As Kirchhoff and Bunsen redefined the way we use light more than a century ago, this new technology will help to redefine microplate reader absorbance assays as we know them today.

A routine analysis performed in life science laboratories is the measurement of protein concentration in liquid samples. Accurate measurement is often essential for subsequent analyses such as ...

Absorbance microplate readers are widely used in basic research ... across a wide range of concentrations for numerous assays including microbial growth, detection of key compounds and contaminants as ...

The Absorbance 96 App allows users to choose a preferred readout technique when running an endpoint or kinetic assay. Ideal for kinetic studies is the “rapid kinetic measurement”, where ...

Many assays assess the growth or replication of microbes. Scientists typically quantify bacteria, fungi, and parasites over time using the absorbance measurement mode on spectrophotometers.

Assay technologies may not always be compatible with particular matrices, which can cause interference. For example, hemoglobin found in serum, plasma, or blood exhibits wide absorbance across the ...

an absorbance spectrophotometer may be used) Research-grade single-channel and multi-channel (12-channel) pipettes (Eppendorf) The procedures below describe the preparation of assay components for ...

Correct assay plate selection is vital for successful research, whether you are performing absorbance, fluorescence or luminescence assays. Porvair Sciences offers a wide range of assay plates which ...

Dye-binding assays form the largest segment in 2018, owing to its widespread usage in disease diagnosis. Absorbance-based protein assays, colorimetric protein assays, and fluorescence-based ...

Absorbance microplate readers are widely used in basic research ... across a wide range of concentrations for numerous assays including microbial growth, detection of key compounds and contaminants as ...