The MBeads Solution: Efficient, sensitive, and flexible

High-Throughput tool

Under in vitro conditions, the number of data points acquired per study is dramatically increased. Therefore, a high-throughput screening method using magnetic beads is an optimal choice for analyzing samples produced by perifusion systems, helping to understand β-cell kinetics in vitro.

The Total Insulin MBeads Assay is a high-throughput tool that utilizes surface-activated magnetic agarose beads coupled with Mercodia’s antibodies. This increases the detection surface of the assay, making it an excellent tool for increased sensitivity in small sample volumes. The assay enables the simultaneous analysis of multiple samples, reducing the cost per data point and the amount of sample required, making it possible to analyze other analytes in volume-limited samples.

Insulin

Insulin is the principal hormone responsible for the control of glucose metabolism. To better understand and improve islet analyses, functionality, and signaling, new techniques are constantly being developed. These techniques allow the study of multiple data points across various settings. The Total Insulin MBeads Assay provides a multi-species chemiluminescent method for the quantitative determination of insulin in perifusion or in vitro samples.

Higher detection range

Mercodia’s MBeads Assay has been developed with an enhanced detection range, allowing for the measurement of higher insulin concentrations, and thus helping you avoid excruciating sample dilutions.

Challenges and Solutions

☑ Several samples: With Mercodia MBeads, handling high-throughput samples in 96 & 384 well plates becomes a breeze

☑ Broad assay range: Achieve high reproducibility without the need for dilutions

☑ Time: Shorten assay durations for quicker results

☑ Sample Volume: Require only 5 µL sample volume for comprehensive analyses

☑ Flexibility: Adapt seamlessly to both manual and semi-automatic procedures

Explore the Total Insulin MBeads Assay for efficient and flexible solutions for your laboratory challenges.