Fluorescence Imaging System


Fluoptics launches the first NEW HAND-HELD system for near infrared fluorescent animal imaging: Fluobeam

This innovative hand-held imaging system detects 2D in vivo fluorescence. Fluobeam is equipped with a laser able to excite the near infrared fluorophores (NIR), associated with a crown of LEDs allowing to work under white light in opened space with a direct access to the animal.

Angiostamp

Fluobeam 

Fluobeam is available at two excitation wavelengths:

  • Fluobeam 700 (λex: 680nm / λem: >700nm)
  • Fluobeam 800 (λex: 780nm / λem: >800nm)
Fluobeam is compatible with the most of the NIR dyes available on the market; it is one of the most sensitive systems, with an opened design for unconstrained protocols which allow to perform imaging from small (mouse, rat) to large animals (rabbit, pig, monkey, ewe, etc…).


Mechanical stand for Fluobeam :

A mechanical stand for Fluobeam is also available and recommended for preclinical applications which might require
semi-quantification of the fluorescent signal or long integration times.


Documentation
Applications
Fluobeam<sup>™</sup> applications - Specific targetingFluobeam applications – Specific targeting
Fluobeam<sup>™</sup> applications - 2. Lymphatic drainage imagingFluobeam applications – Biodistribution of fluorescent molecules Fluobeam<sup>™</sup> applications - Vectorization Specific targetingFluobeam applications – Oncology - Vectorization
Fluobeam<sup>™</sup> applications - Oncology - Biodistribution of moleculesFluobeam applications – Oncology - Biodistribution of molecule
Selected bibliography :

Hirche C et al., 2012, Surg Innov.
Wenk CH et al, 2012, Cancer Lett.
Helle M et al, 2012, PLoS One
Li Y et al, 2012, Theranostics
Heuveling DA. et al., 2012, Eur J Nucl Med Mol Imaging
Mery. E et al, 2011, Gynecologic Oncology
Keramidas.M et al., 2010, British Journal of Surgery
Mieog.JSD et al., 2010, Breast Cancer Res Treat
Mieog.JSD et al., 2010, Molecular Imaging
Pic.E et al., 2009, Mol Imaging Biol