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MemBrite Fix 660/680

MemBrite Fix 660/680 (Ex-Max 662 nm/Em-Max 682 nm)

Biotium's MemBrite Fix and Membrite Fix-ST dyes are amine-reactive cell surface staining dyes that conjugate cell surface proteins to stain the outer membrane of live cells. A great benefit to these dyes is that MemBrite Fix dyes can withstand fixation and permeabilization which allows extracellular staining to be combined with intracellular staining techniques. Additionally, the MemBrite Fix-ST dyes (and MemBrite Fix 680/700) are compatible with super resolution microscopy and Fluorescence Microscopy techniques such as STORM. MemBrite Fix 660/680 has an excitaion peak at 662 nm and an emission peak at 682 nm and are recommended for use in fluorescence microscopy.

Excitation & emission spectra

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Key facts

Excitation maximum
662 nm
Emission maximum
682 nm
Optimal laser line
628-640
Optimal filter
695/40

MemBrite Fix 660/680 has an excitation maximum at 662 nm and an emission maximum at 682 nm, a Stokes shift of 20 nm. It is optimally excited by the 628-640 laser line.

Frequently asked questions

What is MemBrite Fix 660/680?
Biotium's MemBrite Fix and Membrite Fix-ST dyes are amine-reactive cell surface staining dyes that conjugate cell surface proteins to stain the outer membrane of live cells. A great benefit to these dyes is that MemBrite Fix dyes can withstand fixation and permeabilization which allows extracellular staining to be combined with intracellular staining techniques. Additionally, the MemBrite Fix-ST dyes (and MemBrite Fix 680/700) are compatible with super resolution microscopy and Fluorescence Microscopy techniques such as STORM. MemBrite Fix 660/680 has an excitaion peak at 662 nm and an emission peak at 682 nm and are recommended for use in fluorescence microscopy.
What laser excites MemBrite Fix 660/680?
MemBrite Fix 660/680 is optimally excited by the 628-640 laser line. Its excitation maximum is 662 nm.
What filter should I use to detect MemBrite Fix 660/680?
A 695/40 filter captures the peak of the MemBrite Fix 660/680 emission near 682 nm with minimal spillover.