Used APPLIED BIOSYSTEMS / HITACHI / ABI 3130 XL #293610655 for sale

APPLIED BIOSYSTEMS / HITACHI / ABI 3130 XL instrument is a powerful genetic testing tool designed to quickly and accurately analyze DNA and RNA samples. This robust genetic testing platform produces clear, reproducible results that are ideally suited for both basic genetic research applications and clinical diagnostics. ABI 3130 XL offers a range of sample preparation and analysis capabilities. It is equipped with an automated sample injector, a four-channel detection equipment, and a fast sample loading system. This allows for rapid, accurate data acquisition and analysis. The instrument's sample loading unit supports both 96- and 384-well plates, enabling the analysis of multiple samples in a single run. HITACHI 3130 XL is capable of rapid DNA sequencing, fragment analysis, and SNP genotyping. It can also be used for gene expression profiling and virus detection. The instrument is integrated with software that enables users to view, analyze, and store data and images of DNA sequences in real-time. Software features include automated primer design, multiplex PCR set up, and fast sequencing turnaround. The instrument can also be used to verify viral identity and to determine ancestry through whole genome scans. To ensure that accurate data is obtained, 3130 XL is designed with advanced quality control features. An on-board primer-groove fractionation machine helps to ensure that the correct DNA strands are being amplified, while quality filters and alerts help prevent false positive results from being obtained. The instrument offers flexibility in terms of both temperature and pressure settings, allowing users to customize their experimentation for optimal performance. In addition, it includes quality control tools such as fiberoptic temperature controllers, laser power monitors, and multichannel plotting systems. APPLIED BIOSYSTEMS 3130 XL is capable of producing high-quality genomic data in a fast and efficient manner. Its automated functions make it easy to use, reducing the time spent manually collecting and analyzing samples. Its advanced design and quality control features ensure that accurate results are obtained, making it a valuable tool for clinical diagnostics as well as basic genetic research.