Agilent BioAnalyzer

The BioAnalyzer is designed for analyzing a wide range of sample types, including nucleic acids (DNA and RNA), proteins, and cells. It can assess sample integrity, size distribution, concentration, and purity, making it versatile for various research and diagnostic applications.

The BioAnalyzer offers faster, automated analysis with enhanced sensitivity and accuracy compared to traditional gel electrophoresis. Its microfluidic technology also requires smaller sample and reagent volumes, which saves on resources and shortens analysis time.

The BioAnalyzer supports applications such as DNA fragment analysis, RNA integrity assessment, protein sizing, and cell counting. These capabilities make it ideal for research, clinical diagnostics, and pharmaceutical development.

The BioAnalyzer requires a small sample volume, thanks to its microfluidic technology. This reduces the amount of material needed for each analysis, making it efficient for limited or valuable samples.

The BioAnalyzer is designed to integrate seamlessly into lab workflows and is compatible with standard lab equipment for nucleic acid, protein, and cell analysis, although specifics may depend on the particular application.

Analysis times vary by application, but the BioAnalyzer is designed to deliver results quickly, often within minutes. Its rapid processing time makes it suitable for high-throughput environments.

The BioAnalyzer provides detailed data on sample integrity, size distribution, concentration, and purity. This data helps researchers quickly assess the quality of their samples for downstream applications.

The BioAnalyzer is designed to be user-friendly, with intuitive software that guides users through the analysis process. While basic training may be recommended, the system's automated workflows simplify operation.

Yes, the BioAnalyzer provides quantitative data for sample concentration and purity, making it useful for precise measurements in nucleic acid, protein, and cell analysis.

The BioAnalyzer is well-suited for high-throughput applications due to its rapid processing times and automated workflows. It can efficiently handle multiple samples in a short period.