79001

ET - Fura 2

Reclaimed Cubes

ET - Fura 2

Excitation Intensity Note:

High levels of excitation light intensity (such as that transmitted by our ET-series excitation filters) could, under some circumstances, lead to rapid photobleaching or phototoxic damage to the sample, and/or high levels of autofluorescent signal.

The use of neutral density (ND) filters in the excitation light path may be required to minimize these effects. Furthermore, the use of a range of multiple ND filters can allow for application- or sample-specific customization of excitation light intensities to maximize signal-to-noise.

See our Neutral Density Filters.

Filters in this set:

ET340x
$365.00
ET380x
$365.00
T400lp
$250.00
ET510/80m
$365.00
Set Price
$1150.00
Chroma Technology Corp RoHS Statement MANUFACTURER'S GENERAL RoHS COMPLIANCE CERTIFICATION
Cleaning, Handling, and Orientation Cleaning and handling instructions
Glossary Our growing list of fluorescence-related concepts and explanations.
Nomenclature and Conventions How to know what a Chroma filter name means.

79000 Series

This series of filter sets is designed for use with various Indicator Dyes which exhibit multiple absorption or emission peaks to facilitate ratiometric imaging. This allows for the detection and quantification of ratiometric signal intensities, which may indicate changes in the concentration of ion(s) of interest, changes in pH or changes in membrane potential. Sets with multiple excitation filters require the use of a filter wheel to alternate between the various excitation wavelengths. Sets with multiple emission filters require the use of either emission filter wheels or image-splitters.

If you don’t see what you are looking for, please contact us. We have a large inventory of filters and a knowledgeable staff ready to help you design and build a filter to meet your specifications.

© 2024 Chroma Technology Corp. All rights reserved.

Show Compare
Loading...
Items to compare
By using this website, you agree to our use of cookies.
We use cookies to improve the user experience and to help our website run effectively. To learn more, read our Privacy Policy.