Shanghai VKEY Biotechnologies Co.,Ltd.
Shanghai VKEY Biotechnologies Co.,Ltd.
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Cell Viability Assays

Cell viability detection is an important experimental method for assessing the overall health and function of cells. This method is commonly used to test whether cells have sufficient energy and metabolic activity to sustain their normal life activity. The KeyTec® Luminescent Cell Viability (LCV) Kit is a cell viability analysis method developed by using the luciferase chemiluminescence system. It determines the number of living cells with metabolic activities by quantitatively measuring the ATP content after cell lysis.

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KeyTec® Luminescent Cell Viability Detection Kit
KeyTec® Luminescent Cell Viability Detection Kit
KeyTec® Luminescent Cell Viability Detection kit (LCV) is designed for cell viability detection. It quantifies viable cells by measuring the ATP present, a key indicator of metabolically active cells.
CAT. / A2010001N / A2010002N / A2010003N / A2010004N / A2010005N / A2010006N
KeyTec® Luminescent 3D Cell Viability Detection Kit
KeyTec® Luminescent 3D Cell Viability Detection Kit
KeyTec® Luminescent 3D Cell Viability Detection kit (3D LCV) is designed for 3D cell viability detection. It quantifies viable cells by measuring the ATP present, a key indicator of metabolically active cells.
CAT. / A2010201N / A2010202N / A2010203N / A2010204N

Outstanding Features

High Sensitivity
High Sensitivity
Long Half-Life
Long Half-Life
Simple Operation
Simple Operation
Excellent Storage Stability
Excellent Storage Stability
Principle and Application

Principle and Application

The detection principle is based on Luminescent technology. Within the kit, D-Luciferin and luciferase react with ATP released by cells to generate a bright and stable luminescent signal. The ATP - based chemiluminescent cell viability assay kit has the features of simple operation, high sensitivity and good stability, which has become one of the gold - standard methods for the assessment of cell viability and drug toxicity , and is widely used in pharmaceutical companies at home and abroad.