Taking Quantum Dot Performance to the Next Level

Harness our highly stable, ultra-bright fluorescent and dual-use magnetic & fluorescent nanoparticle reagents to expand your view of cell biology.

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Optimized nanoparticles for reliable cell separation and characterization

Quantum dots’ unique optical properties hold the promise for enhanced detection and imaging in flow cytometry and fluorescence microscopy. However, it can be difficult to conjugate them with antibodies and target proteins, couple them with other particles, and maintain their fluorescent and colloidal stability.

At Core Quantum Technologies, we developed a proprietary polymer encapsulation technology that protects and preserves quantum dots’ fluorescent properties, improves their colloidal stability, allows for easy conjugation to antibodies and proteins of interest, and integration of magnetic particles, enabling their seamless inclusion in cell sorting and analysis workflows. In addition, our reagents have multiple quantum dots while maintaining nanometer size, making them ultra-bright with distinct, narrow spectral emission signatures that reduce spectral overlap, enabling sensitive detection and accurate characterization of cell biology.

The Core Quantum Nanoparticle Difference

Tighter spectral emissions

Add more emission wavelengths to your panel

Brighter fluorescence intensity

Increase sensitivity of target detection

Higher resistance to photodegradation and oxidation

Improve reliability with longer-lasting fluorescence signals

Dual-use fluorescent & magnetic nanoparticles

Simplify your workflow; take captured cells directly into fluorescence analysis

Easier conjugation to antibodies and proteins

Customize and expand your research scope

Multi-platform versatility

Decrease reagent complexity and costs

Learn More About our Technology

Discover a comprehensive selection of nanoparticles crafted with flexibility in mind

Our fluorescent and/or magnetic nanoparticles, MultiDots, MagDots, and SpiDots respectively, are conjugated with antibodies that recognize common cell markers analyzed in flow cytometry, spectral flow cytometry, FACS, and fluorescence microscopy. Using our conjugation kit or services, our nanoparticles can be conjugated with virtually any antibody, making them fully customizable and adaptable to any application.

Explore our products

Advance your research with the next-generation of fluorescent and/or magnetic nanoparticles

MultiDots

Improve the sensitivity and specificity of your results with brighter, longer-lasting fluorescence signals.

Learn More About MultiDots

MultiDots

Simplify and accelerate your workflows with nanoparticles comprised of both quantum dots and magnetic particles.

Learn More About MagDots

SpiDots

Enhance your magnetic cell depletion or enrichment workflows with our magnetic only nanoparticles.

Learn More About SpiDots

Flow Cytometry

Microscopy

Magnetic Cell Separation

Yeast Surface Display

Ready to accelerate your discovery? Let’s talk about your project!

“Core Quantum's expertise was instrumental in establishing our lab's workflow. Their custom MagDot conjugations for our detection and enrichment antibodies worked seamlessly with our spectral cytometer to analyze Th17 cells bound to Nanovials. Without the high-quality service and innovative MagDots, our Th17 enrichment protocol would not have been possible. Thanks to the dual fluorescent and magnetic properties of the MagDots, we quickly validated our findings and are now uncovering new biology for Th17 cells that we can identify and isolate by protein expression. Core Quantum's support has been invaluable in advancing our research.”

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

“Core Quantum's expertise was instrumental in establishing our lab's workflow. Their custom MagDot conjugations for our detection and enrichment antibodies worked seamlessly with our spectral cytometer to analyze Th17 cells bound to Nanovials. Without the high-quality service and innovative MagDots, our Th17 enrichment protocol would not have been possible. Thanks to the dual fluorescent and magnetic properties of the MagDots, we quickly validated our findings and are now uncovering new biology for Th17 cells that we can identify and isolate by protein expression. Core Quantum's support has been invaluable in advancing our research.”

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

“Core Quantum's expertise was instrumental in establishing our lab's workflow. Their custom MagDot conjugations for our detection and enrichment antibodies worked seamlessly with our spectral cytometer to analyze Th17 cells bound to Nanovials. Without the high-quality service and innovative MagDots, our Th17 enrichment protocol would not have been possible. Thanks to the dual fluorescent and magnetic properties of the MagDots, we quickly validated our findings and are now uncovering new biology for Th17 cells that we can identify and isolate by protein expression. Core Quantum's support has been invaluable in advancing our research.”

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

“Core Quantum's expertise was instrumental in establishing our lab's workflow. Their custom MagDot conjugations for our detection and enrichment antibodies worked seamlessly with our spectral cytometer to analyze Th17 cells bound to Nanovials. Without the high-quality service and innovative MagDots, our Th17 enrichment protocol would not have been possible. Thanks to the dual fluorescent and magnetic properties of the MagDots, we quickly validated our findings and are now uncovering new biology for Th17 cells that we can identify and isolate by protein expression. Core Quantum's support has been invaluable in advancing our research.”

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

“Core Quantum's expertise was instrumental in establishing our lab's workflow. Their custom MagDot conjugations for our detection and enrichment antibodies worked seamlessly with our spectral cytometer to analyze Th17 cells bound to Nanovials. Without the high-quality service and innovative MagDots, our Th17 enrichment protocol would not have been possible. Thanks to the dual fluorescent and magnetic properties of the MagDots, we quickly validated our findings and are now uncovering new biology for Th17 cells that we can identify and isolate by protein expression. Core Quantum's support has been invaluable in advancing our research.”

Streamline your Yeast Surface Display workflows with MagDots

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Taking Quantum Dot Performance to the Next Level

Optimized nanoparticles for reliable cell separation and characterization

The Core Quantum Nanoparticle Difference

Tighter spectral emissions

Brighter fluorescence intensity

Higher resistance to photodegradation and oxidation

Dual-use fluorescent & magnetic nanoparticles

Easier conjugation to antibodies and proteins

Multi-platform versatility

Discover a comprehensive selection of nanoparticles crafted with flexibility in mind

Advance your research with the next-generation of fluorescent and/or magnetic nanoparticles

MultiDots

MultiDots

SpiDots

Ready to accelerate your discovery? Let’s talk about your project!

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department

Dequina Nicholas, PhD, Assistant Professor, University of California Irvine, Molecular Biology and Biochemistry Department