Bio-Techne Unveils Enhanced Leo™ System for Advanced Protein Analysis

Next-Gen Proteomics Platform Expands Capabilities

Bio-Techne has launched the enhanced Leo™ System, an advanced protein analysis platform built on its Simple Western™ Technology. The upgraded system combines dual-channel fluorescence detection with chemiluminescence, giving researchers greater flexibility to study complex protein expression patterns using limited sample material.

Expanded Multiplexing and Throughput

The enhanced Leo System supports analysis of up to 24 protein targets per sample, allowing simultaneous measurement of multiple biomarkers with different expression levels. Researchers can also compare total and modified protein forms in the same run, improving experimental depth without increasing workflow complexity.

Faster, High-Throughput Performance

Designed for busy research environments, the Leo System can process up to 100 capillaries in approximately three hours. This high-throughput capability helps laboratories accelerate data generation for large studies, screening programs, and biomarker discovery projects.

Precision and Compliance Ready

The system includes features that support data integrity and regulatory compliance requirements. Researchers benefit from improved reproducibility, low variability, and consistent quantitative results across protein assays.

Key Highlights

• Dual-channel fluorescence and chemiluminescence detection

• Measures up to 24 analytes per sample

• High-throughput processing for large studies

• Reliable and reproducible protein quantification

• Designed for regulated research environments

Applications

• Quantitative protein analysis

• Biomarker discovery

• Drug development research

• Clinical and translational studies

• Multiplexed proteomics workflows

Advancing Modern Protein Research

The enhanced Leo™ System strengthens Bio-Techne’s commitment to supporting modern proteomics research. By combining speed, flexibility, and precision, the platform helps scientists gain deeper biological insights while simplifying complex protein analysis workflows.