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Finely crafted nanoparticle products for imaging, microscopy and biodetection

All profits support our cancer research. In the course of our work, we have developed many useful nanoparticle technologies; we hope they are useful in your labs too. 

Click-Nanogold®

Nanoparticle labeling reagents specifically formulated to work with CLICK chemistry, in a range of nanoparticle sizes.
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Click-Nanogold®

    Results: 1 - 10 of 10 products
    Reaction of 5 nm Alkyne-Nanogold® with (top) an azide via copper-catalyzed (CuAAC) click reaction.
    new-solidClick Alkyne-Nanogold® 5 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-catalyzed (CuAAC) reaction.

    Reactions of 5 nm Azido-Nanogold® with (top) a non-strained alkyne via copper-catalyzed (CuAAC) click reaction, and (bottom) a strained alkyne via strain-promoted (SPAAC) copper-free click reaction.
    new-solidClick Azido-Nanogold® 5 nm

    Click 5 nm Nanogold® labels for alkynes; may be used for copper-catalyzed (CuAAC) or copper-free (SPAAC) click reactions.

    Reaction of 5 nm DBCO-Nanogold® with a strained alkyne (cyclooctyne derivative) via strain-promoted (SPAAC) click reaction.
    new-solidClick DBCO-Nanogold® 5 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-free SPAAC reaction.

    Click 0.8 nm Nanogold® (Undecagold) reagents are stable, biocompatible, and well tolerated by living cells. They provide ultra-high resolution, putting the Undecagold right on the target site: locate targets at macromolecular resolution.
    new-solidClick Mono-Alkyne-Nanogold® 0.8 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-catalyzed (CuAAC) reaction.

    Click-Nanogold® labeling: Combine the power of click chemistry with the precision of our famous gold nanoparticles. Choose from Azide, Alkyne and DBCO.
    new-solidClick Mono-Alkyne-Nanogold® 1.4nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-catalyzed (CuAAC) reaction.

    Click 0.8 nm Nanogold® (Undecagold) reagents are stable, biocompatible, and well tolerated by living cells. They provide ultra-high resolution, putting the Undecagold right on the target site: locate targets at macromolecular resolution.
    new-solidClick Mono-Azido-Nanogold® 0.8 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with alkynes, copper-catalyzed (CuAAC) or copper-free (SPAAC).

    Click-Nanogold® labeling: Combine the power of click chemistry with the precision of our famous gold nanoparticles. Choose from Azide, Alkyne and DBCO.
    new-solidClick Mono-Azido-Nanogold® 1.4 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with alkynes, copper-catalyzed (CuAAC) or copper-free (SPAAC).

    Click 0.8 nm Nanogold® (Undecagold) reagents are stable, biocompatible, and well tolerated by living cells. They provide ultra-high resolution, putting the Undecagold right on the target site: locate targets at macromolecular resolution.
    new-solidClick Mono-DBCO-Nanogold® 0.8 nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-free SPAAC reaction.

    CLICK labeling with Nanogold®. Label with azides, alkynes or DBCO
    new-solidClick Mono-DBCO-Nanogold® 1.4nm

    Click chemistry with covalently bound Nanogold® labels! Reacts with azides via copper-free SPAAC reaction.

    FNG [FluoroNanogold™] is a probe containing two different markers; it opens the possibility of imaging the same sample at both the optical and the EM level. Thus, it is easy to perform a multimodal investigation, either on different cells or on the same cell visualized by correlative microscopy.
    Custom Nanoparticle Synthesis & Nanoprobe Labels

    LET’S MAKE THE LABEL OF YOUR DREAMS

    We can create a precision, custom nanoparticle label for almost ANY molecule!
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