abberior STAR dyes
Our abberior STAR dyes deliver the best performance in fluorescence light microscopy. They feature exceptional photostability and brightness. There is simply no reason for not using our STAR dyes for your STED or confocal imaging application.
best for STED and confocal
Four color confocal image of mammalian cultured cells. Peroxisomes were immunostained with abberior STAR RED (magenta) and nuclear pore proteins with abberior STAR 580 (green). F-actin fibers were highlighted with abberior STAR 488 phalloidin (gray).
The nucleus was visualized with DAPI (blue).
Three color STED and confocal image of a mammalian cultured cell immunostained for a nuclear pore protein in green and two golgi apparatus markers in red and blue.
abberior STAR RED highlights the golgi apparatus protein giantin (red) and abberior STAR ORANGE visualizes the cis-golgi protein GM130 (blue). NUP98 proteins were stained with abberior STAR GREEN (green).
Cultured mammalian cell immunostained for an inner and outer mitochondrial membrane marker. Outer membrane is highlighted with abberior STAR RED (red) and the inner membrane with abberior STAR ORANGE (gray).
STED and confocal images were acquired with abberior’s FACILITY microscope.
abberior STAR dyes enable background-free labeling in cells or tissue, to get the most out of your sample. They excel with high brightness and photostability, while conjugates of the dyes show an excellent solubility in aqueous buffers as PBS.
abberior STAR SXP
abberior STAR SXP dyes are abberior’s long Stokes-shift dye series. The common characteristic of the dyes is an exceptional long Stokes-shift between the excitation and emission maximum. Our abberior STAR SXP dyes are designed to provide bright fluorescence for multiplexed imaging. Conjugates of the dyes show a very good solubility in aqueous buffers as PBS to allow labeling of the structures of interest with a good signal-to-noise-ratio.
- Highest signal and photostability
- For unrivaled STED and confocal imaging