FluoProbes

  Fluorescent dye Color mass (g/mol) Absorb (nm) Emit (nm) ε (M−1cm−1)
FluoProbes 390 violet 343 390 479 24 000
FluoProbes 488 green 804 493 519 85 000
FluoProbes 532 yellow 765 532 553 117 000
FluoProbes547H orange 736 557 574 150 000
FluoProbes 594 red 1137 601 627 120 000
FluoProbes647H far-red 761 653 674 250 000
FluoProbes 682 far-red 853 690 709 140 000
FluoProbes 752 near-IR 879 748 772 270 000
FluoProbes 782 near-IR 976 783 800 170 000
Abs = absorption maximum#, Em = emission maximum# ..................................[1]
ε = molar extinction coefficient

The FluoProbes series of fluorescent dyes were developed by Interchim to improve performances of standard fluorophores. They are designed for labeling biomolecules, cells, tissues or beads[2] in advanced fluorescent detection techniques.

  FluoProbes dye Color Light sources (spectral line)
FluoProbes 390 violet Diode laser
FluoProbes 488
Fluorescein(FITC)/Cy2
cyan Argon laser (488.0nm), Krypton laser (482.5nm)
FluoProbes 532 yellow Helium–neon laser (632.8nm)
FluoProbes 547H
TRITC/Cy3
orange Argon laser (528.7nm)
FluoProbes 594
SR101/TR
red Argon laser (528.7nm)
FluoProbes 647H
Cy5
far red Krypton laser (647.1nm), Laser (633nm)
[9]

Similar lines of fluorescent dyes provide an alternative to the FluoProbes Dyes.

References

  1. "FluoProbes Dyes" (PDF). Interchim. 2010. Retrieved 2010-03-04.
  2. Article Savina A. ; Cell 126, 205–218, July 14, 2006 (Phagosome Neutrality in Host Defense)
  3. Lightning technology from Innova BioSciences
  4. Article Brunner ; Molecular & Cellular Proteomics 2007, 6.6, pp.1007-1017
  5. AnnexinV-FluoProbes488 comparison in FCM
  6. FluoProbes labeling agent
  7. FluoProbes488 comparison to FITC, Cyanine2
  8. FluoProbes547H comparison in Confocal Microscopy
  9. "FluoProbes Dyes" (PDF). Interchim. 2010. Retrieved 2010-03-01.
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