We narrowed to 480 results for: mag

...Fluorescent Proteins In Vivo Imaging Fluorescent Proteins: In Vivo Imaging Far-Red Near-Infrared Photoactivatable...spatially selective imaging of tissues in living animals. Learn more about in vivo imaging tools in this blog...Find plasmids for in vivo imaging using far red, near-infrared, and photoactivatable fluorescent proteins...powerful tool to study proteins and cells, but imaging in deep-tissue organs or whole animals presents... fluorescent proteins most suitable for stable imaging in live animals are those with emission near or... brightness and allow for single or multicolor imaging. Photoactivatable iRFPs can be turned on by non-phototoxic...

...England Biolabs Cell-Imaging Plasmid Collection New England Biolabs Cell-Imaging Plasmid Collection Technology...Krumm H, Johnsson K, Johnsson N. 2005. Multicolor imaging of cell surface proteins. J Am Chem Soc. 127(37...

...you turn up the brightness in your fluorescent imaging experiments. Fluorescent protein fusions One of...expressed at low levels, you have to increase your imaging time to get enough signal. This workaround risks...phototoxicity and eliminates the possibility of long-term imaging studies. If you instead overexpress your protein...examined the power of SunTag for single molecule imaging, finding that plasma membrane-targeted CAAX-SunTag...power of SunTag, they attempted single-molecule imaging deep inside the cell, in the nucleus and cytoplasm...mitoNEET-SunTag-GFP. As expected, they obtained bright images of mitochondria without organelle toxicity. First...protein aggregation, it’s recommended for most imaging applications. What can you do with SunTag? Tanenbaum...

...for in vivo and in vitro imaging. Saito et al. used this Nano-lantern to image labeled tumors in freely...associated with luminescent imaging: A luminescent substrate is required for imaging, and it is important ...Fluorescent imaging techniques have become indispensable tools for molecular and cell biologists over...intensity of luminescent proteins. To make luminescent imaging a reality, Addgene depositor Takeharu Nagai and...scientists from using chemiluminescent proteins for imaging, but it has precluded widespread adoption of the...coelenterazine, with increased sensitivity and faster imaging compared to previous publications. They also developed...photobleaching/phototoxicity, they successfully imaged multiple subcellular compartments over several ...

...multicolor experiments. With OCaMP, researchers can image multiple brain regions or cell types at once using...red and green GECIs aren’t ideal for two-photon imaging with newer lasers in the range of 1000–1080 nm....two-photon excitation at 1030 nm, enabling two-photon imaging without compromising on brightness, ∆F/F0, or signal-to-noise... cell cultures, slice preparations, or in vivo imaging, there's a version that fits your setup: Plasmid... on developing biosensors and tools for neural imaging. Follow him on Bluesky (@abhiaggarwal.bsky.social‬...sensitive orange fluorescent calcium ion indicator for imaging neural activity. bioRxiv 2025.07.28.667269; doi...

...response to a ~25 mT magnet. Gray regions indicate times when the magnetic field is on. Image reproduced from...response to a ~10 mT magnet. Gray regions indicate times when the magnetic field is on. Image reproduced from...of E. coli expressing MagLOV while a magnet is waved under the sample. The imaged area measures approximately...whenever the magnet approached the sample (by less than 1%) and recovered after the magnet was removed ...75% in response to the magnetic field (Figure 2); they named this variant MagLOV. Andrew was thrilled to... to see that MagLOV’s “astonishing” magnetoresponse was clearly visible whether expressed in E. coli, ...variants of MagLOV will be possible with other engineering approaches and that magnetosensitive tools can...

...Addgene’s Fluorescent Protein Guide to In Vivo Imaging, you’ll pretty quickly notice the name Vladislav... light in the near-infrared portion of the electromagnetic spectrum – the spectral region in which mammalian...FPs), called PAiRFP1 and PAiRFP2, to the in vivo imaging toolbox, which increase their fluorescence upon...as photoacoustic contrast agents for two-color imaging in animals. The approach relies on ultrasound waves...as opposed to light to produce higher resolution images in vivo. “One of the reasons we can’t localize ... a result, ultrasound enables higher resolution images at depths up to eight millimeters – not single ... near-infrared fluorescent protein for in vivo imaging. Filonov et al (Nat Biotechnol. 2011 Jul 17. doi...

...Thorn of the Nikon Imaging Center at UCSF. A common requirement for live cell imaging experiments is the...emission spectra differ sufficiently for them to be imaged in distinct fluorescent channels on the microscope...many fluorescent protein combinations that can be imaged together, but this also means that the choice of...choosing fluorescent proteins for your multi-color imaging experiment is to be aware of what fluorescent proteins...proteins To choose a set of fluorescent proteins to be imaged together, you will need to consider the same factors... distinguished from one another and that can be imaged with the optics on the microscope(s) you intend... 474 nm) and YFP (ex 514 nm / em 527 nm) can be imaged together but CFP and GFP (ex 488 nm / em 507 nm...

... anyone performing multiplexed imaging, not just IBEX. The IBEX Imaging Community’s vision is an open,...IBEX is a highly multiplexed tissue imaging method that uses iterative staining and chemical bleaching...bleaching to allow for high-resolution imaging without degrading the tissue (Radtke et al., 2020, 2022). I do... do mean highly multiplexed: you can image over 65 different parameters using this method (see Movie S8... experiments!)     Figure 1: The IBEX Imaging Community front page. That’s why scientists... including 61 fluorescent probes, representing imaging from 47 different tissues. Researchers upload and...experiments. Researchers can then visit the IBEX imaging community discussion board to dive into conversations...

