Cell Viability and Cytotoxicity Assays

This assay is based on the observation that blue and non-fluorescent resazurin is reduced to a pink fluorescent dye (resorufin) by accepting the electron from mitochondrial respiratory chain in live cells.

There are a variety of parameters that can be used to monitor cell viability. The proprietary violet laser ?excitable fluorescent dye used in the kit is a hydrophobic compound that easily permeates intact live cells and gets enhanced fluorescence upon entering into live cells. The hydrolysis of the non-fluorescent...

Assess changes in intracellular glutathione levels with the Intracellular GSH Assay Kit. This whole cell glutathione assay employs a proprietary thiol-sensitive dye, ThioBright(TM) Green, to monitor relative changes in the concentration of the free form of glutathione, aka GSH. Analyze the fluorescent signal by flow...

A green CFSE membrane stain, is used to separate the effector cells from the target cells by staining all the target cells green. 7-AAD live/dead stain, measures cells killed by cytolytic activity by binding to the DNA of membrane-compromised cells.

A green CFSE membrane stain, is used to separate the effector cells from the target cells by staining all the target cells green. 7-AAD live/dead stain, measures cells killed by cytolytic activity by binding to the DNA of membrane-compromised cells.

ICT's Basic Calcein AM Cell Viability Kit allows researchers to easily and simultaneously differentiate between live and dead cells within a single sample. To use Calcein AM, simply add the reagent directly to the cell sample, incubate, and analyze (no wash steps necessary). Samples can be analyzed using a flow...

Assessment of cell viability is a critical step during the evaluation of novel drug treatments and therapies for potential cytotoxic properties. ICT's Advanced Calcein AM Cell Viability Kit combines Calcein AM with 7-AAD to allow for easy and simultaneous labeling of live, membrane compromised, and dead cells within...

Monitoring cell proliferation is one of the most reliable methods to assess cell viability, cell cycles and genotoxicity. An essential way to detect cell proliferation is to measure DNA synthesis in the presence of thymidine during the S-phase of cells growth. Bucculite(TM) Flow Cytometric XdU Cell Proliferation...

Monitoring cell proliferation is one of the most reliable methods to assess cell viability, cell cycles and genotoxicity. An essential way to detect cell proliferation is to measure DNA synthesis in the presence of thymidine during the S-phase of cells growth. Bucculite(TM) Flow Cytometric XdU Cell Proliferation...

Monitoring cell proliferation is one of the most reliable methods to assess cell viability, cell cycles and genotoxicity. An essential way to detect cell proliferation is to measure DNA synthesis in the presence of thymidine during the S-phase of cells growth. Bucculite(TM) XdU Cell Proliferation Fluorescence...

Monitoring cell proliferation is one of the most reliable methods to assess cell viability, cell cycles and genotoxicity. An essential way to detect cell proliferation is to measure DNA synthesis in the presence of thymidine during the S-phase of cells growth. Bucculite(TM) XdU Cell Proliferation Fluorescence...