Cellular Assays

Cellular assays have always been a powerful tool in the research lab. They are incredibly versatile, and can be designed to measure virtually any cellular or biochemical function. Sensitive detection of fluorescent probes aid in evaluating cell signaling and death pathways, which is useful for the rapid quantification of cell viability. Cellular assays can be used to measure the effects of different treatments on cell viability and to evaluate toxic effects mediated through a variety of mechanisms.

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Cell viability assay kits, EarlyTox™ Caspase-3/7 and Caspase-3/7-D NucView™ 488 Assay Kits

Supplier: Molecular Devices

EarlyTox™ Cell Viability Assay Kits are a family of fluorescence-based reagents for the assessment of cell viability, cell proliferation, and various apoptosis events using mammalian cells. Optimised for use with microplate readers, these assay kits employ a no-wash, homogeneous assay protocol that enables characterisation of a full concentration-response profile of test compounds.

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DNA quantitation, SpectraMax® Quant™ dsDNA assay kits

Supplier: Molecular Devices

SpectraMax® Quant™ dsDNA Assay kits are designed for fluorescence-based dsDNA quantitation across a broad range of concentrations.

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Reporter assay kits, SpectraMax® Glo Steady-Luc™

Supplier: Molecular Devices

The SpectraMax® Glo Steady-Luc™ Reporter Assay Kit provides a highly sensitive assay for the quantitation of firefly luciferase expression in mammalian cells. The assay kit is optimised for Molecular Devices SpectraMax® microplate readers with a preconfigured protocol provided in SoftMax® Pro Software for simplified data acquisition and analysis.

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Potassium assay kits, FLIPR®

Supplier: Molecular Devices

The FLIPR® Potassium Assay Kit measures functional activity of ligand- and voltage-gated potassium channels. The homogeneous, no-wash assay protocol provides a large signal window and high Z' values.

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Cardiotoxicity kit, EarlyTox™

Supplier: Molecular Devices

The EarlyTox™ Cardiotoxicity Kit provides a fast, simple and reliable fluorescence based method for identifying cardiotoxic compounds in a biorelevant assay using stem-cell derived cardiomyocytes.

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Nitrotyrosine IP Kit

Supplier: Cayman Chemical

For the capture and pulldown of nitrated proteins from cell and tissue lysates.

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CF® Dye Dextran 70000 MW, anionic and fixable

Supplier: Biotium

CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 70,000 MW, and contains a formaldehyde-fixable free-amine group.

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CF® Dye Dextran 40000 MW, anionic and fixable

Supplier: Biotium

CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 40,000 MW, and contains a formaldehyde-fixable free-amine group.

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CF® Dye Dextran 150000 MW, anionic and fixable

Supplier: Biotium

CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 150,000 MW, and contains a formaldehyde-fixable free-amine group.

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CF® Dye Dextran 250000 MW, anionic and fixable

Supplier: Biotium

CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 250,000 MW, and contains a formaldehyde-fixable free-amine group.

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ViaFluor® 488 live cell microtubule stain 1000X in DMSO

Supplier: Biotium

Stain microtubules in live cells with green fluorescence.

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ViaFluor® 647 live cell microtubule stain 1000X in DMSO

Supplier: Biotium

Stain microtubules in live cells with far-red fluorescence.

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ViaFluor® 405 live cell microtubule stain 1000X in DMSO

Supplier: Biotium

Stain microtubules in live cells with blue fluorescence.

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CF® Dye Dextran 3500 MW, anionic and fixable

Supplier: Biotium

CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 3,500 MW, and contains a formaldehyde-fixable free-amine group.