent the PCR product for sequencing.  A less straightforward, but more population-wide (as opposed to single-cell...method since it lends itself to cheap, quick, and high throughput state detection with flow cytometry. ...cells; the sequencing and qPCR methods do not. How might one implement RSMs? In our study (1), we implement...Figure 3 below): Input Plasmid: The input plasmid (high copy, ColE1 origin of replication), contains large...

...Atsushi Miyawaki and colleagues identified a highly bright and stable fluorescent protein, StayGold. Although...Every few months we highlight some of the new plasmids, antibodies, and viral preps in the repository...uses a much shorter crRNA. Cas12-RNP-PAGE achieved high editing frequency (nearly 100% in some cases) and...break up the dimerization without losing that brightness and stability. Here’s a quick overview of these.... This variant has similar photostability and brightness compared to the original, though its maturation...sufficient to disrupt dimerization while maintaining the bright and stable fluorescence of the original (Ivorra-Molla....rs-2684100/v1.  Piatkevich, K., et al. (2023). Bright and stable monomeric fluorescent proteins derived...

...concentrations of IL-3. Cells grown in high concentrations of IL-3 show a high proportion of blue fluorescence...Every few months we highlight a subset of the new plasmids and viral preps in the repository through ...Split-wrmScarlet is a new split red FP that is three times brighter in worms than split-sfCherry3. It was created ...in live cells. The fluorescent timer emits blue light around the time of synthesis and, after a few hours...cells. Cells undergoing rapid cell cycles have a high blue to red ratio, whereas cells with long or slow...cells as measured by flow cytometry. Cells grown in high IL-3 showed mostly blue fluorescence, indicating...CRISPR corner By Jennifer Tsang Here are a few highlights from recent CRISPR plasmids. To find all of the...

... recommended.  Environmental influences like bright light or noise should be avoided as this will also...consideration for behavioral testing in a laboratory, a high level of experimental control is required, because...frequencies (> 20 kHz, produced from fluorescent light bulbs, for example) that are outside the humans’...optogentics to control neuronal activity, commonly via light-activated ion channels. Similarly, chemogenetic ... trigger neuronal excitation or inhibition upon light (or drug) application.  Genetic manipulation can... generally mediates broad cell tropism and has a high percentage of neuronal targeting after stereotaxic....  Viral vector injection Viral vectors allow a tight spatial and temporal control of gene expression ...

...Every student about to graduate shares the same nightmare: the question “So, what comes next?” For those...education or ending a Master’s program, the answer might be to continue in academia and pursue a PhD. However... such as Zoom, to determine if a program is the right fit for you without the financial and logistical...to around twelve professors and heard back from eight. These emails don’t have to be long; the idea is...you a chance to get to know the faculty that you might be working with for the duration of your program...that will help you determine if the program is the right fit. Reaching out to PIs also means doing plenty...close to your computer with things you want to highlight in the interview is another way to make the virtual...

...previous best performer mGold — while maintaining high brightness and fast maturation time (Figure 1). See the...Every few months we highlight some of the new plasmids, antibodies, viral preps, and more in the repository...articles. Here's what you'll find in this post: Bright and photostable yellow fluorescent protein mGold2...Mapping anterograde synaptic connections with ATLAS Bright and photostable yellow fluorescent protein mGold2...Mike Lacy Get your sunglasses — these proteins are bright! Most current yellow fluorescent proteins tend ...plasmids here! Lee, J., Lai, S., et al. (2025). Bright and photostable yellow fluorescent proteins for...doi.org/10.1038/s41467-025-58223-5.   TnpB, so hot right now By Alyssa Shepard While CRISPR has become a ...

... an MRI, you know that magnetic fields can pass right through our tissues unimpeded. Andrew and Maria ...for a magnetic response among other proteins that might serve as a starting point for developing useful ...Andrew and Maria explained, “to our surprise and delight,” the very first protein they tested — E. coli ...coli expressing good ol’ EGFP — showed a slight but detectable change in fluorescence when a small magnet...team was careful to test the possibility that this might just be an artifact and eliminate sources of interference...purified (Figure 1). Although a ~1% change in signal might not make a very powerful tool, it was promising ...enhanced for future MagLOV-based tools, just as light-induced conformational changes are the basis of ...

...keep in mind that UV light only kills microorganisms that it strikes directly. UV light exposure is also ...ensure nothing is covering it. Turning on the UV light 3-4 times a week for up to half an hour can help...also harmful for eyes and skin so keep the light off when the hood is in use. Wipe the hood with a disinfectant...source of contamination for your experiments, the bright side is that you also have the power to take the...morphology: Shape and size matter You should have a light microscope close to the hood so you can view your... morphologies and doing a quick check under the light microscope will help you identify bacterial and ...are sensitive to pH. Anything between orange and light orange usually indicates that the cells have grown...

... and image analysis software are highly sensitive to detecting light signals not visible to the human ... that the resolution of light microscopy is limited by the wavelength of light and, practically speaking...and diseased states can also provide interesting insights into disease mechanisms and protein function. ...well-characterized marker proteins tagged with FPs to highlight various subcellular structures. Please see Figure...visualize subcellular structures. For example, you might use your fluoresent protein fused to a signal sequence...complexes with. These “colocalization” studies give insights about the proximity of two proteins within the...PMC3074624. 5. Bindels, Daphne S., et al. "mScarlet: a bright monomeric red fluorescent protein for cellular ...

...antibody 9E10 displays highly variable epitope recognition dependent on neighboring sequence context. Sci...However, it was (and still is) infeasible to generate highly specific antibodies for every potential new target...interest with unrelated peptides that already had high quality antibodies available - aka peptide tagging...tagging.  Key to this strategy was the existence of high quality antibodies for well defined peptides. Munro...the neuropeptide substance P. This protein had a highly specific antibody to the C-terminal five amino ...sounds less than ideal.  Unexpected connections Right around the same time that Munro and Pelham were ... (1) Locate a promising monoclonal antibody with high specificity. (2) Narrow down the specific epitope...

...verify loss of minicircle RNA Delivery DNA-Free High High Transgene-free and vector-free Multiple transfections... Pros Cons MMLV-derived Retrovirus Integrating High Low Efficient and Stable Genome integration Insertional...reactivation, residual expression Lentivirus Integrating High Low Efficient and Stable Genome integration Insertional...transfections required Protein Delivery DNA-Free Low High Transgene-free and vector-free. Slow and inefficient...reprogramming efficiencies ranking as low, medium or high is based on the reprogramming efficiencies reported...pMXs or pMSCV, infect dividing cells, and have a higher efficiency of generating iPSCs compared to other...integrate or replicate. Their small size leads to higher transfection efficiencies and they tend to express...