Thermo Scientific™ Fluoro-Max Green Particulate Marker Particles Available on GSA/VA Contract for Federal Government customers only.

Effectively mark the “risk zone” in evaluating regional ischemia with Thermo Scientific™ Fluoro-Max Green Particulate Marker Particles.

Manufacturer: Thermo Scientific™ 341

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Catalog No. 09-980-694

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    Diameter (Metric) 1 to 10µm
    Color Green
    Additive May contain trace amount of dispersant
    Diameter (Metric) Mean 1 to 10µm
    Diameter (Metric) Nominal 1 to 10µm
    Dye Type Firefli™ Fluorescent Green (360/530nm)
    Includes Material Safety Data Sheet (MSDS)
    Particle Density 1.05g/cm³
    Particle Size (Metric) 1 to 10µm
    Quantity 1g
    Refractive Index 1.59 at 589nm (25°C)
    Stability Product stable for a minimum of 24 months
    Storage Requirements Store at room temperature in a dry area. Store upright and keep bottle tightly sealed. Respiratory protection from dust is recommended.
    Composition Polystyrene Divinlybenzene
    Contents Dry dyed polystyrene divinylbenzene microspheres
    Particle Size 1 to 10µm
    Volume (Metric) 1g

    Effectively mark the “risk zone” in evaluating regional ischemia with Thermo Scientific™ Fluoro-Max Green Particulate Marker Particles, brilliant yellow-green particles that lodge in the capillaries.  Easily seen under fluorescent illumination, these particles are made of polymer containing a fluorescent dye that excites efficiently with a handheld UV lamp (i.e., Wood's Lamp). They are spherical, 1-10µm in diameter, and have a density of 1.05g/cm3, which makes them easy to suspend in an aqueous medium.

    Various dyes and particulate markers have been used to mark the “risk zone” in evaluating regional ischemia. These include Evans Blue, India Ink and Fluorescein. However, these dyes tend to rapidly migrate throughout the tissue making the risk zone difficult to identify.

    Fluorescent particulate markers are effective because they lodge in the capillaries and are easily viewed under fluorescent illumination. The particles are heavily loaded with dye, resulting in a very strong fluorescence that can easily be seen. They are invisible under white light, allowing the non-risk tissue to be examined for infarction. Since the dye is embedded in the interior of the particles, it does not leach out or cause indiscriminate staining.

    Recommended for:

    Myocardial infarction studies and other biological research. Not to be used for instrument calibration.

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