ProteinSimple Sally Sue Automated Capillary Electrophoresis Immunoassay System for High-Throughput Protein Analysis

The ProteinSimple Sally Sue is an advanced automated immunoassay system employing capillary electrophoresis for precise protein separation, quantification, and size analysis within a range of 2-440 kDa. Designed for high-throughput protein characterization and efficient use of precious samples, it processes up to 96 data points per run using minimal sample volumes of only 5 µL. Operating on 120V/220V, 50/60Hz, this system integrates chemiluminescence detection with sensitivity in the low picogram range and an inter-assay coefficient of variation below 20%.

Ideal for applications in biotechnology, molecular diagnostics, cancer research, SARS-CoV-2 studies, and cell & gene therapy, the Sally Sue eliminates the need for gels or blots, streamlining workflows essential to bioprocessing and synthetic biology research. Its compact footprint—94 x 94 x 61 cm and weight of 82 kg—enables integration into both research and clinical laboratory settings. While fluorescence detection is not included, the system excels in reliable protein analysis critical for biomanufacturing and molecular cloning workflows.

*Key features include:*

• Automated immunoassay via capillary electrophoresis technology
• High-throughput processing of 96 samples over a maximum 14-hour run time
• Ultra-low sample volume requirement (5 µL per well) optimal for limited biopsy or cell lysate samples
• Chemiluminescence detection for sensitive protein quantification
• Robust performance supporting biotechnology research areas such as gene editing and molecular diagnostics
• User-friendly setup with minimal hands-on time, improving efficiency in proteomics labs

This protein analyzer supports complex research demands while ensuring precise and reproducible protein data, making it essential equipment in modern biomedical engineering and synthetic biology laboratories worldwide.