New human insulin MBeads assay: Precision quantification for volume-limited samples

Designed for Human Insulin Detection

We are proud to introduce the Insulin MBeads Assay (10-1371-01), a high-throughput solution for accurate and efficient quantification of human insulin in vitro. Developed for researchers working with volume-limited samples, this assay enables highly specific detection from as little as 10 µL. It’s ideal for conditioned media, cell lysates, homogenates, serum and perifusion samples derived from human cells.

Why choose this assay?

Unlike the Total Insulin MBeads Assay (10-1353-01), which detects insulin from multiple species (human, mouse, and rat), the Insulin MBeads Assay (10-1371-01) is optimized exclusively for human-specific detection. It shows minimal cross-reactivity with insulin analogs or related molecules, offering unmatched specificity for human samples.

The assay also features an extended dynamic range compared to the Insulin ELISA (10-1113-01). This enables accurate detection across a wide range of insulin concentrations, reduces the need for sample dilution, and supports reliable results under variable experimental conditions.

Key features

Ultra-efficient

• Requires only 10 µL per well
• No dilution needed — streamlines workflows and reduces errors

Broad dynamic range

• Detects insulin levels from 6.73 – 960 mU/L
• Eliminates the need for pre-run sample dilutions
• Captures both low and high insulin concentrations in a single run

High-throughput format

• Compatible with standard lab equipment and automated systems

Human-specific accuracy

• No cross-reactivity with insulin analogs
• Optimized for human insulin detection

Reliable and reproducible

• High correlation (R² = 0.9718) with Total Insulin MBeads Assay
• Ensures consistency across different experimental setups

Related material

Which insulin assay should you choose?

Choosing the right assay is essential for reliable insulin quantification. Whether you’re working with human-only samples or cross-species studies, we have a guide to help you decide.