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0.2 mL Standard 0.1 mL Fast 384-Well 0.02 mL 48-Well 0.1 mL

Our quality control standards ensure you receive Thermo Scientific and Applied Biosystems plates, dishes, and flasks that are free of defects and exhibit very tight dimensional tolerances, to help enable superior performance., A wide range of surfaces to suit a variety of needs.

We offer a wide selection of microplates with a variety of surfaces optimized to capture the biomolecule of your choice. 96-well and 384-well plates, as well as breakable and unbreakable modules, are available in a range of colors and well designs to accommodate many throughput levels and...

Applied Biosystems MicroAmp EnduraPlate plastic consumables offer excellent PCR or qPCR performance in formats developed to meet your experimental needs. 0.2 mL Standard 0.1 mL Fast 384-Well 0.02 mL, when using 7500/7300 require the use of proper adapter, Cat. No.

Combining the sensitivity of a fluorescence-based assay with a microplate format enables a rapid, quantitative readout suitable for high-throughput analysis. In a microplate well, the fluorescent signal can be generated within whole cells, in cell lysates, or in purified enzyme preparations and may...

EnzCheck Assays provide a rapid and convenient way to measure a range of enzyme activities using fluorescent reporters in a robust assay format. Each assay kit provides the necessary assay buffers, uses a simple protocol and defines the optimum wavelength for sensitive detection.

Accurate, efficient nucleic acid quantitation is critical for cellular and molecular biology labs that work with precious, rare, or difficult-to-process samples and applications requiring precise measurement.

Cell proliferation analyses are crucial for cell growth and differentiation studies, and are often used to evaluate both compound toxicity and inhibition of tumor cell growth during drug development. Proliferation measurements in microplate assays are typically based on average DNA content or...

Microplate assays provide information on entire cell populations rather than tracking the behavior of individual cells. This high-throughput screening analysis can provide information for whole cells, disrupted cells, or cell lysates.

A distinctive feature of the early stages of apoptosis is the activation of caspase enzymes, which participate in the cleavage of protein substrates and in the subsequent disassembly of the cell. We offer a series of caspase assays that allow the simple detection of active caspases in living cells...

Quantitating protein samples is an important step before gel electrophoresis or Western blot analysis, and for measuring bound versus free protein levels in protein binding assays. The choice of assay format is often based on other components in the sample mixture.

Our microplates come in a variety of formats, colors, and well designs. The information below can help you understand which type of plate is best for your applications., Plates: Solid plates in multiple well numbers for regular and high-throughput assays 96-well 384-well, Non-breakable strips:...

Maintaining highly asymmetric concentrations of inorganic cations and anions in a steady state is a feature of living cells. Regulating these ionic gradients is critical for most cellular functions, and measuring ionic concentrations with both spatial and temporal resolution has become critical in...

The E. coli lacZ gene, encoding β-D-galactosidase, is extensively used as a reporter gene for detecting the expression of recombinant fusion genes and for monitoring transfection efficiency in mammalian, yeast, and bacterial cells.

Lipases and inorganic phosphates are critical in many signaling pathways, from mTOR to GPCRs where they are involved in disease states ranging from cardiovascular to inflammation and cancer. Measuring phosphates and phosphatase activity in solution is fundamental to an understanding of cellular...