...in ultrasound imaging. Ultrasound is an attractive imaging platform for in vivo imaging experiments because...and widely available imaging platform: ultrasound. Challenges of in vivo imaging with existing bacterial...Limited Depth of Signal/Imaging: Fluorescent reporters are not as well suited for imaging organs located deep...ARG’s: in vivo imaging. Specifically, arg1 expressing E. coli aided in ultrasound imaging of the mouse ... injected into the mouse colon, imaged via ultrasound, and the images compared to mice injected with ECN...anatomical context/spatial localization: In vivo imaging with fluorescent or bioluminescent reporters usually...and then arg1 vesicles. By comparing ultrasound images pre-collapse and post-collapse of arg2 and then...

...Deeper: Biomolecular Tools for Acoustic and Magnetic Imaging and Control of Cellular Function. Biochemistry...other hand, is a widely available and inexpensive imaging modality with good tissue penetration depth as ...enable cells to be visualized under ultrasound imaging. Expression of ARGs results in the production of...background tissue unless destructive ultrasound imaging was used. We set out to develop next-generation...L-arabinose intraperitoneally and wait 24 hours before imaging with ultrasound to observe gas vesicle-specific...TEM, and purified GVs under TEM. (c) Ultrasound imaging of tumor colonization by bARGSer-expressing E. ... tumors was overlaid with the anatomical B-mode images in greyscale.   ARG expression in mammalian...

...newly formed proteins.  Limitations with GFP in imaging  While GFP has been an immensely powerful tool ...protein maturation times which limits its use for imaging a protein’s entire life-cycle. This makes it nearly...nearly impossible for scientists to use GFP to image nascent proteins. In addition GFP tags are large,...attached to a protein, making them hard to amplify and image for long periods of time.  Are antibody based probes...used to amplify fluorescent signals in in vivo imaging: the 10xHA tag increased the fluorescent signal... mCherry, HaloTag and SNAP-tag for multi-color imaging. Find the HA frankenbody tool-kit at Addgene to...proteins.  Lastly, the HA frankenbody can be used for imaging in whole organisms. The researchers used the HA...

...and their transparency allows for whole organism imaging. They created an endogenous ApoB-NanoLuc reporter... transmit electrical information. Such voltage imaging can be performed in intact animals and offers many...

...5.8 Monomer mAzami Green-N1 (mAG) - Mammalian Expression mAzami Green-C1 (mAG) - Mammalian Expression cfSGFP2...shift), useful for applications like multicolor imaging with better spectral separation. Protein Excitation...Choosing Your Fluorescent Proteins for Multi-Color Imaging FPbase (Link opens in a new window) : an open-source...

.... Takeharu Nagai Magnesium MagFRET-1 Mg 2+ sensor, based on Cerulean/Citrine MagFRET: The First Genetically...Tantama ATP QUEEN ATP sensors for live-cell imaging Live cell imaging of metabolic heterogeneity by quantitative...Mullineaux Insulin Sensor for Imaging Insulin Secretion A Ratiometric Sensor for Imaging Insulin Secretion in ...Ultrafast neuronal imaging of dopamine dynamics (dLight1.1-1.5) Ultrafast neuronal imaging of dopamine dynamics...11985. Eckhard Boles pH Imaging intracellular pH in live cells (pHRed) Imaging Intracellular pH in Live... for imaging exocytosis and endocytosis (pHuji). Semisynthetic fluorescent pH sensors for imaging exocytosis...into cells, tissues, or organisms for long-term imaging and can be designed to specifically localize to...

...agarose or magnetic beads. Using centrifugation (for agarose beads) or a magnet (for magnetic beads), collect...a substrate kit. Image the membrane using either X-ray film in a darkroom or an image capture machine....reaction can be detected either digitally by an imaging machine or by X-ray film. HRP cannot be used to...are two primary methods used, using agarose or magnetic beads, but both rely on the same general strategy...antibody, incubate, and wash. Preserve sample and image using a microscope. Special considerations Many ...

... in the near-infrared range, ideal for in vivo imaging. teLuc : Red-shifted bioluminescence when paired...provide more flexibility in emission colors and imaging without the need for an illumination source. BRET...BRET can be particularly useful for in vivo imaging or creating biosensors. Read more about BRET on our...Enhanced Nano-lanterns and Antares ) for in vivo imaging. NanoBRET : Constructs using NanoLuc® as a BRET...LSSmOrange-NanoLuc ( OgNLuc ) fusions for BRET-based imaging and other applications. And see PalmGRET , a membrane-anchored...GPCR activity. AIMTOR : BRET biosensor for live imaging of mTOR signaling. Additional Resources Promega...

...repress target genes, purify specific regions of DNA, image DNA in live cells, and precisely edit DNA and RNA...antibody-activator effector proteins; long-term imaging of proteins in living cells (Figure 9B) dCas9-VPR...Visualizing Genomic Loci Using Fluorophores CRISPR imaging has numerous advantages, including the simplicity...detect multiple targets simultaneously. CRISPR imaging can visualize chromatin and RNA dynamics in live...RNA-binding proteins (RBPs). Multicolor CRISPR imaging can be achieved by using orthogonal dCas9s (e.g... stability and amplifies the signal for better imaging of genomic loci, as in the CRISPR-Sirius . Fluorescent...Cas13 fusions have also been used in in vivo RNA imaging or to control alternative splicing. Figure 13: ...

...targeted genomic loci. CRISPR imaging has numerous advantages over other imaging techniques, including that...cell imaging. Compared to techniques like fluorescence in situ hybridization (FISH), CRISPR imaging offers...