Applied Biosystems 3130xl: the reliable solution for your high-throughput genetic analysis
The Applied Biosystems 3130xl genetic analyser is a capillary sequencing instrument designed to meet the high throughput requirements of modern laboratories. This system uses fluorescence capillary electrophoresis technology to analyse DNA accurately. With sixteen capillaries, it significantly increases the number of samples that can be processed simultaneously compared to previous versions with one or four capillaries. This capacity not only improves overall productivity but also reduces turnaround time.
One of the major advantages of the 3130xl is its automated polymer distribution system. This mechanism eliminates the tedious manual steps of filling, priming and loading the polymer, reducing variability between analysis cycles and ensuring greater consistency of results. The device is controlled by Data Collection v3.0 software, which offers several software wizards to facilitate capillary matrix installation, polymer change, bubble removal, water rinsing and system shutdown. This series of features helps reduce maintenance time and improves consistency of performance from run to run.
The 3130xl genetic analyser is designed to run on Windows XP, with a simplified interface that optimises data collection and analysis. It is compatible with GeneMapper ID software version 3.2, facilitating the analysis of genetic profiles for human identification and paternity testing. This instrument has been validated for use in forensic analysis with AmpFlSTR® kits, ensuring robust, reproducible and accurate results in accordance with DAB/SWGDAM standards.
The design of the 3130xl also incorporates hardware improvements such as a new furnace door seal, providing better sealing and enhancing the reproducibility of analyses. The system also offers a complete solution for reagents and software, making it a reliable choice for laboratories seeking consistent performance without excessive complexity. This model is particularly suitable for contexts where scientific rigour, standardisation of procedures and optimisation of working time are priority criteria.
