abberior FLUX dyes for MINFLUX and STORM

Unlock the full potential of single-molecule localization microscopy (SMLM) with our abberior FLUX dyes. Perfect for MINFLUX and STORM, these dyes deliver unmatched brightness and low background, ensuring the highest image quality. Developed specifically for SMLM techniques, abberior FLUX dyes produce exceptional images at the single-nanometer scale, enabling ultra-high spatial and temporal resolution.

abberior FLUX 647 exhibiting a high molecular brightness is optimized for single-color imaging. The switching kinetics and spectral separation of abberior FLUX 640 and abberior FLUX 680 make this dye pair the best combination for two-color MINFLUX imaging. Conjugated to antibodies or as SNAP-tag^® probes abberior FLUX dyes ensure background-free labeling in cells or tissue, to get the most out of your sample.

Superresolution imaging requires both an advanced microscope and high-performance dyes. abberior is the only company providing both, with in-house development ensuring perfect synergy between microscope and dye for unparalleled results.

Secondary antibodies & SNAP-Tag® for MINFLUX labeling

Goat anti-
Mouse IgG

Goat anti-
Rabbit IgG

Goat anti-
Chicken IgY

Goat anti-
Guinea pig IgG

Goat anti-
Rat IgG

Donkey anti-
Human IgG

Donkey anti-
Goat IgG

Donkey anti-
Sheep IgG

SNAP-Tag^®

Our secondary antibody conjugates and SNAP labels with abberior FLUX dyes are engineered for high-resolution MINFLUX and STORM microscopy. They deliver high specificity and an excellent signal-to-noise ratio, making them perfect for background-free, multicolor imaging down to the single-digit nanometer scale.

Additional labels are available in our shop.

»Since MINFLUX can localize a fluorophore with a precision of < 1, reducing the linkage error is essential to better understand the arrangement of the epitope in the sample. With abberior FLUX secondary nanobodies the linkage error is reduced, bringing the fluorophore closer to the epitope, whilst keeping the flexibility of a traditional immunostaining approach. This enhancement can significantly improve imaging results.«

Evelyn Garlick, Ph.D.
Scientist in the MINFLUX Applications team at abberior instruments

Revolutionize your immunofluorescence labeling with FLUX nanobodies

Nanobody anti-
Mouse IgG

Nanobody anti-
Rabbit IgG

Indirect immunofluorescence staining with primary and secondary antibodies is a pivotal method for biomolecule labeling, but it can be hindered by complex formations between the antibodies and fluorophores, leading to significant linkage errors. Proximity between the fluorophore and the target molecule is crucial for minimizing these errors. This becomes particularly relevant with superresolution microscopy techniques such MINFLUX when a localization precision of less than 3 nm is achieved.

Our solution combines abberior FLUX dyes with Jackson ImmunoResearch’s polyclonal VHH antibodies – AffiniPure-VHH™ Secondaries. These nanobodies, being ten times smaller than conventional IgG antibodies, provide superior access to superresolution microscopy. Elevate your immunofluorescence labeling and explore the future of biomolecule labeling with our cutting-edge technologies.

Additional labels are available in our shop.

Interview with Dave Fancy from Jackson ImmunoResaerch >