Applied Biosystems 3500 Genetic Analyzer

Applied Biosystems™ 3500 Genetic Analyzer

The Applied Biosystems™ 3500 Genetic Analyzer is a high performance, capillary electrophoresis instrument designed for a wide range of DNA sequencing and fragment analysis applications. Developed by Thermo Fisher Scientific, this system delivers precision, accuracy, and reliability making it an essential tool for molecular biology, genetics, and forensic laboratories. The 3500 platform combines advanced optics, optimized polymers, and intuitive software to provide superior data quality and streamlined workflow management for high throughput genetic analysis.

Key Features

1. High Quality Data Output: Delivers consistent, accurate DNA sequencing and fragment analysis results with minimal variability.
2. Eight Capillary Configuration: Supports flexible sample throughput  ideal for both low and mid volume labs.
3. Integrated LED Based Optical System: Provides exceptional signal detection and long lasting performance.
4. Simplified Operation: Equipped with 3500 Data Collection Software and GeneMapper™ Software for streamlined setup and analysis.
5. Advanced Polymer and Buffer System: Ensures reliable performance and extended run stability.
6. Enhanced Consumable Tracking: RFID technology automates reagent tracking and ensures data integrity.

Applications

1. DNA Sequencing and Mutation Detection
2. Fragment Analysis (Microsatellite, STR, and SNP Genotyping)
3. Forensic DNA Profiling and Human Identification
4. Molecular Cloning and Plasmid Validation
5. Pharmacogenomics and Clinical Research
6. Genetic Mapping and Population Studies

Benefits

1. Provides superior accuracy and reproducibility for both sequencing and fragment analysis workflows.

2. Reduces manual errors with automated consumable tracking and intuitive software.

3. Offers scalable throughput for a variety of research and diagnostic needs.

4. Ensures long-term reliability with a robust optical and electrophoresis design.

5. Delivers high quality, publication ready data suitable for regulated environments.